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    • Measuring the Color of Opaque and Transparent Plastic Pellets
    • Measuring the Color of Pet Food
    • Measuring the Color of Tea Drinks
    • Measuring the Color of Sports Drinks
    • Measuring the Color of Functional Beverages
    • Measuring the Color of Colas/Syrup
    • Measuring the Color of Spirits
    • Measuring the Color of Beer
    • Measuring the Color of Water
    • Measuring the Color of Coconut Water
    • Measuring the color of Flour
    • Measuring the color of Raw Grains
    • Measuring the color of Starch
    • Measuring the color of Bread
    • Measuring the color of Baking Powder
    • Measuring the color of Cereal
    • Measuring the color of Buns
    • Measuring the color of Shortening
    • Measuring the color of Powdered Sugar
    • Measuring the color of Brown Sugar
    • Measuring the color of White Sugar
    • Measuring the color of Chocolate
    • Measuring the color of Chocolate Baking Chips
    • Measuring the color of Cocoa Powder
    • Measuring the color of Fish
    • Measuring the color of Poultry
    • Measuring the color of Meat
    • Measuring the Color of Coconut Oil
    • Measuring the Color of Palm Oil
    • Measuring the Color of Safflower Oil
    • Measuring the Color of Olive Oil
    • Measuring the Color of Vegetable Oil
    • Measuring the Color of Food Dyes
    • Measuring the Color of Herbs
    • Measuring the Color of Seasonings
    • Measuring the Color of Spices
    • Measuring the Color of Block Cheese
    • Measuring the Color of Baby Food
    • Measuring the Color of French Fries
    • Measuring the Color of Ice Cream
    • Measuring the Color of Mustard
    • Measuring the Color of Powdered Cheese
    • Measuring the Color of Puree
    • Measuring the Color of Sliced Cheese
    • Measuring the Color of Yogurt
    • Measuring the Color of Petrochemicals
    • Measuring the Color of Pretzels
    • Measuring the Color of Potato Chips/Crisps
    • Measuring the Color of Crackers
    • Measuring the Color of Nuts
    • Measuring the Color of Cookies
    • Measuring the Color of Cheese Puffs
    • Measuring the Color of Candy
    • Measuring the Color of Whole Tomato
    • Measuring the Color of Tomato Soup
    • Measuring the Color of Tomato Ketchup
    • Measuring the Color of Tomato Sauce
    • Measuring the Color of Tomato Paste
    • Measuring the Color of Plant-based Meat Substitutes
    • Automotive
    • Denim
    • Pellets
    • Injection Molded Plastic
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    • Protein products
    • Food Ingredients
    • Fruit & Vegetable products
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    • Solid Fats & Added Sugars
    • Edible Oils
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    • Powder Chemicals
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    • Liquid Beverages
    • Coffee
    • Ground Coffee
    • Roasted Coffee
    • Coffee Beans
    • Tomato Juice
    • Orange Juice
    • Measuring the Color of Fruit Juices
    • Liquid Caplets
    • Liquid APIs (Active Pharmaceutical Ingredient)
    • Tablets/Pills
    • Pharmaceutical Gummies
    • Powder APIs (Active Pharmaceutical Ingredient)
    • Concrete/Cement
    • Wood Composite Plastics
    • Trim/Door/Window
    • Roofing Shingles
    • Pre-cast
    • Marble/Imitation (ex. Corion)
    • Glass (coated)
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    • Ceramic Tiles
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    • Clear Liquid Detergent
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    • Architectural Coatings
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    • Opaque Bottles
    • Opaque Films
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    • Tape - Reflective (Safety)
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    • Vinyl Siding
    • Safety Cones
    • Injection Molded Enclosures
    • Plaques
    • Clear/Transparent Plastic Preforms
    • Opaque Preforms
    • Opthalmic Lenses
    • Measuring the Color of Recycled Plastic Pellets
    • Virgin/Resin Pellets
    • Automotive Upholstries
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  • Blog
    • What Are TAPPI Color Standards?
    • Lab, RGB and CMYK – Color Spaces Explained
    • Color Standards for the Paper Industry
    • What Spectrophotometer Is Best for Your Industry?
    • What’s the Right Geometry for Solid Opaque Colors?
    • What Is Non-Contact Spectrophotometry?
    • Benefits of In-Process and In-Line Color Measurements
    • How to Test the Turbidity in Water
    • Seasonal Color Analysis
    • How to Apply Your Color Analysis in Quality Control of Coffee
    • Color That Helps Customers Perceive Your Brand
    • Color in Astronomy
    • The Importance of Meeting Color Standards in the Food Industry
    • Measuring the Color of Stars
    • Spectrophotometry in Forensics
    • What Is an Inter-Instrument Agreement?
    • What Is Photometric Range and Photometry?
    • Why Effective Bandwidth Matters
    • What Is Spectral Range?
    • What Is Spectral Resolution?
    • What Is a Dual-Beam Spectrophotometer?
    • Managing Color Consistencies to Ensure Brand Integrity
    • The Color Red — History, Meaning and Facts
    • Why It’s Important to Measure the Color of Protein Substitutes
    • ROY G BIV… A Series
    • The Color Pink — History, Meaning and Facts
    • How to Measure Sugar Color
    • Summer Time Colors for Clothing Industries
    • Single Beam vs. Double Beam Spectrophotometer
    • Spectrophotometer Best Practices
    • Application of Double Beam Spectrophotometer
    • Understanding Certified Color Standards Across All Industries
    • How Fast-Food Chains Utilize Color
    • Why is it important to measure the color of Distillers Dry Grains with Solubles (DDGS)?
    • Spectrophotometry vs. Spectroscopy
    • Industrial Environment Color Coding Guide
    • Spectrophotometer Setup for Liquids
    • Human Factors That Affect How We See Colors
    • Benefits of Benchtop Color Measurement Devices
    • Specular Component Included (SCI) vs. Specular Component Excluded (SCE)
    • What Is the Difference Between Spatial and Spectral Resolution?
    • Creating an Industry Standard Inside Your Car
    • Chroma Meter vs. Spectrophotometer
    • What Is UV Control in Color Measurements?
    • Gloss Measurement: SPIN vs. SPEX
    • Benefits of Portable Color Measurement Devices
    • Benchtop vs. Portable Spectrophotometers
    • How to Match Colors
    • Getting Started With Color
    • A Quick Guide to Color Theory
    • What Is a Hyperspectral Spectrophotometer?
    • The Color Purple — History, Meaning and Facts
    • What Is Chromophobia?
    • The Color Blue — History, Meaning and Facts
    • The Color Green — History, Meaning and Facts
    • The Color Yellow — History, Meaning and Facts
    • Everything You Need to Know About Dye Allergies
    • What Is Color, and How Do We See Color?
    • Color Perception With Different Light Sources (Metamerism)
    • Luminance vs. Illuminance: What’s the Difference?
    • The Color Orange — History, Meaning and Facts
    • What Is a Spectrophotometer and How Does It Work?
    • The Difference Between Biofluorescence and Bioluminescence
    • Additive vs. Subtractive Color Models
    • Basics of Color Theory
    • 10 Things You Didn’t Know About Color
    • Food Dyes — Harmless or Harmful? Why Do We Color Food?
    • What Is Device Compliance and How Do You Document It?
    • Food Coloring Regulations and Standards
    • How to Prepare Textile Samples for Accurate Color Measurement
    • What You Need to Know About Gloss Standards
    • How Color Analysis of Liquid Detergents Can Improve Stability and Performance
    • What Is a Calibration Curve in a Spectrophotometer?
    • What Is ASTM Compliance?
    • RGB v Tristimulus Color Scales – HELP!
