Thorlabs CLD1015 Compact Laser Diode Driver and TEC Controller
Overview
The Thorlabs CLD1015 is a compact benchtop instrument that combines a precision laser diode current driver, a thermoelectric cooler (TEC) controller, and a laser diode mount into a single touchscreen-controlled unit. Designed for TO-can pigtailed laser diodes and compatible butterfly-package sources, the Thorlabs CLD1015 gives researchers and engineers everything needed to drive and thermally stabilize a laser diode from one compact chassis, without stacking separate current and temperature controllers. Seven Star LLC supplies the Thorlabs CLD1015 across Oman and the GCC as part of its genuine Thorlabs catalog, giving regional photonics laboratories, universities, and telecom test facilities a dependable local source for authentic Thorlabs laser diode control instrumentation with responsive technical support.
Photonics engineers and laser system integrators choose the Thorlabs CLD1015 whenever a project needs a self-contained, low-noise laser diode driver and TEC controller with a full graphical touchscreen interface, rather than assembling a rack of separate current source, temperature controller, and mount hardware. Backed by genuine manufacturer documentation, Seven Star LLC proudly supplies the Thorlabs CLD1015 across Oman and the wider GCC, backed by genuine stock, manufacturer-standard calibration data, and responsive local technical support.
Measurement and Working Principle
The Thorlabs CLD1015 supplies laser diode current across a 0 to 1.5 A control range with greater than 4 V compliance voltage, delivering low-noise output of approximately 10 microamps typical without filtering and as low as 5 microamps with the internal filter engaged. Current is set with 50 microamp resolution over remote control and held to an accuracy within 0.1% plus 500 microamps of the programmed setpoint. In parallel, the Thorlabs CLD1015’s bidirectional TEC output supplies -3.0 A to 3.0 A with greater than 4.7 V compliance and more than 14.1 W of thermoelectric cooling or heating power, reading the laser diode’s NTC thermistor across a 300 ohm to 150 kilo-ohm range for temperature sensing from -55 degrees C to +150 degrees C with 0.01 degree C resolution. Closed-loop temperature stability on the Thorlabs CLD1015 reaches approximately 0.005 degrees C over 24 hours, keeping the laser diode’s emission wavelength and output power stable during extended measurement or test sequences.
Engineering Design of the Thorlabs CLD1015
The Thorlabs CLD1015 is built around a 4.3 inch color LCD TFT touchscreen at 480 x 272 pixel resolution, giving direct front-panel access to laser current setup, laser protection limits, photodiode monitoring input, TEC driver setup, PID control loop tuning, thermistor calibration, and system settings without needing a separate PC. The unit accepts standard 14-pin butterfly-package laser diodes in both Type 1 (pump) and Type 2 (telecom) pinout configurations, with the mount integrated directly into the chassis for simple, repeatable laser installation. A USB 2.0 interface supporting the USBTMC protocol and SCPI command set lets the Thorlabs CLD1015 be integrated into automated test benches and LabVIEW or Python-based measurement systems, while the compact desktop enclosure runs from a 100-240 VAC universal supply delivering a regulated 12 V, 3.5 A DC rail internally.
Key Features
- The Thorlabs CLD1015 integrates a laser diode current driver, TEC controller, and mount into a single compact benchtop instrument.
- The Thorlabs CLD1015 supplies 0-1.5 A laser diode current with low-noise output as low as 5 microamps with filtering enabled.
- The Thorlabs CLD1015 provides bidirectional -3.0 to 3.0 A TEC current with better than 0.005 degrees C temperature stability over 24 hours.
- The Thorlabs CLD1015 features a 4.3 inch color touchscreen for direct front-panel control of laser and TEC parameters.
- This compact laser diode controller accepts standard 14-pin butterfly-package laser diodes in both pump and telecom pinout types.
- This Thorlabs benchtop instrument includes USB 2.0 with USBTMC/SCPI support for remote programming and automated test integration.
Industrial Applications
The Thorlabs CLD1015 is widely used in photonics research laboratories and university optics departments across Oman and the GCC for driving and characterizing butterfly-packaged and TO-can pigtailed laser diodes during device evaluation and spectroscopy setup. In fiber-optic communications testing, the Thorlabs CLD1015 provides stable, low-noise current and precise thermal control for telecom-wavelength laser sources during transmitter qualification and component testing, where wavelength drift directly affects test repeatability. Laser diode manufacturers and packaging houses also rely on the Thorlabs CLD1015 during incoming inspection and burn-in testing of butterfly-package laser diodes, using its integrated mount to avoid separate fixturing for each device under test.
Because the Thorlabs CLD1015 combines current driving, thermal control, and mounting in one instrument, research groups across the region reduce bench clutter and cabling complexity compared with a traditional three-box setup of separate laser driver, TEC controller, and mount, while the touchscreen interface speeds up day-to-day parameter changes between different laser diodes. Working closely with plant engineers in the region, Seven Star LLC distributes the Thorlabs CLD1015 to laboratories, industrial facilities, and research institutions throughout Oman, Muscat, and the Sohar and Salalah economic zones, backed by regional stock and manufacturer-standard support.
Educational and training laboratories in Omani and GCC universities also deploy the Thorlabs CLD1015 in photonics and laser-electronics coursework, giving students a single, intuitive instrument for learning laser diode drive and thermal-stabilization principles without the complexity of programming separate current and temperature controllers.
System integrators building laser-based sensing, spectroscopy, or optical communication test systems across the region use the Thorlabs CLD1015 as the core laser drive electronics, valuing its combination of touchscreen manual control and SCPI-based remote programmability for both prototype development and production test station deployment.
Seven Star LLC’s Thorlabs catalog, including the CLD1015, gives regional photonics buyers a single trusted local partner for laser diode drivers, TEC controllers, optical power meters, and related laboratory instrumentation, simplifying procurement for multi-vendor lab setups that previously required importing individual items from overseas suppliers.
Technical Specifications
| Model | Thorlabs CLD1015 |
|---|---|
| Type | Compact laser diode driver with TEC and integrated mount |
| Laser Diode Current Range | 0 to 1.5 A, >4 V compliance |
| Current Resolution/Accuracy | 50 µA resolution; ±(0.1% + 500 µA) |
| TEC Current Range | -3.0 to 3.0 A, >4.7 V compliance, >14.1 W |
| Temperature Range | -55°C to +150°C, 0.01°C resolution |
| Temperature Stability | 0.005°C (typical, 24 hr) |
| Display | 4.3″ LCD TFT touchscreen, 480 x 272 px |
| Interface | USB 2.0, USBTMC, SCPI |
| Compatible Mount | 14-pin butterfly, Type 1 (Pump) / Type 2 (Telecom) |
| Power Supply | 100-240 VAC input, 12 V / 3.5 A DC internal rail |
Request a Quote for Thorlabs CLD1015 Compact Laser Diode Driver and TEC Controller
Seven Star LLC supplies the Thorlabs CLD1015 and the broader Thorlabs range of laser diode drivers, TEC controllers, and optical power meters with genuine stock and technical support across Oman, the UAE, Saudi Arabia, and the wider GCC. Contact Seven Star LLC today for a fast quotation and expert guidance on selecting the right Thorlabs CLD1015 configuration for your laser diode drive, thermal stabilization, or photonics test application. With fast quotation turnaround and technical support, Seven Star LLC guarantees genuine Thorlabs CLD1015 stock with full manufacturer warranty and regional technical support.
- Instruction ManualThorlabs CLD1015 Manual Download





































