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The LPLDD-10A-35V-TP-H Laser Diode Driver is a high-performance, versatile driver compatible with input voltages from 7.5V to 35V, including 12V and 24V. It supports a maximum current of 10A and modulation frequencies up to 100 kHz. This driver is compatible with a wide range of laser diodes and offers flexible modulation options, including TTL, analog, and combined modes. The -H version features an additional heatsink for improved cooling and easier installation, ensuring optimal performance and longevity.
Product available upon special request. Please contact us for details.
This water cooling block plate is useful for laser diode cooling, laboratory instruments, medical products, recirculating chillers.
The LPLDD-5A-12V-TP-H Laser Diode Driver is a high-performance, versatile driver compatible with input voltages from 7.5V to 35V, including 12V and 24V. It supports a maximum current of 10A and modulation frequencies up to 100 kHz. This driver is compatible with a wide range of laser diodes and offers flexible modulation options, including TTL, analog, and combined modes. The -H version features an additional heatsink for improved cooling and easier installation, ensuring optimal performance and longevity.
The LPLDD-10A-24V-TP-H Laser Diode Driver is a high-performance, versatile driver compatible with input voltages from 7.5V to 35V, including 12V and 24V. It supports a maximum current of 10A and modulation frequencies up to 100 kHz. This driver is compatible with a wide range of laser diodes and offers flexible modulation options, including TTL, analog, and combined modes. The -H version features an additional heatsink for improved cooling and easier installation, ensuring optimal performance and longevity.
The LPLDD-10A-12V-TP-H Laser Diode Driver is a high-performance, versatile driver compatible with input voltages from 7.5V to 35V, including 12V and 24V. It supports a maximum current of 10A and modulation frequencies up to 100 kHz. This driver is compatible with a wide range of laser diodes and offers flexible modulation options, including TTL, analog, and combined modes. The -H version features an additional heatsink for improved cooling and easier installation, ensuring optimal performance and longevity.
This three-channel, 1 A, 7-16 V laser diode driver is based on the LPLDD-5A-12V and encompasses all the features of its base version. Its compact size enables its usage in space-constrained devices. Meticulously matched components guarantee minimal noise levels during operation when employed with lower current values within the range of 0 to 1 A.
This three-channel, 5 A, 7-16 V laser diode driver is based on the LPLDD-5A-12V and encompasses all the features of its base version. Its well-thought-out design facilitates convenient installation of the driver through the power transistor holes, and its compact size enables its usage in space-constrained devices. An additional connector improves the ease of plugging in the driver.
The TEC-8A-24V-PID-HC-RS232 Programmable Temperature Controller is designed for precise temperature control within the -70 to 70 degrees Celsius range. With stabilization accuracy of up to +/-0.05 degrees Celsius, it ensures exceptional temperature stability and reliability
✔ Performance accessory for XT-Series laser heads.
✔ Increases laser processing speeds up to 6.5 times and decreases heat related damage to the material.
✔ Protects laser optics from smoke and debris.
These laser goggles can help reduce the probability of light entering the user’s eye from a diffusely backscattered laser light. This product is OD 5+ over the range of 190 to 470nm and 800 to 1700nm, blocking deep and near ultraviolet and near to mid IR.
These laser goggles can help reduce the probability of light entering the user’s eye from a diffusely backscattered laser light. This product is OD 5+ over the range of 190 to 540 nm, blocking deep ultraviolet to green including violet and blue light.
Single-channel 10 A, 3-24 V laser diode driver with digital temperature controller circuit. The temperature controller utilizes a PID algorithm to accurately maintain the desired temperature.