    • Color Standards for Plastics — Plastic Colorants and Color Concentrates
    • Consistent Measuring of Coconut Water Color and Haze
    • New Technology Improves Efficiency of Color and Haze Measurement in Liquid Pharmaceuticals
    • New Digital Qualification Notebook Generator Transforms Quality Control Procedures
    • Spectrophotometric Color Analysis is Essential for Creating Natural-Looking At-Home Hair Dye
    • A Better Method of Measuring Color and Haze in Beverages
    • Measuring the Color of Expensive Essential Oils Using Smaller Sample Sizes
    • How to Ensure the Color and Clarity of Colored Lens Filters Using Spectrophotometric Analysis
    • What Is a Colorimeter, and How Does It Work?
    • Spectrophotometric Color Measurement Helps Eliminate Artificial Colorants in Almond Milk and Other Nut-Based Beverages
    • Measuring the Color of Protein Powder Using Spectrophotometry Enhances Appeal
    • Perfecting the Appearance of Light and Dark Rums Using Spectrophotometric Technology
    • Exploring Options for Measuring the Color of Spices
    • Maintaining Color Quality Control in Birth Control Pills Protects Patient Health
    • The History of Color Measurement Devices
    • The Right Spectrophotometer Can Improve Quality Control of Natural Stone Sealants
    • What Is CIELAB Color Space?
    • Measuring Color and Haze in Functional Beverages is Essential to Ensure Product Appeal
    • Simultaneous Color and Haze Measurements Simplifies Quality Control in Hair Gloss Treatments
    • Color Meanings and Communication
    • The Importance of Color in Industry
    • Spectrophotometer vs. Colorimeter: What’s the Difference?
    • Spectrophotometric Color Measurement Keeps Ketchup Red as Manufacturers Eliminate Preservatives
    • How to Measure the Color of Plant-Based Proteins
    • The Importance of Color Consistency With Plant-Based Meat Substitutes
    • How to Measure the Color of Beet Powder — An Important Raw Ingredient for Meat Alternatives
    • How Color Measurement Ensures Plant-Based Burgers Look Like Real Meat
    • The Use of Color Measurement to Manage Consumer Perceptions of Plant-Based Meat Substitutes
    • How and Why Do Colors Fade?
    • Color Psychology of Beverage Ingredients
    • How Our Perception of Color Changes as We Age
    • How Mood Affects Color Perception
    • How to Measure the Color of Lubricants
    • How to Measure the Color of Building Materials
    • How to Measure the Color of Motor Oil
    • How to Measure the Color of Cereal
    • Why Color Control Is Important for Building Materials
    • The Importance of Color Consistency in the Building Materials Industry
    • The Importance of Color Consistency in the Motor Oil Industry
    • The Importance of Color Consistency in the Lubricant Industry
    • The Importance of Color Consistency in the Food Industry
    • The Importance of Color Consistency in the Sugar Industry
    • The Importance of Color Consistency in the Cereal Industry
    • Food Industry Color Standards
    • Building Material Industry Color Standards
    • Lubricant Industry Color Standards
    • Motor Oil Industry Color Standards
    • Color Quality Control Keeps Ketchup Brands Consistent
    • Using Spectrophotometers to Meet the Color Standard for Canned Tomatoes
    • Cereal Industry Color Standards
    • Nuts About Color Measurement: Reducing Process Variation With Spectrophotometers
    • Monitoring the Color of Roasted and Cooked Nuts Using Inline Spectrophotometers
    • How Spectrophotometers Have Made the Visual Color Standards Reference Chart Obsolete for Potato Chips
    • Why a Large Surface Area Measurement Matters in Spectrophotometric Analysis of Food
    • From Smartphones to Smart Spectrophotometers: How Smart Technologies Are Changing Color Measurement Workflows
    • Improving Colorfastness in Silk Products Via Spectrophotometric Color Measurement
    • Overcoming the Challenges of Color Measurement in Coated Pills
    • Should You Use Glass or Plastic Sample Holders? The Pros and Cons of Each Method
    • The Importance of Testing the Color Consistency of Tattoo Ink
    • Spectrophotometers Help Create Color Consistency in Beeswax
    • Color Spectrophotometers Are Essential For Creating Accurate Medical Test Strips
    • SMART Technology Enhances Color Analysis of Granular Roofing Materials
    • Spectrophotometers Facilitate Mass Production of High-End, Realistic Dolls
    • The Best Methods for Measuring the Color of Caustic Liquid Chemical Samples
    • Addressing the Challenges of Control Color Quality in Textured Food Samples
    • Using Hitch Standardization to Ensure Color Consistency Across Pharmaceutical Manufacturing Sites
    • Why Using a Spectrophotometer with a Small Footprint Could Benefit Your Lab
    • Challenges in Spectrophotometric Color Measurement: Working with Hot Liquid Samples
    • Testing Very Small Samples of Rare or Expensive Dye Could Significantly Lower Manufacturing Costs
    • Spectrophotometers Work to Eliminate Unappealing Color and Haze in Tooth Whitening Solutions
    • The Benefits of Implementing a Reliable Color Quality Control Method for Limestone
    • Non-Contact Color Measurement Reduces Sample Prep Time and Improves Accuracy
    • Spectrophotometric Color Measurement Helps Perfect Transitions in Adaptable Lenses
    • Smart Spectrophotometers Offer a Better Way to Measure the Color of Cookie Samples
    • Smart Spectrophotometers Help the Coffee Industry Increase Accuracy of Color Measurements
    • Grey Change and Grey Stain Scales Help the Textile Industry Create Durable Colors
    • Using Spectrophotometric Color Measurement to Optimize Quality and Efficiency in Rice Production
    • Analyzing the Color of Transformer Oil Using Spectrophotometric Instrumentation
    • Spectrophotometers Ensure Efficacy of UV Sensor Products to Protect Consumers From the Sun
    • When Is Sample Averaging Appropriate in Color Measurement?
    • Spectrophotometers Can Ensure Color Quality in High-End Oil Paint Manufacturing
    • How to Avoid Metamerism in Color-Coordinated Household Appliances
    • How to Accurately Analyze Carpet Color Using the UltraScan VIS Spectrophotometer
    • Car Paint Color Matching After An Accident Using A Spectrophotometer
    • Using the Gardner Scale to Enhance Quality and Create Color Consistency in Edible Oils
    • Spectrophotometric Testing of Site-Mixed Cement Color Ensures Accuracy and Predictability
    • Using Spectrophotometers To Develop Multifaceted Colors in Duochrome Cosmetics
    • Analyzing the Color of Scarce and Expensive Pharmaceutical Materials via Small Sample Testing
    • Using Spectrophotometers to Eliminate Variations in Right-First-Time Yarn Manufacturing
    • The Benefits of Simulating Daylight Using UV Control
    • The Benefits of Portable Spectrophotometers for Eliminating Production Line Waste
    • Using Spectrophotometers in the Development of Microblading Inks
    • Spectrophotometric Color Measurement Helps Optimize Appeal of Over-the-Counter Medication
    • Creating Precise Transitions For Color-Changing Makeup With Spectrophotometers
    • Understanding Spectrophotometric Measurement Parameters to Ensure Color Consistency
    • Spectrophotometers are Essential for Creating Colorful Luggage
    • Monitoring the Color of Roasted and Cooked Nuts Using On-Line Spectrophotometric Instrumentation
    • Spectrophotometers Ensure Color Accuracy and Consistency in Stucco
    • How to Accurately Measure Color in Clay and Terracotta Products
    • Exploring Color Measurement Methods for Fiber Cement Siding
    • Using Spectrophotometers to Optimize Just-in-Time (JIT) Manufacturing
    • Exploring the Benefits of Color Process Automation Technology in the Plastics Industry
    • Spectrophotometric Color Measurement Helps Perfect Tar Paper or Roofing Felt
    • Spectrophotometers Help Cosmetic Brands Create More Diverse Foundation Shades
