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Laser module / illumination and ablation / for microscopes - MicroPoint
MicroPoint makes flexible tools that work in the photo-stimulation process with a patented pulsed nitrogen laser that can be tuned and used for...
Laser module / illumination and ablation / for microscopes - MicroPoint
MicroPoint makes flexible tools that work in the photo-stimulation process with a patented pulsed nitrogen laser that can be tuned and used for ablation and bleaching among other functions. It can work at wavelengths from 365 to 656 nm. This uses an image acquisition system that works without the need for much maintenance and can keep its alignment when the system is moved. This is easy to arrange with a positioning setup that works with a pattern generation setup. This can use ablation and illumination through a z-axis telescope and can manage energy through a slide.
CO2 laser power supply
TRUMPF Hüttinger's RF Generators are ideal for applications that involve CO2 laser excitation. These non-contact...
CO2 laser power supply
TRUMPF Hüttinger's RF Generators are ideal for applications that involve CO2 laser excitation. These non-contact...
High-power laser diode module driver - max. 220 A | LDX-36000 series
The high power laser diode drivers of series LDX-36000 are high performance current sources designed exclusively for controlling and testing. Each LDX-36000 can be operated...
High-power laser diode module driver - max. 220 A | LDX-36000 series
The high power laser diode drivers of series LDX-36000 are high performance current sources designed exclusively for controlling and testing. Each LDX-36000 can be operated at full scale current and voltage in 125A CW or 220A QCW mode, thereby saving time and reducing costs of tests.
LDX drivers couple precision control and measurement, and consist of an IEEE488/GPIB interface with on-board data storage for high power laser diode characterization. It offers several QCW operating modes such as QCW-pulse and hard pulse, which deliver clean pulses with fast rise and fall times, and low overshoot. Additionally, they provide multiple laser diode protection features.
LDX drivers couple precision control and measurement, and consist of an IEEE488/GPIB interface with on-board data storage for high power laser diode characterization. It offers several QCW operating modes such as QCW-pulse and hard pulse, which deliver clean pulses with fast rise and fall times, and low overshoot. Additionally, they provide multiple laser diode protection features.
Laser diode controller - max. 4 A | LDC-3700C Series
The Combination Laser Diode Driver and Temperature Controllers has laser diode current source with integrated 32W temperature controllers. Three varieties with up to 4A laser-drive currents,...
Laser diode controller - max. 4 A | LDC-3700C Series
The Combination Laser Diode Driver and Temperature Controllers has laser diode current source with integrated 32W temperature controllers. Three varieties with up to 4A laser-drive currents,...
Laser diode controller - max. 1.5 A | 6100 Series
The 6100 temperature controller and laser diode driver model is a replacement model for a Legacy 6000 laser diode driver. It has a stable 24-hour temperature drift of < 0.003°C, temperature tuning...
Laser diode controller - max. 1.5 A | 6100 Series
The 6100 temperature controller and laser diode driver model is a replacement model for a Legacy 6000 laser diode driver. It has a stable 24-hour temperature drift of < 0.003°C, temperature tuning...
Laser diode driver precision - max. 5 A | LDP-3830
The adjustable pulsed current output of the LDP-3830 is up to 5A with 20V compliance voltage. Pulse width is adjustable from 25ns to 1us as is the duty cycle (up to...
Laser diode driver precision - max. 5 A | LDP-3830
The adjustable pulsed current output of the LDP-3830 is up to 5A with 20V compliance voltage. Pulse width is adjustable from 25ns to 1us as is the duty cycle (up to 5%). Features include the LabVIEW instrument driver, GPIB and USB computer interfaces, safety interlocks, shorting relay. The LDP-3830 pulsed precision current source is designed for controlling quantum cascade lasers and laser diodes with inbuilt laser protection through redundant current limits, safety interlocks, and floating outputs. It can be seamlessly integrated into automated test applications. The design yields a highly repeatable pulse width and pulse to pulse amplitude.
Multi-channel laser diode controller - max. 4 A, 32 W | LDC-3900 Series
The Laser current source modules have eight isolated outputs and four independent channels. Each and every module of the ILX Lightwaves uses unmatched laser diode topological protection, high stability...
Multi-channel laser diode controller - max. 4 A, 32 W | LDC-3900 Series
The Laser current source modules have eight isolated outputs and four independent channels. Each and every module of the ILX Lightwaves uses unmatched laser diode topological protection, high stability performance, and the incorporation of low noise. Powering each channel through an independent power supply provides stability and protection for the laser diodes. The maximum outputs of modules include current sources of controller modules.
Four, eight, or 16 channels are available in the LDC-3900 Series Modular Laser Diode. TEC modules accept the RTD, IC, and thermistor temperature sensors. The TEC only modules with voltage measurement capability are 200mA to 4A laser current source modules and 200 mA to 2A LD controller modules, which can be integrated with 12W TEC as well as 32W TEC.
Four, eight, or 16 channels are available in the LDC-3900 Series Modular Laser Diode. TEC modules accept the RTD, IC, and thermistor temperature sensors. The TEC only modules with voltage measurement capability are 200mA to 4A laser current source modules and 200 mA to 2A LD controller modules, which can be integrated with 12W TEC as well as 32W TEC.