SLM-G532-200-PL

The SLM-D series of air springs has a viscosity barrier inside the embossed pad foot;

Base Dimensions: 96; 138; 205; 255; 300; 360; 430 SLM 12B -D1/DD1: 75 Ni: ±6

Structures;

Number of channels: 1; 2 Power Settings Range: C-band: 9~15.5 dBm Output power precision: ±1dB

Hand-held truncable source TSP series sub-channels (TSP-100) and dual channel (TSP-200) products; a portable, compact, truncable source of light; the adoption of precision control systems; the assurance of its high and stable wavelength and power output; the possession of high-output photopower and high-side depressive ratio; narrow-line wide-light output; and its wide application in related areas. The other product is equipped with OLED screens and entity buttons; it is also available; it is user-friendly. Output power, frequency adjustable high power, frequency reconciliation accuracy high stability and high reliability C/ L wavelengths high resolution display of OLED; remote control of entity key/ software

Control parameters: LD output current; 10; 5000; MA; TEC output currents; -15; 15; A Mode: Pulse ranges; 0.1-1000; ms Internal Modem: Bandwidthing; 0.02; 100; kHz

The OQLD series is a controller for quantum cascade lasers; supports the quasi-continuous wave (QCW) working mode and internal simulations. Provides accurate and stable currents; controls through front-board buttons and the visualization of LCD monitors. Very suitable for medium high power semiconductor laser applications. Support internal simulation output, support high-power quantum cascade lasers (QCL). Support continuous (CW) or quasi-continuous (QCW) mode operations

LSP140 is a high-value, metal 3D printing device designed specifically for scientific research, education and research and development; the introduction of powder delivery structures; the simplification of the process of powdering without adding; the alignment of compact design; and significant space savings. Equipment integration for permanent filtering cores; effective reduction of maintenance costs; support for 500 W high power lasers; ensure print accuracy and efficiency. Only 5 kg of single powdering is required; the demand for diversified printing is met; it is an ideal option for laboratories, universities and small research and development centres