Schwämmle Cools

Laser Technology

Laser Cooling

Maximum temperature constancy and accuracy are decisive when it comes to the cooling of laser technology. Be it in research, industry or medical technology – SCHWÄMMLE laser cooling systems have stood the test in practice many times. Additionally, our innovative GoSilent Cooling System offers you an almost noiseless cooling and an efficient cooling performance at the same time. What can we do for you?

MLK: Low-noise Cooling for Laser

Our latest in-house development is an efficient low-noise cooling system with two circuits that has been particularly developed to fulfil the cooling requirements of lasers. This device operates with a temperature accuracy of +/- 0.06 to 0.1 K depending on the respective type.

 

Download data sheet (PDF)

Technical details, performance calculation etc. at a glance

DWK Cooler for Solid-state Laser

The water coolers of series DWK have been developed for the supply and cooling of internal cooling circuits, particularly of Nd YAG or diode lasers. They can be used along with various cooling agents (e.g. de-ionized water, oils etc.). However, this must be provided for during the design phase.

 

Download data sheet (PDF)

Technical details, performance calculation etc. at a glance

DLK Cooling Device for Diode Lasers

The electrical cabinet and device coolers of series X6 operate on the basis of heat exchangers water/air. The complete unit consists of cooler, fans and temperature control and is fully encased. The air is sucked in from the right rear side via the cooler, cooled down there and blown out via the axial fans to the right, to the left or to both sides, as required. The air outlet is distributed across the construction height. The fans can be rearranged to adapt the blow-out spot (height and direction).

 

Download data sheet (PDF)

Technical details, performance calculation etc. at a glance

NWK Cooling Device for Diode Lasers

The water coolers of series NWK have been developed for the supply and cooling of internal cooling circuits, particularly of Nd YAG or diode lasers. They can be used along with various cooling agents (e.g. de-ionized water, oils etc.). However, this must be provided for during the design phase. The device is constructed in a way that it can be adapted to customer requirements. Temperature control is effected via an electronic thermostat with digital indicator. Temperature constancy with this electronic thermostat is 1 K. A higher temperature constancy is possible.

 

Download data sheet (PDF)

Technical details, performance calculation etc. at a glance