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Used analog input modules

  • TOPTICA FALC 110 & mFALC

    TOPTICA FALC 110 & mFALC 110

    • Manufacturer: Toptica

    For linewidth reduction and phase locking (mFALC) PID regulator with less than 15 ns signal delay 90° phase delay at 45 MHz Addresses laser current (fast) and slow element (drift) Sub-Hz laser linewidths demonstr...

    Munich, Germany
  • TOPTICA DLC pro: Digital Control

    TOPTICA DLC pro: Digital Control

    • Manufacturer: Toptica

    Operator controls: Touch Display, 10 push buttons, 4 knobs, 1 key switch | Display: 7 inch, 800 x 480 pixels, 262 k colors | Touch panel: Projective capacitive (PCT) with multi-touch capability | Interfaces: Eth...

    Munich, Germany
  • TOPTICA DLC pro: Digital Control

    TOPTICA DLC pro: Digital Control

    • Manufacturer: Toptica

    Operator controls: Touch Display, 10 push buttons, 4 knobs, 1 key switch | Display: 7 inch, 800 x 480 pixels, 262 k colors | Touch panel: Projective capacitive (PCT) with multi-touch capability | Interfaces: Eth...

    Munich, Germany
  • TOPTICA TA pro

    TOPTICA TA pro

    • Manufacturer: Toptica

    Wavelengths between 632 nm and 1590 nm High power up to 4 W Low noise and drift, narrow linewidth Stable and reliable with pro technology Convenient touch, knob and remote control with DLC pro The TA pro is the f...

    Munich, Germany
  • TOPTICA DL pro

    TOPTICA DL pro

    • Manufacturer: Toptica

    Intelligent locking to absorption lines or HighFinesse wavelength meters Convenient local and remote operation (with DLC pro) Efficient atom cooling with narrow linewidth down to 0.6 kHz free running Linewidth be...

    Munich, Germany

Overview

Lasers and light sources are essential tools in various industries, including manufacturing, medical, and scientific research. These devices emit focused light beams used for cutting, engraving, medical procedures, and experiments. Depending on the application, lasers can vary in power, wavelength, and design.

FAQ

What should I consider when buying a used laser or light source?

Check the device's power rating, wavelength, and overall condition. Ensure it meets the requirements for your specific application and verify any available maintenance records.

How do I ensure the laser or light source is shipped safely?

Use a transport service experienced in handling delicate equipment. Ensure the device is properly packaged, with adequate cushioning and protection against shocks.

What is the maintenance schedule for lasers and light sources?

Regular maintenance includes cleaning optical components, ensuring proper cooling, and checking electrical connections. Refer to the manufacturer’s manual for specific maintenance guidelines.