    • Color Matching Challenges in Textiles: Detecting Illuminant Metamerism
    • The Benefits of On-Line Spectrophotometers for Plastics Manufacturers
    • Analysis of Sunglass Lens Color and Tint Leads to Better Performance in Outdoor Eyewear
    • Spectrophotometric Color Measurement Enhances Traffic Sign Visibility and Protects Public Safety
    • Spectrophotometers Improve Efficiency and Color Consistency in Precast Concrete Manufacturing
    • Spectrophotometers Aid Plant Identification and Botanical Research
    • Advanced Spectrophotometers Optimize the Value of Whiteness Indices in the Presence of Optical Brighteners
    • Color Consistency in Art Papers Helps Paper Manufacturers Meet the Needs of Printmakers
    • Choosing the Best Spectrophotometer for Measuring Glitter and Sequin Color
    • Color Measurement Solutions for Dark Roast Coffee Enhance Flavor
    • Using Spectrophotometers to Create Consistency in Colored Contact Lenses
    • Use Haze Measurement and Color Scales to Monitor Fish Oil Quality
    • Why Measuring the Color of Dog Toys Matters
    • Rating Maple Syrup With Spectrophotometers Helps Producers Make the Grade
    • Spectrophotometers Aid the Development of Eco-Friendly Plastic Film Alternatives
    • Spectrophotometers Help Orange Groves Produce Ideal Juicing Oranges
    • Transmission Spectrophotometers Ensure Color Quality in Liquid Dish Soap
    • Spectrophotometers Help You Stay on Top of Color Trends
    • Improve Paintball Vibrancy Using a Color Spectrophotometer
    • The LOVIBOND® Color Scale Improves the Quality and Consistency of Liquid Egg Products
    • Keeping the Golden Gate Bridge Golden: How Paint Suppliers for Bridges Keep Colors Consistent
    • The Best Spectrophotometer for Realistic-Looking Synthetic Wigs and Hair Extensions
    • Spectrophotometers Help Food Manufacturers Switch to Natural Dyes
    • Spectrophotometry Makes Color Consistency in Towel Production Possible
    • Spectrophotometry Ensures Total Transparency in Smartphone Crystal Glue
    • The Best Color Quality Control Protocols for Dry Erase Markers
    • Simultaneous Color and Haze Measurement Assures Quality in Glass Cleaners
    • Spectrophotometers Ensure Color Quality in Acrylic Molding
    • Analyzing Color and Haze in Fruit Juices Improves Appeal for Health-Conscious Consumers
    • Spectrophotometry Enhances Color Consistency in Architectural Glass
    • Spectrophotometers Facilitate Color Communication Across Languages and Cultures
    • Spectrophotometers Enhance Felt Color Quality Control
    • Monitoring the Color Stability of Dental Composite Resin with Spectral Technology
    • Transmission Spectrophotometers Clarify Color Consistency in Polyurethane Coatings
    • The Best Color Measurement System for Bath Bombs and Multi-Colored Soaks
    • Using Wine Bottle Glass Colors to Reduce Light Exposure and Improve Quality
    • Monitoring Vanilla Extract Quality by Spectrophotometric Technique
    • How to Measure Beer Opacity and Color in Amber Ales and Other Medium Roast Malts
    • Spectrophotometry Ensures Color Quality Control of High-Visibility Safety Clothing
    • Color Measurement Helps Oral Care Products Promote Adherence
    • Spectrophotometry Ensures Consistent Mortar Coloration
    • Color Measurement Instruments Promote Better Pigmentation in Liquid Lipsticks
    • Spectrophotometers Help Improve Color Fastness in Construction Paper
    • Spectrophotometric Color Quality Control of Artificial Plants Increases Realism
    • Colored Pencil Manufacturers Use Spectrophotometers to Achieve Consistent Colors
    • Spectrophotometers Measure Opacity and Color Quality in Beer for Small-Scale Breweries
    • Spectrophotometric Color Measurement Facilitates Formulation of Purple Eyeshadow
    • Spectrophotometers Help Hand Sanitizer Manufacturers Meet Quality Control Standards
    • Using Coffee Color Analysis to Accurately Measure Light Roasts
    • Spectral Technology Improves Quality in Concrete Color Pigments
    • Spectrophotometry Ensures Color Consistency in Brick Production
    • Monitoring Japanese Soy Sauce Color via Spectrophotometry
    • How Essential Oil Spectrophotometers Promote Quality Control in the Perfume Industry
    • Color Quality Control Ensures Consistency in Leather Furniture Production
    • Using Spectrophotometers to Develop Color Quality in Composite Deck Material
    • Monitoring Color Standards for Pharmaceutical Grade Starch with Spectral Technology
    • Spectrophotometers Facilitate Color Harmony in Car Interiors
    • Addressing the Challenges of Viscosity and Color Value Measurement in Maple Syrup
    • Measuring the Color Stabilizing Effects of Antimicrobial Textile Treatments
    • New Variations in Hard Apple Cider Color Create Competition for Craft Beers
    • The Evolution of Paint Color Trends and Why Color Measurement Matters
    • Using a Spectrophotometer to Improve Color Quality and Performance of Offset Inks
    • Spectrophotometers for Monitoring Shelf Life of Hamburger Meat Improves Marketability
    • Color Quality Control Keeps Mayonnaise Brands Consistent
    • Increase Clarity in Light Beer Using a Spectrophotometry
    • Color Measurement in Agriculture Improves Apple Fruit Red Coloring
    • Using a Spectrophotometer to Measure Beer Bottle Colors: A Method That Leads to Better-Tasting Beer
    • Spectrophotometers Ensure Tinted Sunscreen Brand Consistency
    • Measure Beer Opacity to Maintain Color Richness in Stouts and Other Dark Brews
    • Perfecting Natural Textile Dyes Using Spectral Analysis
    • Color Measurement in Treated Sportswear: Spectrophotometers Lead the Way to Innovation
    • How Spectrophotometers Improve Shaving Cream Color Quality Control
    • Perfecting the Color of Plastic Playground Equipment
    • Color Quality Control Ensures Yellow Mustard Brand Consistency
    • Using Spectrophotometry to Measure the Impact of Fruits and Vegetables on Skin Tone
    • How Wineries Use Color Quality Control Equipment to Craft Wines that Are Worth Collecting
    • Measuring the Color of Chocolate Sweetens Appeal in a Changing Market
    • Instrumental Color Analysis Ensures Military Textiles Manufacturers Meet Berry Amendment Standards
    • How Wineries Use Wine Turbidity to Measure Vintage Quality and Save on Expenses
    • Spectrophotometers for Measuring Color Guarantee Gin Quality Control
    • Measuring the Color of Aloe Vera Gel to Ensure Consistent Quality
    • Vista Spectrophotometer Improves Color Quality Control for Vodka Distilleries
    • Why Measuring the Color of Vanilla Ice Cream Matters Now More Than Ever
    • Instrumental Color Quality Control Smooths Out Raw Materials Variation in Whipped Cream Production
    • Blow molders Need Transmittance Spectrophotometers for Efficient Color Quality Control
    • Food Processors Rely on Spectrophotometers to Ensure Color Consistency Despite Variations in Natural Ingredients
    • Spectrophotometric Evaluation of Honey Color Helps Boost Appeal
    • Spectrophotometers Identify Counterfeit Pharmaceuticals With Color Measurement
    • Mouthwash Manufacturers Rely on Spectrophotometers for Color Quality Control to Ensure Brand Consistency
    • Spectrophotometric Color Measurement Assures Milk Quality and Safety
    • Spectrophotometers Ensure Consistency of Color Additives in Candy
    • Measuring Color and Haze in Liquid Pharmaceuticals Protects Patient Health
    • Vista Color and Haze Spectrophotometer Ensures Bottled Water Clarity and Color Quality
    • Spectrophotometric Monitoring of Color Consistency Solidifies Brand Identity
    • Spectrophotometers Help Control Deodorant and Antiperspirant Stick Color Consistency
    • Reading the Leaves: Spectrophotometers Can Identify Oxidation Stages of Tea Leaves
    • Coffee Roasters Can Use Spectrophotometers to Determine Color on SCAA Roast Scale
