Interested in a little light reading?

Modern technology has significantly changed how spectrophotometers perform compared to the early models from many decades past. These devices have become vital in global research, development and production across a broad industry range. Because multiple spectrophotometer types play different roles, choosing the correct device and selecting the optimal settings for each instrument are vital for achieving the most desirable results.

Modern technology has significantly changed how spectrophotometers perform compared to the early models from many decades past. These devices have become vital in global research, development and production across a broad industry range. Because multiple spectrophotometer types play different roles, choosing the correct device and selecting the optimal settings for each instrument are vital for achieving the most desirable results.

Modern technology has significantly changed how spectrophotometers perform compared to the early models from many decades past. These devices have become vital in global research, development and production across a broad industry range. Because multiple spectrophotometer types play different roles, choosing the correct device and selecting the optimal settings for each instrument are vital for achieving the most desirable results.

Modern technology has significantly changed how spectrophotometers perform compared to the early models from many decades past. These devices have become vital in global research, development and production across a broad industry range. Because multiple spectrophotometer types play different roles, choosing the correct device and selecting the optimal settings for each instrument are vital for achieving the most desirable results.

Modern technology has significantly changed how spectrophotometers perform compared to the early models from many decades past. These devices have become vital in global research, development and production across a broad industry range. Because multiple spectrophotometer types play different roles, choosing the correct device and selecting the optimal settings for each instrument are vital for achieving the most desirable results.

Spectrophotometers are powerful solutions for objectively and scientifically quantifying color data in products. These devices capture measurements for comparison against a known scale or index to ensure goods' color falls within acceptable tolerances, supporting higher quality. Calibration is a crucial factor in ensuring the equipment delivers — and continues to provide — precise, accurate color measurements.

What Is Spectrophotometer Calibration?

Calibration of a spectrophotometer is a process for adjusting the device's sensitivity to certain wavelengths of light. This precise adjustment helps verify that the unit is measuring wavelengths as intended and quantifying color correctly. It substantially differs from standardization, a process that end users perform in their facilities.

Spectrophotometers are powerful solutions for objectively and scientifically quantifying color data in products. These devices capture measurements for comparison against a known scale or index to ensure goods' color falls within acceptable tolerances, supporting higher quality. Calibration is a crucial factor in ensuring the equipment delivers — and continues to provide — precise, accurate color measurements.

What Is Spectrophotometer Calibration?

Calibration of a spectrophotometer is a process for adjusting the device's sensitivity to certain wavelengths of light. This precise adjustment helps verify that the unit is measuring wavelengths as intended and quantifying color correctly. It substantially differs from standardization, a process that end users perform in their facilities.