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Room 1101, Jinxing Building, No.1 Hanjing Road, Tianhe District, Guangzhou, Guangdong Province, China. Self designed sections D and H
Guangzhou Gurun Optoelectronics Technology Co., Ltd
Room 1101, Jinxing Building, No.1 Hanjing Road, Tianhe District, Guangzhou, Guangdong Province, China. Self designed sections D and H
Laser power meter - Laser energy meter - Laser power energy meter - Laser energy tester Product description:
Scientech offers a variety of surface and volume absorption calorimeters with customized aperture sizes or standard 8mm, 16mm, 25mm, 50mm, 100m, and 200mm aperture models. The Vector series calorimeter is a reliable device that provides multiple wavelengths, energy, and power measurements (up to 100W), suitable for various settings including laboratories, industrial, and government facilities. There are various types of Vector calorimeters that can support different wavelengths and powers. There are two types of heat absorption instruments: surface absorption and volume absorption, with a measurement range from 5W to 100W. Vector pyroelectric detectors have high absorption, high repetition rate, and high damage threshold models, with normal and thin shapes. Vector pyroelectric detector is used to measure pulse and continuous wave lasers. To measure low power or low energy (<30 mW or 30 mJ), Scientech recommends using Isooperibol ™ The shell (360203A type) is designed to minimize environmental thermal interference to the greatest extent possible.

Product Highlights:
Upgrade options:
Optional configuration:
1. The 8 and 25mm aperture models support a power level of 10W.
| model | Absorption type | Aperture mm | spectral response | 平均最大/Smallpower | Maximum single pulse energy | accuracy/Accuracy | response time |
| AC2500 | Surface absorption | 25.4 | 250nm – 35µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| AC25HD | Surface absorption | 25.4 | 193nm – 12µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| AC25FX | Surface absorption | 25.4 | 193nm – 26µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| ACX25HD | Surface absorption | 8 | 400nm – 12µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| ACX25FX | Surface absorption | 8 | 400nm – 2µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| AC2501 | Body absorption | 25.4 | 266nm – 1.2µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| ACX2501 | Body absorption | 8 | 400nm – 1.2 µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| AC25UV | Body absorption | 25.4 | 193nm – 360nm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
| AC2504 | Body absorption | 25.4 | 850nm – 4.2µm | 10 W/1 mW | 10 J | ± 3%/<1% | ~3s |
2. The 16 and 50mm aperture models support a power level of 30W.
| model | Absorption type | Aperture mm | spectral response | 平均最大/Smallpower | Maximum single pulse energy | accuracy/Accuracy | response time |
| AC5000 | Surface absorption | 50.8 | 250nm – 35µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| AC50HD | Surface absorption | 50.8 | 193nm – 12µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| AC50FX | Surface absorption | 50.8 | 193nm – 26µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| ACX50HD | Surface absorption | 16 | 400nm – 12µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| ACX50FX | Surface absorption | 16 | 400nm – 2µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| AC5001 | Body absorption | 50.8 | 266nm – 1.2µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| ACX5001 | Body absorption | 16 | 400nm – 1.2 µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| AC50UV | Body absorption | 50.8 | 193nm – 360nm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
| AC5004 | Body absorption | 50.8 | 850nm – 4.2µm | 30 W/40 mW | 30 J | ± 3%/<1% | ~3s |
3. A 100mm aperture can measure an average power of up to 50W.
| model | Absorption type | Aperture mm | spectral response | 平均最大/Smallpower | Maximum single pulse energy | accuracy/Accuracy | response time |
| 360401K | Surface absorption | 100 | 250nm – 35µm | 50 W/150 mW | 150 J | ± 5%/<1% | ~5s |
| 380401K | Body absorption | 100 | 266nm – 1.2µm | 50 W/150 mW | 150 J | ± 5%/<1% | ~5s |
| 380402K | Body absorption | 100 | 9 -11µm | 50 W/150 mW | 150 J | ± 5%/<1% | ~5s |
| 384UV5K | Body absorption | 100 | 193nm – 360nm | 50 W/150 mW | 150 J | ± 5%/<1% | ~5s |
4. A 200mm aperture is suitable for average power up to 150W or divergent beam lasers.
| model | Absorption type | Aperture mm | spectral response | 平均最大/Smallpower | Maximum single pulse energy | accuracy/Accuracy | response time |
| 360801K | Surface absorption | 200 | 250nm – 35µm | 100 W/700 mW | 300 J | ± 5%/<1% | ~5s |
| 380801K | Body absorption | 200 | 266nm – 1.2µm | 100 W/700 mW | 300 J | ± 5%/<1% | ~5s |
| 380802K | Body absorption | 200 | 9 -11µm | 100 W/700 mW | 300 J | ± 5%/<1% | ~5s |
| 388UV5K | Body absorption | 200 | 193nm – 360nm | 100 W/700 mW | 300 J | ± 5%/<1% | ~5s |