    • Color Quality Control for Traffic Signs Can Be Accomplished with Spectrophotometers
    • Improving Food Dye Analysis in Commercial Products with Spectrophotometry
    • Auto Parts Manufacturers Use Spectrophotometers to Ensure Lights Meet Color Codes
    • Loose Powder Color Measurement: Challenges and Solutions
    • Simplifying Color and Haze Measurement In Apple Juice
    • Instrumental Measurement Helps Wood Manufacturers Produce Repeatable Colors
    • Spectrophotometers Provide Quality Control Assurance for Powdered Drink Manufacturers
    • Researchers Accurately Identify Lizard Color with Spectrophotometers
    • Spectrophotometers Help Manufacturers Keep Traffic Cones Safety Orange
    • Spectrophotometers and the Color Standards Reference Chart for Potato Chip Analysis
    • Quality Control in Cocoa Bean Processing using Color Measurement
    • Spectrophotometers Improve Market Position for Producers of Canned Tuna
    • Spectrophotometry in Fabric Production: Achieving Color Conformity in Blends of Natural and Synthetic Fabrics
    • Paint Retailers with Accurate Color Matching Instruments Earn Customers for Life
    • Spectrophotometers Reduce Operational Risk for Naval Haze Grey Paint Manufacturers
    • Spectrophotometers Improve Ornithology Research with Reproducible Color Measurement
    • How Spectrophotometers Can Help Nail Polish Manufacturers Meet Designer Specifications
    • Spectrophotometric Color Quality Control Helps Shampoo Manufacturers Keep Clients Happy
    • Spectrophotometers Refine Munsell Chart Identification in Soil Drainage Surveys
    • Spectrophotometers Develop Exact Color Matches in PTFE Tape for Avionic Electric Wire Insulation
    • Utilizing Spectrophotometers for the Analysis of Food Dyes in Beverages
    • How Spectrophotometers for Makeup Are Changing the Base Foundation Cosmetics Industry
    • Tools for Advanced Color Analysis Help Professional Horticulturalists Corner Niche Markets
    • Handheld Spectrophotometers Keep Crayon Color Quality Consistent During Production Processes
    • Spectrophotometers for Poultry Quality Assurance Separate Normal from Abnormal Chickens
    • Candle Manufacturers Can Ensure Color Quality Control with Spectral Analysis
    • Cigar Quality Control Made More Stringent with Spectrophotometric Color Analysis
    • Turfgrass Plant Health Can Be Monitored by Growers Through Spectrophotometric Color Analysis
    • Color Quality of Ink Formulation Kept Consistent With On-Line Spectrophotometric Systems
    • Analysis of Drugs and Excipients in Solid State with Spectrophotometric Technology
    • Color Quality Control in Powder Coating of Metal Substrates Creates a Competitive Advantage
    • Spectrophotometers Aid in Archaeology Analysis Methods for Universities
    • Using Spectrophotometers to Ensure Better Quality Control of Soda Color in the Beverage Industry
    • Spectrophotometers Help Graphic Designers Ensure Quality Control of Color During Manufacturing
    • Spectrophotometers Ensure Accurate Color Grades for US Maple Syrup Producers
    • Color Standards for Frozen French Fried Potatoes Simplified with Spectral Technology
    • How to Monitor Pharmaceutical Color Standards Using Advanced Spectral Technology
    • Utilizing Color Analysis of Plastic and Polymer Additives in Production
    • Spectrophotometers Provide Quality Control for the Production of Aircraft Fuel
    • Ensuring Accurate Color Measurement in Concrete Field Trial Batching
    • Using Carrageenan Color Analysis to Improve the Visual Appeal of Food Products
    • Tomato Color Classification Image Analysis Increases Quality in Ketchup
    • Spectrophotometers Ensure Supply Chain Quality Control for Garment Manufacturers
    • Off Goods Reduced by Spectrophotometer Use in Post-Dye Tufted Carpet
    • Keeping Prescription Pill Colors Consistent for Improved Safety and Identification
    • Using Color Standardization to Achieve Uniform Color and Consistency in Nut Product Processing
    • Measuring Cosmetic Color Pigments to Ensure Quality and Meet Consumer Demands
    • Using Spectrophotometry to Revolutionize Acrylic Paint Manufacturing and Labeling
    • Making the Most of Colorants to Increase the Value of Plastic Composites in Cars
    • Spectrophotometers Allow Bridal Lace Manufacturers to Maintain Consistent Color and Quality
    • Using Spectrophotometric Analysis to Determine Color Consistency in Car Clear Coat
    • Color-Coded Packaging Becomes Part of Pharmacies' Strategy to Prevent Medication Errors
    • In a Booming Market, Spectrophotometers Play an Essential Role in Yogurt Quality Control
    • Measuring the Color of Flour Ensures Quality Control in an Evolving Marketplace
    • Using Pharmaceutical Coloring Agents to Match Flavor Expectations Increases Patient Acceptability
    • Utilizing Color Quality Control Data to Improve Production in the Food Industry
    • Spectrophotometers Provide the Best Way to Measure Ink Color Density and Projected Color Outcome
    • Spectral Analysis of Chloroplast Pigments Improves Food Quality Naturally
    • Using Spectrophotometers to Capitalize on Ways Beverage Color Affects Taste Perception
    • Spectrophotometry Reveals the Hidden Secrets of Using a Wine Color Additive to Enhance Appearance
    • Manufacturers Choose Natural Alternatives as FDA Regulations on Food Coloring Continue to Change
    • Using UV Measurement of Sunglasses to Increase the Quality of Protective Eyewear
    • Ensuring Therapeutic Pet Food Quality Using Spectrophotometric Analysis
    • Developing a Color Tolerance Standard Reduces Variations and Increases Product Quality
    • Choosing the Right Spectrophotometer for Plastics Can Increase Production and Sales
    • Spectrophotometric Determination of UV Protection Essential in Booming Sunscreen Market
    • Measuring the Color of Peanut Butter to Ensure Product Quality and Appeal
    • How to Monitor Pharmaceutical Packaging Color and Drug Expectancy Effectively with Spectral Technology
    • Condiment Industry Analysis Shows a Growing Need for Color Analysis as Market Trends Change
    • Spectrophotometric Determination of Fish Freshness Protects Consumer Health
    • How Process Monitoring Ensures the Perfect Match in Pigment Color Mixing of Paints and Coatings
    • Utilizing Color Measurement of Carbon Black Filled Plastics to Achieve Consistency and Durability
    • Spectrophotometers Take the Guesswork Out of Meat Color Measurement Guidelines
    • Understanding the Most Effective Methods for Color and Gloss Measurement of Paint
    • Considering Tea Color Benefits and the Power of Instrumental Analysis of Beverage Products
    • Spectral Analysis of Aspirin Offers More Versatility in Laboratory Testing
    • How Brands Can Use Spectrophotometric Measurement to Ensure Color Consistency in Home Decor
    • Exploring How Spectrophotometric Analysis Can Enhance Color Consistency in Ceramic Tile
    • Using UV-Vis Spectrophotometry to Detect Fake Olive Oil and Protect Brand Reputation
    • How to Measure the Color of Ice Cream And Why It Matters in Food Production
    • New Cigarette Packs Show the Power of Color Psychology in Product Packaging
    • Measuring the Color of Table Grapes to Assess the Impact of Color Enhancers
    • Analyzing the Quality of Baked Products Using Spectrophotometric Color Measurement
    • Recognizing the Importance of Color in Packaging Sets Your Brand Up For Success
    • ASBC Beer Color and Turbidity
    • Measuring the Color of Perfume Optimizes Appeal and Consumer Confidence
    • Realizing the Potential of Transparent Wood for Homes and Buildings Via Spectrophotometric Analysis
    • Optimizing Success Rates: Spectrophotometric Determination of Nicotine in Transdermal Patches
    • Quality Control in the Pharmaceutical Industry: The Spectrophotometric Solution for Small Molecules
    • Haze Measurement of Plastic Film: How Another Layer of Clarity Adds Value for Consumers
