Menu
Calibration determines the measurement accuracy of your UV/VIS spectrophotometer. With regular device calibration and adjustment, you can rely on your measurement results, ensure conformity and avoid consequential costs due to inaccurate measurements. You can achieve and maintain compliance through consistent practices and compliance with local and global regulations and standards, such as: e.g.: ISO9000, ISO 17025, FDA, GLP/GMP, HACCP, Mesti, Halal etc.
Be confident in your measurements with calibration and certificate services that only PREMIER CALIBRATION SDN BHD can provide. Here are the benefits of our market-leading technology and experience to help you stay compliant and get a good night’s sleep:
We are an accredited, SAMM (Skim Akreditasi Makmal Malaysia) Malaysia-based laboratory, with very well trained and experienced technicians able to accomplish your temperature and humidity calibration both on-site and in our laboratory. We calibrate all types of temperature and humidity instruments regardless the industries, for instance Food and Beverage manufacturing industry, Pharmaceutical, Chemical plants, both private and government Hospitals, both private and government Laboratory, Testing laboratory, Commercial Kitchen, Hotels, Quarry, Palm Oil Industry etc.
Spectrophotometer calibration is a process of calibrating a scientific instrument known as a spectrophotometer to confirm that it is working properly. This is important as it ensures that the measurements obtained with the instrument are accurate. The procedure varies slightly for different instruments, with most manufacturers providing detailed calibration instructions in the owner’s manual so people know how to properly calibrate the instrument. If this procedure is performed, the person performing it must make a note in the log attached to the device and in their test records so that people know when and by whom the device was last calibrated and handled.
A spectrophotometer can both transmit and receive light. The device is used to analyze samples of test material by passing light through the sample and measuring the intensity of the wavelengths. Different samples affect light in different ways, allowing a researcher or technician to learn more about the materials in the test sample by seeing how the light behaves as it passes through the sample. Calibration of the spectrophotometer is required to confirm the accuracy of the results.
A reference solution is used in spectrophotometer calibration to zero the instrument. This solution provides a base or zero value. The device is calibrated by adding the reference solution to the spectrophotometer, zeroing the settings and turning the device on. Then, samples of actual test material can be subjected to spectrophotometry, safe in the knowledge that the machine has been calibrated and is working properly.
In a single beam spectrophotometer, a single beam of light is produced and the instrument must be recalibrated for each use. In a dual-beam spectrophotometer, beams can be passed through a test sample and a reference sample simultaneously to produce two sets of results that can be used for reference and calibration. In either case, the spectrophotometer calibration can be performed in the lab by someone who works with the instrument. If the machine develops serious problems, it can be sent to the manufacturer for maintenance, repair and possible replacement.
For a spectrophotometer to function properly, it must be warmed up before use. Many devices take about 10 minutes to warm up. It is important to avoid spectrophotometer calibration during the warm-up period as this will skew the settings. It is also important to know that certain types of wavelengths may require special filters and attachments for the device to work.
Premier Calibration Sdn Bhd
201501002456 (1127788-A)
12, Jalan Anggerik Vanilla Z31/Z, Kota Kemuning, Sek 31,
40460 Shah Alam, Selangor, Malaysia.
Sale Inquiry:
Copyright 2022 © Premier Calibration Sdn Bhd 201501002456 (1127788-A) | All Right Reserved
