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"Addressing Color Quality Standards with Spectrophotometry: Setting Tolerances in Plastics"

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"Color Process Automation Technology: Advanced Methods in Plastic Manufacturing"

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"Color Consistency in Bottled Tea: Choosing a Reliable Method of Product Analysis"

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"Energy Efficient Glass: Another Attribute of Advanced Color Technology"

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"BCU – Baking Contrast Units"

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"Light Technology in Bioimaging: How Spectrophotometers Are Revolutionizing the Field of Medicine"

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"Energy Efficient Color Technology: Measuring Roofing Granules for Solar Reflectance"

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Addressing Color Quality Standards with Spectrophotometry: Setting Tolerances in Plastics

Posted on Nov 29, 2023 by HunterLab

Color quality plays an important role in plastic products, and technology ensures that color design elements remain consistent with final product results. Color quality analysis has transformed from an art to a science over the past several decades and plastic manufacturers rely on spectrophotometric technology for rapid and precise color determination and evaluation. Advanced spectrophotometric technology is used to develop color tolerances, which lead to a higher efficiency use of materials. This saves both time and money, increasing productivity and profitability, as well as product quality.

Color quality analysis has transformed from an art to a science, and developing color tolerances is dependent on advance spectrophotometric technology for maintaining consistent results in plastic manufacturing.
Image Source: Flickr user Michael Hernandez

Posted in Color In Plastics

Color Process Automation Technology: Advanced Methods in Plastic Manufacturing

Posted on Nov 29, 2023 by HunterLab

Plastics manufacturing is a complex, multi-step process that moves at rapid speeds to create high product yields. Maintaining color quality and consistency throughout the manufacturing processes can be difficult, but advancements in color process automation technology offer continual monitoring for real-time identification of color changes. Continual monitoring, from pellet colors and extruded plastics to pre-formed products, allows for automatic adjustments to be set, creating a more efficient and cost-effective process stream. New technology provides affordable options in color process measurement using smaller self-contained instrumentation that can easily adapt to any production line.

Plastic is a versatile product that is used for many different applications. Developing a system for plastic color monitoring ensures product consistency and quality.
Image Source: Flickr user Polycart

Posted in Color In Plastics

Color Consistency in Bottled Tea: Choosing a Reliable Method of Product Analysis

Posted on Nov 29, 2023 by HunterLab

Tea is the latest trend in prepared bottle beverages. Although Americans and consumers around the world have been drinking tea for centuries, new studies that link tea to better health are driving the market even more forcefully. You’ll notice that the shelves of your local supermarket are fully stocked with a wide variety teas, mainly in the pre-bottled beverage section, where consumers look to find quick, refreshing beverages. Interestingly, the color of a bottled beverage is perceived as an important mark of quality, so maintaining color consistency is one of the most important steps in the production of bottled tea. Color measurement instrumentation tools are commonly used to quantify color for consistency and repeatability. This method of analysis is simple, effective, and adaptable to the various needs of tea production.

Tea is a popular beverage choice in the United States and around the world. The bottled tea industry is growing quickly, and major manufacturers rely on color analysis to maintain quality and consistency in their products.

Image Source: Flickr user TheCulinaryGeek

Keeping up with the growing trend

Among Americans, tea drinkers are on the rise, but many tend to prefer their tea cold instead of hot. Since it takes less time to grab a refrigerated bottle than it does to brew a pot of tea, this trend seems to suit the fast-paced world we live in. Americans are looking for quick and easy choices and are willing to pay more for ready-to-drink quality beverages. Beverage companies are also beginning to acknowledge this growing market and are investing in new bottled tea options. The U.S. Tea Association published an article, State of the U.S. Tea Industry, that reports that “according to the Global Iced/RTD Tea Drinks Report from market research firm Canadean, the ready-to-drink tea market in the U.S. is expected to rise to $5.23 billion in 2014, with an estimated growth rate of 3 – 6 percent through 2018.” From the accompanying chart (represented below), it seems clear that this trend is going to continue to rise.

Posted in Color In Food Industry

Energy Efficient Glass: Another Attribute of Advanced Color Technology

Posted on Nov 29, 2023 by HunterLab

Glass is one of the most versatile and efficient products available. Its translucent quality has made it an effective material for light transmissions and building supplies. Glass comes in a variety of colors and can elevate the esthetic of nearly any architectural design. Color technology plays a vital role in maintaining the color quality needed to achieve each design concept while still providing the light transmission needed for functionality. However, color technology extends farther than just color matching and clarity. New technology uses energy efficient coatings on glass materials to lower the energy cost of a building and provide a new, eco-friendly energy source.

Many architectural design elements utilize glass for its esthetic appeal and functionality. New technology adds energy efficiency to the list of elements that make glass a desirable building material product.

Image Source: Flickr user David Welsh

Posted in Color Measurement

BCU – Baking Contrast Units

Posted on Nov 29, 2023 by HunterLab

Baking Contrast quantifies lightness of baked crust, crumb and similar applications. Monitoring lot differences in fresh bread and cookies is a typical application but BCU can be applied to monitor browning in any baked product.

Measuring BCU lightness of bread tops.

Posted in ColorFlex EZ

Light Technology in Bioimaging: How Spectrophotometers Are Revolutionizing the Field of Medicine

Posted on Nov 29, 2023 by HunterLab

The field of medicine is continually changing to meet the current needs of people around the world. Although many diseases such as cancer seem to be on the rise, early detection now helps to save the lives of many patients. Thanks to modern medicine and new advancements in bioimaging using light technology, at-risk patients are being identified even earlier so that necessary measures may be taken to ensure proper treatment is provided.

Modern medicine utilizes technology for more accurate and precise evaluation of internal body imaging. Light technology has been adapted as a safe and non-invasive method for bioimaging that provides an in-depth view of soft human body tissues.
Image Source: Flickr user NEC Corporation of America

Posted in Color In Pharmaceuticals

Energy Efficient Color Technology: Measuring Roofing Granules for Solar Reflectance

Posted on Nov 29, 2023 by HunterLab

Roofing comes in many various materials and colors. Depending on your preference or the esthetic style of your home or neighborhood, these attributes can vary greatly. Many standard homes utilize granule-based composition roofing for its efficiency, durability, and cost effectiveness. New developments in color technology offer an expanded variety of shades and hues with the added benefit of improved efficiency. These new materials use color technology to improve the reflectance value of composition roofing and the various coatings applied to this material and help save on energy costs overall.

Roofing comes in a variety of materials and colors, but this rainbow of choices is not only for esthetic appeal, but can also provide energy saving benefits as well.
Image Source: Flickr user Ignorant Walking

Color technology in roofing materials continues to develop as energy saving benefits are revealed. New studies conducted by research scientists at the Lawrence Berkley National Laboratory (Berkley Lab) Environmental Energies Technology Division (EETD) use color technology to produce roofing materials that maintain cooler temperatures consistently. Traditionally, commercial buildings use a white or lighter-coating material in their flat-roof designs to increase solar reflectance. Color technology has proven that these lighter shades reflect more of the sun’s energy, keeping surface temperatures down and lowering energy costs.

However, these lighter shades are not always desired by the average homeowner or may not even be an option based on the overall color scheme of a typical residential area. Therefore, building material engineers are working together using color to design materials and coatings in granule-based composition roofing shingles. This technology utilizes spectrophotometers to measure light reflectance values as well as maintaining color consistency in these materials.

Posted in Color Measurement
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