    • Ensure a Consistent Flavor Profile for Your Coffee Roast With a Spectrophotometer
    • Pinpoint Your Sample Area in the Lab Using 2° Standard Observer Spectrophotometers
    • How Auto Body Shops Can Address the Color Measurement Challenges of Pearlescent Paint
    • Using Spectrophotometry to Enhance Appeal of Eco-Friendly Plastic Food Wrap and Films
    • Simultaneous Color and Haze Measurement Help Brands Perfect Ready-to-Drink Teas
    • HunterLab Vista: Understanding Color Scales to Make the Most of Transmission Color Measurement
    • Why Spectrophotometric Ink Color Measurement Is More Essential than Ever Before for Print Media
    • Spectrophotometric Color Measurement Helps Perfect Color Correcting Makeup
    • How Colored Toilet Paper Elevated an Everyday Item to a Luxury Product
    • Using UV-Vis Spectrophotometry In Drug Stability Testing Can Predict Commercial Viability
    • Spectrophotometric Color Matching Breathes New Life into Damaged and Worn Goods
    • UV-Vis Spectrophotometric BPA Determination Helps Plastics Manufacturers Ensure Safety
    • Determining Appropropriate Spectrophotometric Options for Food Color Analysis
    • Spectrophotometrically Measuring the Color of Beans Is Instrumental to Quality Assurance
    • Spectrophotometric Determination of Saffron Adulteration Helps Prevent Food Fraud
    • Developing the Best Self Tanner Products Relies on Effective Spectrophotometric Analysis
    • Color Harmony and Consumer Perception
    • Spectrophotometric Assessment of White Textiles for the Hospitality and Healthcare Industries
    • Examining How Spectrophotometric Pet Food Analysis Can Help Premium Brands Flourish
    • Selecting the Right Transmission Cell for Spectrophotometric Liquid Analysis
    • ERIC - Effective Residual Ink Concentration Value
    • Evaluating Green Laundry Detergent Performance Via Spectrophotometric Color Measurement
    • How Spectrophotometric Analysis Is Driving Wine Technology Forward
    • Measuring the Color of Generic Drugs to Enhance Patient Adherence and Public Safety
    • Sensor Film and Color Analysis Work Together to Ensure Food Safety
    • Evaluating the Color of Low-Fat Cheese to Increase Customer-Perceived Value
    • Measuring the Color of Plastic Bottles to Optimize Quality and Marketability
    • How Food Producers Ensure Proper Color Measurement Using Hitch Standardization
    • Spectrophotometric Color Evaluation of Green Coffee Beans for Optimal Quality and Consistency
    • Colorimeter vs. Spectrophotometer: What's the Difference?
    • How Appropriate Color Measurement Can Expand the Possibilities of Recycled Paint
    • Using UV-Vis Spectrophotometry for Chromium Determination in the Leather Tanning Industry
    • Effect Color Has on Food Perception, Flavor and Quality
    • How Accurate Color Measurement Leads to Effective Formulations in Solar Reflective Paint
    • Spectrophotometric Analysis of Roofing Color Helps Homeowners Realize Their Vision
    • How Spectrophotometry Brings New Facets to Leather Dyeing Techniques
    • Improving UV-Resistant Clear Coating Formulations Through Spectrophotometric Analysis
    • Applying UV-Vis Spectrophotometric Lead Testing Methods Within the Food Industry
    • Instrumental Color Measurement Makes the Most of Ammonia Fuming
    • How Color Measurement of Abuse-Deterrent Opioids Can Enhance Public Health
    • Using Spectrophotometry to Optimize the Formulation and Production of Colored Concrete
    • How Instrumental Analysis Ensures Quality and Value in Color-Sensitive Products
    • Resin Sorting Using NIR Spectrophotometers Expands the Potential of Plastics Recycling
    • To Buy or Not to Buy: Using Objective Color Assessment in Meat Production
    • UV-Vis Spectrophotometry Leads the Way in Counterfeit Alcohol Detection
    • Spectrophotometric Color Measurement Optimizes Appeal of Premium Liquors
    • Quantitative Color Measurement Unlocks the Potential of the European Pharmacopoeia Scale
    • Spectrophotometric Evaluation of UV Absorbers in Pharmaceutical Packaging
    • Spectrophotometry Is Refining Eco-Friendly Dye Technologies and Protecting Water Supply
    • Why Spectrophotometric Technology for Drug Color Is More Important Than Ever Before
    • Understanding Color Vision Impairment and the Need for Objective Color Measurement
    • Looking at How Spectrophotometry Can Optimize Textile Effluent Treatment and Protect the Environment
    • Biofortification Challenges: Using Objective Corn Color Measurement to Protect Public Health
    • Applying Spectrophotometric Evaluation to Chlorophyll Pigments to Reap Health Benefits
    • Applying Appropriate Spectrophotometric Technology and Accessories for Small Sample Analysis
    • Utilizing Spectrophotometry in a Worldwide Approach to Medical Aid
    • Effectively Utilizing Spectrophotometers for 3D Color Printing and Design
    • Getting Drugs to the Eyes: Spectrophotometry Takes a Closer Look at Improving Ophthalmic Medications
    • Why Logo Color Matters: Understanding the Value in Building Brand Identity and Shaping Perception
    • Examining How Color Process Automation Technology Makes Plastics Manufacturing Greener
    • Enhancing the Color Stability of Dentures Via Spectrophotometric Evaluation of Cleaning Agents
    • Spectrophotometric Analysis of Wine Color Can Enhance Sensory Perception
    • Optimizing Color Quality Control in Cosmetics With Non-Contact Spectrophotometers
    • Understanding Optical Geometries and Choosing the Right Spectrophotometer for Effective Data
    • Evaluating the Effectiveness of Color Retention Hair Care Products Via Spectral Analysis
    • How Objective Color Analysis Is Helping Natural Dyes Flourish in the Textile Industry
    • Utilizing Spectrophotometers to Measure Color Change in Iron-Fortified Food Products
    • Harnessing the Potential of Color Psychology to Optimize Product Design
    • Replacing Visual Analysis: How to Avoid Errors and Maintain Safety in the Pharma Industry
    • Utilizing Spectral Analysis for Determining the Optical Sorting Systems of Raw Nuts
    • Using Spectrophotometric Analysis to Aid the Development of Safer Non-Phthalate Plasticizers
    • How to Avoid Challenges and Maintain Color Consistency in Plastic Plaque Production
    • Addressing the Challenges of Optical Brightening Agents in Paper Color Measurement
    • Spectrophotometry Ensures Quality and Consistency in the Portion Pack Coffee Revolution
    • Using Spectrophotometry for Accurate Haze Measurement to Improve Quality Perception of Beer
    • Spectral Analysis Offers New Possibilities for Fish Quality Assessment and Detection of TMA
    • Exploring How Spectrophotometry Can Help Mechanochromic Polymers Reach Their Potential
    • Evaluating Spectrophotometric Solutions for Color Matching Challenges Posed by Gloss
    • Expanding Flexibility and Color Measurement Potential with Double Beam Spectrophotometers
    • Utilizing Effective Color Target Technology to Hit the Mark in Plastic Measurement
    • How Color Measurement via Spectrophotometers Is Bringing Milk Powder Production to New Heights
    • Evaluating Seasonal Effects on Color Perception and the Implications for Color Measurement
    • New Frontier in Pearl Assessment: Utilizing UV-Vis Spectrophotometry for Quality Standards
    • How Sugar Color Is Measured and Graded with Spectrophotometers—and Why It Matters
    • How Spectrophotometers Are Increasing Color Harmony and Stability in Maxillofacial Prosthetics
    • Ensuring Accurate Color Measurement of Hydrochromic Textiles with Spectrophotometers
    • Utilizing Spectrophotometry to Help Expand Thermochromic Features Beyond Novelty Products
    • Spectrophotometry in the Textile Industry: Ensuring Color Consistency in Denim Production
    • Color Classification: Utilizing Spectrophotometry for Analysis and Grading of Tomato Products
