Gloss Meter 61-OTI100

Gloss Meter 61-OTI100 offers a 60° measuring angle and measures the mid-range gloss area and gloss texture of plastics, glass, ceramic coating, packaging material, paper, paint, rubber, wood, leather, and flooring parts. It is equipped with a large lithium battery with a 3000 mAh capacity, which ensures continuous testing for 54300 times. All the tests taken from this gloss meter are confirmed to international standards.

Specifications

Test angle 60°
Test light spot 60°, 9×15 mm
Measurement range 60°, 0 to 1000 GU
Resolution 0.1 GU
Tet modes Simple mode, standard mode, sample testing mode
Repeatability 0 to 100 GU: 0.2 GU, 100 to 2000 GU:0.2% GU
Test time 0.5 S
Working temperature 0 to 40°C
Working humidity < 85%, no condensation
Port USB, Bluetooth (optional)
Data storage 100 standard samples, 1000 test samples
Size (L*W*H) 165 × 51 × 77 mm
Weight About 400 g
Battery capacity 3000 mAh lithium battery

Features

  • Adopted with sensors ensures high precision of the measured value
  • Test angle 60°
  • Large capacity lithium battery
  • High precision results
  • Large lithium battery with 3000 mAh capacity
  • Passed through rigorous quality tests like calibration tests, stability tests, accelerated aging test, vibration test
  • Comfortable design to hold the meter

Applications

Gloss Meter 61-OTI100 is used for quality analysis, and research purposes across production units and laboratories.

Related Models Of Gloss Meter

Lab Expo offers Gloss Meter designed for precise gloss measurements across various surfaces. They provide customizable angle selection and advanced functions for efficient data management and analysis. Our meter's compact design ensures easy handling and a long-life light source. They offer massive data storage and provide reliable performance in diverse environments. They offer USB connectivity making them an ideal tool for detailed gloss measurement in various industries. Our gloss meter features PC software for effective data management, accurate measurements, and in-depth analysis.