Inper Compact Laser

Integrated laser with touchscreen power settings, TTL and analog control, and free-space or fiber-coupled output configurations.

Discuss your configuration Technical specifications Laser control within reach Inper Compact Laser An integrated laser with touchscreen power settings and TTL or Analog external control, configured for the required wavelength and optical path. Compact integrates power control, a diode laser and coupling optics in a desktop device. The touchscreen manages power and start/stop; external connectors accept timing signals. Source and control together INTEGRATION View the mode and Power (%) and manage output with Start/Stop. Touchscreen controls TTL and Analog have separate connectors; power and optical connections follow the selected configuration. Rear-panel connections The 160 × 170 × 70 mm housing integrates laser source and control. Desktop housing Explore controls and connections Design and connections The documented product family includes wavelength models within 405–808 nm. Match the required wavelength first, then confirm the model power and output configuration. Choose a wavelength model WAVELENGTH A free-space output option can be integrated into the optical bench. Free-space beam Fiber-coupled options include FC/PC and SMA connector configurations. Fiber coupling Confirm wavelength, power, connector and fiber specifications together. Configuration check Match the optical output Temperature control manages laser operating conditions. Install the device with clear ventilation and record environmental conditions during calibration and use. Integrated thermal control THERMAL CONTROL Power (%) adjusts the output percentage in 0.1% steps. Actual terminal power should be checked for the selected source, coupling and fiber path. Set the output percentage POWER SETTING OFF mode uses touchscreen control for constant output. TTL and Analog modes accept digital and analog external signals through their respective inputs. Three control paths Control functional schematic MODES In OFF control mode, set Power (%) and use Start and Stop directly. This provides device-level control for constant-output workflows. Control constant output directly CONSTANT MODE Select TTL mode and use the TTL BNC connector. The external digital signal defines optical-output timing in relation to experimental events. Connect a digital timing signal TTL MODE Select Analog mode and connect its dedicated BNC input. Check input conditions against the desired optical output before arming the device. Connect an analog control signal ANALOG MODE In an external mode, Start prepares the device to accept the external signal. Optical output is then governed by that input; verify mode, signal and connection. Arm the device for external control ARMED STATE After connection, use a power meter to check power at the experimental endpoint. Record wavelength, Power (%), coupling components and the measurement. Verify power at the endpoint Operating workflow schematic POWER VERIFICATION Use the 12 V, 5 A adapter, connect components for the chosen free-space or fiber output, then add the appropriate BNC cable when external control is required. Complete the bench setup BENCH CONNECTION The manual lists 10–35°C operating temperature. Provide the required ventilation. Operating environment Stop output before changing optical connections, then recheck mode and power settings. Output management Record model, wavelength, output configuration and terminal power for later review. Experiment record Keep settings tied to conditions Specify wavelength, required terminal power, free-space or fiber output, and manual or external control. Select Compact for the complete optical path. Start with the optical requirement SELECTION Wavelength-model range Multiple models within 405–808 nm; confirm configuration Optical power Documented 0–100 mW; available range depends on wavelength and model Power setting Power (%), 0.1% step Control modes OFF / TTL / Analog External inputs Separate TTL BNC and Analog BNC Optical-output configurations Free-space; fiber coupling with FC/PC or SMA Power supply 12 V, 5 A Housing dimensions 160 × 170 × 70 mm Touchscreen 480 × 800 Operating temperature 10–35°C Values refer to the models and conditions in the supplied documentation Parameter Value and conditions The wavelength range describes available models in the family. Each unit has its selected wavelength configuration. Terminal power depends on coupling and fiber transmission. Technical specifications Inper Compact Laser — User manual Inper 2026.B Product Catalog Manuals and product resources Share the experimental subject, signal or stimulation requirements, synchronization devices and setup so the model and accessories can be matched. Configure for your experiment Send inquiry Product selection Configuration and quotation Technical and application support