    • Spectrophotometric Analysis Takes Center Stage In New Maple Syrup Grading System
    • How to Get the Most of Your EasyMatch QC Software and Spectrophotometer Features
    • Color Accuracy in Textiles: Proper Sample Preparation Equals Proper Color Measurements
    • Challenges in Color Matching: Using Spectrophotometers to Identify Illuminant Metamerism
    • Spectrophotometers and Fraud Exposure: Using Spectral Analysis to Detect Counterfeit Drugs
    • Finding an Answer: Using Spectrophotometry for Dietary Supplement Standardization
    • Making the Grade: Utilizing Spectrophotometric Analysis in Orange Juice Production
    • Color Coding: The Value of Color Measurement in Pharmaceutical Adherence Packaging
    • The Gardner Scale: Modern Applications for Color Measurement of Transparent Liquids
    • A Better Clean: Using Spectrophotometers to Evaluate Laundry Detergent Performance
    • A Matter of Taste: How Color Analysis of Food and Beverage Containers Can Make a Difference
    • Outer Appeal: The Importance of Accurate Color Measurement in Pharmaceutical Packaging
    • Maintaining Clarity: Color Measurement in Clear Liquid Soaps, Cleansers, and Laundry Detergents
    • Spectrophotometric Solutions: Utilizing Color Measurement to Optimize Coffee Quality
    • The Perfect Jeans: Integrating Spectrophotometric Analysis in Denim Manufacturing
    • A Dose of Color: Using Spectrophotometry for Color Measurement in Liquid Pharmaceuticals
    • Joining Forces: How Spectrophotometric Analysis Can Optimize the Value of Plastic Plaques
    • The Universality of Spectrophotometry: A Common Language of Color Measurement
    • What Remains: Spectral Analysis Expands Possibilities in Forensic Science
    • Just In Time: Using Spectrophotometers to Optimize Color Changeover in Plastics Manufacturing
    • Naturally Delicious: Spectrophotometry Can Help Food Manufacturers Make the Move Away From Artificial Colors
    • Color-Changing Plastics: Applying Spectral Data to New Technology Development
    • Nice Ride: Spectrophotometric Instruments and Color Matching in the Automotive Industry
    • The Perfect Smile: Using Spectrophotometry and Color Measurement to Evaluate Cosmetic Dental Products
    • The Difference in Color and Appearance: Measuring Both with Spectrophotometry
    • In the Eye of the Beholder: Using Color Measurement to Influence Perception of Nutritional Value
    • A Perfect Pairing: Applying Spectrophotometric Measurement to Alcohol Content in Beverages
    • The Effect of Texture: Ensuring Accurate Color Measurement Through Integrated Height Measurement
    • Fast, Easy, Effective: Utilizing Spectrophotometers to Measure Color Pigment Content in Plastics
    • The Amazing World of Color Technology: Absorption, Transmittance, and the Beer-Lambert Law
    • Judging a Product by Its Cover: Using Color Analysis for Sensory Testing in Foods
    • Spectral Analysis: An Effective Method for Measuring Plastic Coating and Film Thickness
    • Using Color Analysis for Verification of Generic Prescription Drugs
    • Forestry Applications: Using Spectroscopy to Monitor Production Variables and Improve Efficiency
    • The Role of Color Management and Measurement in Patient Perception and Use of Pharmaceuticals
    • Applications of Spectral Analysis: Measuring the Peaks and Valleys of Pharmaceutical Quality
    • Utilizing Color Measurement for Quantitative and Qualitative Analysis in Pharmaceuticals
    • How Color Technology Takes the Guesswork Out of Plastic Preform Measurement
    • A Rainbow of Choices: Measuring Color Perception of Sauces and Dressings
    • Determining Color Range in Petroleum Products
    • Pigment Color Analysis: Preserving Art for Generations
    • Plastic Power: Polymer Color Industries Lead the Economic Revival
    • FDA Says “NO” to Trans Fats: How to Use Color Technology for Compliance
    • Various Methods of Protein Quantification using Optical Density Measurements
    • Meeting CGMP Guidelines in Pharmaceuticals with Spectral Technology
    • Defensive Measures: UV Analysis of Sun Protection in Fabrics and Detergents
    • Using a Colorimetric Assay to Monitor Cell Growth
    • Keeping the Balance: Stability Testing in Pharmaceuticals with Spectral Analysis
    • Fortified Food Analysis: Spectrophotometric Determination of Micronutrients
    • Color Technology and Sustainability: Assessing Chemical and Organic Fertilizers
    • Living the Sweet Life: Spectral Analysis of Cane Sugar and Other Sugar-Based Products
    • Vitamin Analysis: Creating Quality Supplements through Spectrophotometric Determination
    • Can Spectral Analysis Be Used to Monitor Fluoride in Drinking Water?
    • Using Color Assessment to Ensure Quality, Safety, and Sustainability in the Meat Industry
    • “Just Say No” to Moldy Cheese with Spectral Analysis: Utilizing Food Science Technology
    • Carbon Blackness [My], Jetness [Mc], Undertone [dM] and Tint Strength [T]
    • How do you validate a APHA/Pt-Co/Hazen 500 liquid color standard?
    • What is the stability of the APHA/Pt-Co/Hazen liquid color standards?
    • Can You See Me Now? Measuring the Color Range and UV Brightness in Camouflage
    • Improving Food Production with Color Technology: Feeding the World Through Innovation
    • Using Spectral Analysis to Determine Formaldehyde Content in Wet Market Seafood Products
    • 7 Reasons You Should Use a Spectrophotometer to Measure the Color of Crackers
    • Safety in Numbers: Using Color Consistency to Verify Batch Concentrations in Pharmaceuticals
    • Addressing Color Quality Standards with Spectrophotometry: Setting Tolerances in Plastics
    • Applications of Spectrophotometry in Agriculture: Quantitative Analysis of Fertilizer Properties
    • Color Process Automation Technology: Advanced Methods in Plastic Manufacturing
    • Spectral Analysis: A Rapid and Effective Method for Determining Food Contaminants
    • The Color of Flour: Evaluating Grain Products with Spectral Analysis
    • Color Consistency in Bottled Tea: Choosing a Reliable Method of Product Analysis
    • Energy Efficient Glass: Another Attribute of Advanced Color Technology
    • Color Perception: How Spectrophotometry Can Neutralize the Effects of Visual Discrimination
    • Chemical Analysis in Cosmetics: Using Spectrophotometry for Toxicology and Quality Testing
    • The Benefits of Non-Contact Color Technology: Measuring Cereals and Other Grain-Based Food Products
    • Color Measurement of Wine
    • Quality Control with UV-VIS Spectrophotometry: Analysis Applications in Beer
    • Chemical Analysis of Sunscreen: Determining SPF with Ultraviolet Light Measurement
    • Using Color Quality to Indicate Ripeness in Fruits: Creating a Better Product with Spectrophotometric Technology
    • What is Y Transmission?
    • What is Hunter Whiteness Index?
    • Early Detection of Skin Cancer Using Spectral Imaging: A Non-Invasive Approach to Better Health
    • Quantitative Analysis of Sugar: Monitoring the Fermentation Process with Spectrophotometry
    • UV-VIS Spectroscopy for Water Analysis and Environmental Applications
    • Color Classification of Foods: Differentiating Opaque, Translucent, and Transparent Samples
    • UV Spectroscopy for Vascular Imagery: Is Light Technology the New Frontier in Radiology?
    • Color Analysis of Non-Uniform Food Products: The Right Instrumentation for Textured Samples
    • BCU – Baking Contrast Units
    • Spectral Analysis of Peanut Butter: The Multiple Uses of Color Measurement in Nut Products
    • Light Technology in Bioimaging: How Spectrophotometers Are Revolutionizing the Field of Medicine
    • Energy Efficient Color Technology: Measuring Roofing Granules for Solar Reflectance
    • What Light Technology Can Do For You? How Color Measurement Illuminates the Future of Modern Science
    • Do you have a source for EP Opalescence Standards?
