• Design Optimization & New Technologies: Air Cooled Detector for 1.2kW and Compact Calorimeter for 12kWLaserPoint introduces two new instruments that can safely face the extremely high power densities of our days’ lasers and which synthetize the technological level of the Company. In both instruments, the presence of SHC as radiation absorber lead to achieve a higher absolute power measurement capability with very compact footprints ( in particular for the calorimeter) associated to a higher damage of threshold.
Laserpoint, who has been leading the technology in the past years with an air cooled detector for 600 W (850W for short term measurements) designed for the fiber laser market, is now offering a detector with forced air cooling for 1200 W (Mod. A-1200-D60-SHC) . It is a leap ahead in thermal management, coat-ing improvement, optimization of design.
This detector has a Linearity of ±1.5% to its full scale and is supplied with ±3% calibration accuracy traceable to PTB/NIST standards.
The aperture is 60mm, Dimensions 140Lx140Px140H mm, Weight 4.4 Kg.
Together with the air cooled detector for 1200W , Laser Point is also introducing a calorimeter up to 12kW, result of Company’s capacity to explore new materials, manage thermal design, create innovative products.
The new calorimeter ( Mod. W-12K-D55-SHC-USB) is extremely compact and light weight compared to alternative instruments of the same class and does not require any defocussing optics in the absorbing cavity.
This detector has a Linearity ± 2% to its full scale and is supplied with ±5% cali-bration accuracy traceable to PTB/NIST standards.
The aperture is 55mm, Dimensions L140xP200xH180 mm, Weight is 6 Kg.
Mod. W-12K-D55-SHC-USB: Thermal images of the absorbing surface at 10 KW- Max. Temperature on the coating is 113 °C ( IPG fiber laser YLS 10000)