    • Color Saturation: Measuring the Concentration of Food Additives with UV-VIS Spectrophotometry
    • The Future of Water Quality Testing: Spectrophotometers to Stave Off Disaster
    • Color Consistency in Plastics Is a Complicated and Necessary Process
    • Utilize Spectrophotometric Analysis to Catch a Thief in the Art World
    • Let There Be Light: A Celebration of Light-Based Technologies and Spectrophotometers
    • Using a Spectrophotometer to Integrate Properties of Traditional Medicine with Modern Treatments
    • UV Spectrophotometry Identifies Compounds in Pharmaceuticals
    • Coffee and Color Measurement: How Spectrophotometers Take the Guesswork Out of the Roasting Process
    • Establishing Color Classification with Spectrophotometric Analysis: Measuring the Quality of Fruit
    • Spectrophotometric Analysis: The Nuances of Coffee Bean Color During the Roasting Process
    • Color Technology in Food and Dairy Products: Using Spectrophotometers for Multiple Methods of Analysis
    • Measuring Color Absorption in Biopharmaceuticals: How Spectrophotometers Determine Analyte Concentrations
    • Measuring Color Intensity: Addressing the Challenges of Natural Food Dyes
    • How Color Measurement Instruments Make Cookies Look as Good as They Taste
    • APHA Color System: A Measurement of Liquid Purity
    • Color Density Measurement: Using Spectrophotometric Technology for Chlorophyll Analysis
    • What Color Quality Says About Food: How Does Your Product Measure Up?
    • Exploring the Many Uses of Color Analysis: Applications of Modern Spectrophotometry
    • Creating a Color Scale for Edible Oils Using Spectrophotometric Technology
    • Tooth Color Analysis: Finding the Perfect Match with Spectrophotometers
    • Honey Color Measurement: Spectrophotometers Provide the Solution to a Sticky Situation
    • Eliminating Color Variations: How to Average Samples with Spectrophotometric Analysis
    • Clear Color Analysis: How Haze Measurement Ensures Product Visibility in Packaging Materials
    • Establishing a Color System: How to Define Color Tolerances with Spectrophotometric Technology
    • Self Tanner Analysis: Monitoring Color Formulas with Spectrophotometric Technology
    • Citrus Color Measurement: Accurate and Portable Analysis Made Easy with Spectrophotometers
    • Using Spectrophotometers for Color Matching Prosthetics: The Future of Limb Replacement Technology
    • Measuring Water Quality With Spectrophotometry: The Best Approach for Identifying the Unknown
    • Color Consistency in Pharmaceuticals: Using Spectrophotometry for Blending Powders and Tablets
    • Color Contrast: How the Right Technology Can Help Your Product Make a Statement
    • Measuring Surface Texture Color with Spectral Reflectance and Sphere Technology to Ensure Visual Quality
    • Easy and Safe Determination of Fatty Acids Using Spectrophotometric Technology
    • Spectrophotometric Analysis of Cocoa Beans: Taking a Closer Look at the Benefits of Color Measurement
    • Methods of Soil Analysis Using Spectrophotometric Technology
    • Searching for a Solution to the Coffee Rust Epidemic: How Spectrophotometry May Provide the Answers
    • Biomedical Optics and Spectrophotometry: Shining a Light on the Future of Health Care
    • Understanding Tristimulus Values & the CIE Color System
    • How Spectrophotometers Analyze Chemical Composition of Plastics and Aid Recycling Efforts
    • True Color Assessment: How to Ensure Compatibility and Inter-Instrument Agreement
    • The Perfect Cup: Creating the Right Coffee Blend with Color Measurement
    • Some Like It Hot: How to Determine Color Difference in Molten Samples
    • Contrast Ratio: Determining the Opacity of Paints and Coatings Using Spectrophotometers
    • Active Pharmaceutical Ingredient Detection Using Spectrophotometers: An Investment that Pays Off
    • Color Design: Using Spectrophotometers to Meet New Challenges in Printing and Packaging
    • In a Color Class All Their Own: Measuring Grain Products Using Spectrophotometers
    • Spectrophotometers: The Leading Choice for Reliable Forensic Analysis
    • Beer Color Analysis: Setting the Standards for Quality Using Spectrophotometric Technology
    • Glass Color Analysis: The Role of Spectrophotometric Technology in Popular Building Materials
    • Cholesterol Measurement with Spectrophotometers: Determining the Risk of Heart Disease through Skin Analysis
    • Sensory Analysis: Using Visible Spectrophotometry for Quality Detection in Fish
    • Protein Measurement: Calculating Absorbance Values with Spectrophotometers
    • Utilizing Beta-Carotene as a Food Colorant: Spectrophotometer Applications for Concentration Analysis
    • How Spectrophotometers Measure Caramel Color Additives: Using the Hue Index for Analysis
    • How to Measure the Quality of Spices: Maintaining Color Control with Spectrophotometers
    • UV Analysis in Ophthalmology: Spectrophotometer Applications for Eyeglasses and Contact Lenses
    • How Spectrophotometers Are Used for Wine Analysis: The Importance of Color Measurement in Winery Labs
    • Spectrophotometry in Orodispersible Medications: Measuring a New Trend in Pharmaceuticals
    • It’s Turkey Time: Using Visible Spectroscopy to Meet Consumer Demands for Poultry Inspection Safety
    • Tea Fingerprinting: Combining Chromatography and Spectrophotometry for Quality Analysis
    • Color Additives: Adjusting to Changing Trends with Natural Alternatives
    • Spectral Analysis: Spectrophotometers Help Shine a Light on Meat Quality and Prices
    • Vitamin C Analysis: Obtaining Accurate Color Absorption Measurement with Spectrophotometers
    • Using Light Reflectance Value to Reverse Urban Heat Island Effect: Managing Solar Absorption with Paints and Coatings
    • What’s Hiding in Your Prescription Pills: Color Value Reveals Chemical Purity in Pharmaceutical Grade Talc
    • Color Selection of Paints and Coatings: How Spectrophotometers Take the Guess Work Out of Sample Matching
    • Color Management: How Investing in Spectrophotometers Today Leads to a More Profitable Tomorrow
    • Viva EVOO: How Color Saturation May Be an Indicator of the Health Benefits of Olive Oil
    • Color Stability: The Role of Spectrophotometers in the Shelf Life of Meat Products
    • Addressing the Limits of Human Color Perception with Spectrophotometers
    • Visual Assessment: When the Human Eye Is Just Not Enough for Accurate Color Measurement
    • Micro Measurements: The Waste Not, Want Not Approach to Quantifying Color
    • The Color of Clean: The Value of Performance Test Results for Cleansers and Detergents
    • Smart Spectrophotometers Offer a Better Way to Measure the Color of Cookies
    • Going Green with Color Technology: Variation in Plastics Makes Sorting Recyclables Easy
    • From Clear to Pure: Chemical and Color Analysis in the Petrochemical Industry
    • Colorimetric Scores: Making Sure Your Tomatoes Make the Grade
    • Color Psychology: Subliminal Messaging, Courtesy of Your Local Pharmacy
    • What’s Really in Prescription Drugs? The Value of Impurity Analysis and Spectrophotometers
    • Color-Coding Technology: 50 Shades of Grey Pills?
    • The Taste of Success: How Colorimetry Can Exploit the Brain's Perception of Food Quality
    • Color Variations in Plastics: You Say Lime, I Say Chartreuse -- What Is It Really?
    • Color Perception Meets Consumer Desires: How to Set the Mood with the Hues of Food
    • Is it possible to create ASTM traceable haze standards above 30%?
    • Can the color of Fresh Spaghetti Sauce be measured with Tomato Scores?
    • SPC Results for Diagnostic Didymium Filter Test
    • FAQs on White Tile Replacement for HunterLab sensors
    • Do you know what Molten Color is?
    • Using ASCII Export on Multiple Jobs
    • Measuring the Color of Sausage Casings
    • Measuring the Color of Clear Liquids
    • Do you have a source for color standards related to fruits and vegetables?
    • Do you have references for the equivalency of CIE inverse instrument geometries?
    • How can I use EasyMatch QC to measure Contrast Ratio Opacity?
    • Do you have a source for Magnesium Carbonate powder as top-of-scale?
    • What are the USDA Peanut Butter Color Standards?
    • Do you have a source for calibrated, traceable transmission filters?
    • The details of how HunterLab sphere instruments conform to ASTM D1003 Section 8: Procedure B Spectrophotometer for transmission haze measurement
    • How can I perform a first-time installation of EasyMatch QC software?
    • Sources for BRDF and BSDF Equipment and Testing Services
    • What are Hydrochromic or Hygrochromic Color Samples?
    • How is ASTM D1003 Transmission Haze measured at levels > 30%?
    • Measuring Molded Plastic Parts
    • Changing the standardization interval on a MSEZ
    • Do you know of an independent test lab that can measure APHA/Pt-Co/Hazen Color?
    • Independent Test Lab for DDG Color of Dried Distillers Grain?
    • ASTA Color and IC Color of Paprika and Oleoresin Spices
    • Tomato Industry Interest in Measuring Lycopene: How Spectrophotometers Can Help
    • APHA/Pt-Co/Hazen vs Gardner color scales: What’s the difference?
    • What is the correct light level in lux for a light booth?
    • What scale is used to measure the color of waste water?
    • What Path Length Cell should I use for APHA/Pt-Co/Hazen Color Measurement?
    • Instrument Geometry – Directional 45°/0° or Diffuse d/8° Sphere?
    • What is a Y Brightness? Beta Reflectance Factor? Reflection Coefficient?
    • Contrast Ratio Opacity
    • What is the Bidirectional scattering distribution function?
    • History of the APHA/Pt-Co/Hazen Color Scale
    • What are the SCAA Roast Coffee Standards?
    • Where does one find the EP (European Pharmacopoeia) Liquid Color Matching Standards?
    • How do I perform an DQ IQ OQ PQ RQ using EasyMatch QC-ER?
    • What are the NCI National Cheese Color Standards?
    • What is the CP – Chinese Pharmacopeia Color Scale?
    • ASTM Industrial Test Methods for visual and instrumental APHA Color Scale
    • Metamerism Index
    • Measuring Visual Differences with dE CMC
    • Where to find pre-soiled and stained fabrics for laundry and cleaning testing
    • Source for ASTM D1003 Transparent Plastic Haze Standards from HunterLab
    • How do I measure “clear and colorless” Surfactants?
    • What Standard Do I Use to Verify Yellowness Index Performance?
    • Do you have a source for liquid Saybolt and ASTM D1500 Color Standards?
    • Do you have a formula to convert Hunter Lab values to CIE L*a*b*?
    • How do you quantify color?
    • Densitometry versus Colorimetry
    • What is the CIE – Commission internationale de l´éclairage?
    • Is there a Munsell HVC color conversion in EasyMatch QC?
    • What is HCCI – HunterLab Coffee Color Index?
    • How to Measure the Color of Roasted and Cooked Nuts
    • Choosing the Wavelength of Spectrophotometers
    • 6 Uses of Colorimetry in Real Life
    • How to Measure the Color of Food
    • 8 Ways Color and Appearance Measurement Can Improve the Production Quality of Edible Oils
    • Dear Vegetable Oil Manufacturers, Here’s How Color Measurement Can Make Your Customers Happy
    • Why Palm Oil Manufacturers Need Color and Appearance Measurement Solutions
    • UV Spectrophotometry as a Pharmaceutical Testing Solution
    • Why Understanding Tristimulus Values and the CIE Color Model Is Important for Color Measurement
    • Tomato Paste to Sauce: Color Measurement Can Help You Understand Differences in Customer Perception
    • Campbell’s Popular Tomato Soup Focuses on Color Measurement to Achieve Consistency — Here’s Why
    • Here's How Color Management Can Help You Produce Organic Tomato Soup That Customers Love
    • 5 Reasons Measuring the Color of Tomato Sauce Increases Consumer Adoption
    • How Color Signifies Freshness in Canned Tomato Paste
    • Why Should We Measure the Color of Tomatoes?
    • Meeting Ketchup Quality Standards With Tomato Color Analysis
    • Color Scores: Ensuring Your Tomatoes Make the Grade
    • What Is Color Measurement and Why Do We Measure Color?
    • The Ultimate Guide to FDA Color Regulations
    • Design and Performance Qualification Explained
    • The Importance of Color in Tomato Breeding
    • Colorblindness and the Importance of Color Measurement
    • What Is LRV?
    • What Color Psychology Is Used in Food Marketing?
    • A Beginner's Guide to Color Measurement
    • Does Color Perception Change Over Time?
    • Are you still measuring color like they did in 1885? Do You Need Color AND Turbidity at ANY Pathlength?
    • What Is Natural Color Variation?
    • Using Poultry Color Measurements to Determine Freshness
    • What to Know About Baking Powder and Its Color
    • Things to Know About Flour Color Measurement
    • Measuring the Color of Buns
    • How Can I Measure the Color of Raw Grain?
    • Why Bread Color Matters
    • Best Practices for Measuring the Color of Fish
    • Best Practices for Measuring the Color of Poultry
    • Best Practices for Measuring the Color of Chocolate Bars
    • Best Practices for Measuring the Color of Cocoa Powder
    • Best Practices for Measuring the Color of Cereal
    • Best Practices for Measuring the Color of Baking Powder
    • Best Practices for Measuring the Color of Flour
    • Best Practices for Measuring the Color of Buns
    • Best Practices for Measuring the Color of Raw Grain
    • Best Practices for Measuring the Color of Bread
    • What Is the Best Way to Measure the Color of Fish?
    • What Is the Best Way to Measure the Color of Poultry?
    • What Is the Best Way to Measure the Color of Chocolate Bars?
    • What Is the Best Way to Measure the Color of Chocolate Chips?
    • What Is the Best Way to Measure the Color of Cocoa Powder?
    • What Is the Best Way to Measure the Color of Cereal?
    • What Is the Best Way to Measure the Color of Baking Powder?
    • What Is the Best Way to Measure the Color of Flour?
    • What Is the Best Way to Measure the Color of Buns?
    • What Is the Best Way to Measure the Color of Raw Grain?
    • What Is the Best Way to Measure the Color of Bread?
    • What Is the Best Way to Measure the Color of Starch?
    • The Top 5 Things You Need to Know About Measuring the Color of Plant-Based Meat Substitutes
    • What to Know About Meat Color Measurements
    • The Top Things to Know About Fish Color Measurement
    • 5 Things to Know About the Color of Chocolate Bars
    • 4 Things to Remember When Measuring the Color of White Sugar
    • What to Know About Measuring the Color of Brown Sugar
    • How to Measure the Color of Powdered Sugar
    • What Affects the Color of Chocolate Chips?
    • What to Know About Cocoa Powder Color Measurement
    • Tips for Measuring the Color of Cereal
    • How to Separate and Measure the Color of Starch
    • Best Practices for Measuring the Color of Plant-Based Meat Substitutes
    • Best Practices for Measuring the Color of Meat
    • Best Practices for Measuring the Color of White Sugar
    • Best Practices for Measuring the Color of Chocolate Chips
    • Best Practices for Measuring the Color of Shortening
    • Best Practices for Measuring the Color of Starch
    • What Is the Best Way to Measure the Color of Plant-Based Meat Substitutes?
    • What Is the Best Way to Measure the Color of Meat?
    • What Is the Best Way to Measure the Color of White Sugar?
    • What Is the Best Way to Measure the Color of Brown Sugar?
    • What Is the Best Way to Measure the Color of Powdered Sugar?
    • Top 5 Things You Need to Know About Measuring the Color of Tomato Juice
    • Top 5 Things You Need to Know About Measuring the Color of Water
    • What Is the Best Way to Measure the Color of Beer?
    • Top 5 Things You Need to Know About Measuring the Color of Beer
    • Best Practices for Measuring the Color of Tomato Juice
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