Cold Plates

Liquid Cold Plates cool power electronics.
Cold Plates

Liquid Cold Plates cool power electronics.

Able to fit most standard IGBT modules, XtremeChill™ Cold Plates utilize advanced oblique fin patented technology, which offers thermal cooling and heating with no pressure drop. Disruptive technology introduces continuous interruption of thermal boundary layer, which promotes enhanced fluid mixture. In addition to maximizing cooling in very compact package, plates enable spot cooling and...

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Laboratory Cold/Hot Plates heat up to +150°C.
Cold Plates

Laboratory Cold/Hot Plates heat up to +150°C.

Designed for laboratory research, cascade Model AHP-1200C31 ranges from -50 to +150°C, while single stage Models AHP-1200CPV and AHP-301CPV can reach -15 to +120°C. Thermoelectric systems incorporate temperature controller, data logging software, internal-to-external temperature switching, and RS-232 communications. With no moving parts, maintenance-free systems are suited...

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Extended Temperature Ranges for Laboratory Research
Cold Plates

Extended Temperature Ranges for Laboratory Research

TECA (Chicago, IL) laboratory cold/hot plates can now heat up to +150°C. Designed for laboratory research, TECA introduces high temperature versions of several cold/hot plate models. A cascade system can boast a range of -50°C to +150°C (Model AHP-1200C31). Single stage systems AHP-1200CPV and AHP-301CPV can reach -15°C to +120°C. Versatility in the temperature range...

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Benchtop Cold Plate System reaches -100°F.
Cold Plates

Benchtop Cold Plate System reaches -100°F.

Designed for laboratory use, LHP-1200CAS Liquid-Cooled Cascaded Cold Plate System provides direct contact cooling down to -70°C, making it suitable forÂ- cooling components, materials, chemicals, and samples. Thermoelectric system uses no chemicals and has no moving parts except for fluid. System includes programmable temperature controller with data logging software, hinged cover, and...

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Cold Plates

Cold Plates suit demanding military cooling applications.

Designed to meet VME64x/VPX standards, Cold Plates are available in 3U, 6U, and 9U formats. Baseline aluminum cold plates are produced from aluminum alloys such as 6061 and 6063 with thermal conductivity values of 166 and 201 W/m. k-Core® models, encapsulating Annealed Pyrolytic Graphite with same aluminum alloys as basic models, deliver up to 6x conductance. Embedded Heat Pipe options are...

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Hot and Cold Plate uses regular hotplate stirrers.
Cold Plates

Hot and Cold Plate uses regular hotplate stirrers.

Designed to fit on virtually any magnetic stirrer or stirrer hotplate with diameter of 135 mm, Hot and Cold Plate operates from -40 to +160°C and has safety shield that protects user from extreme temperatures. Unit is chemically compatible with anodized aluminum and PTFE coated plate, offering wipe clean surface. It can be temperature controlled by wide range of circulators, and leak-free...

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Benchtop Cold Plate utilizes thermoelectric technology.
Cold Plates

Benchtop Cold Plate utilizes thermoelectric technology.

Featuring 11.2 x 15.1 in. footprint, Model AHP1200CPV has machined aluminum cold plate surface measuring 5.8 x 13.3 in. At 25°C ambient, cold plate surface is controllable from -15 to +90°C, and options can extend that range to below -45°C and above +90°C. Providing precise adjustment of surface temperature within ±0.1°C, integral PID temperature control...

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Cold Plate is designed for high power fiber coupled lasers.
Cold Plates

Cold Plate is designed for high power fiber coupled lasers.

Model OCP-150 is compact high power 150 W OEM thermoelectric, nickel-plated cold plate to maximize heat spreading for high heat flux laser diodes. It has mounting patterns for nLight's Pearl fiber coupled lasers, LIMO's fiber coupled lasers, and QPC's Brightlase Ultra. Heatsinks for OCP-150 have 3 heatpipes, and all heatpipes and heatsinks are nickel plated and soldered together to maximize heat...

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Cold Plates

Thermoelectric Cooling Modules suit high power laser diodes.

Utilizing DCS technology, Cold Plates enable scalable cooling and mitigate heat-spreading problem of using both heatsink and cold plate. Technology is targeted for cooling high power laser diodes such as those found in material processing lasers, medical research, and high power fiber lasers. All cold plates have mounting patterns for most diodes, and custom patterns are available upon request.

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Aluminum Saddle mounts cold plates to electronic boards.
Cold Plates

Aluminum Saddle mounts cold plates to electronic boards.

Aluminum Saddle has through or tapped holes for securing company's CP-20 Extended Surface cold plates to electronic boards. It applies consistent force across cold plate, ensuring good thermal connection. All-aluminum cold plates consist of connector tubes welded to micro-channel aluminum extrusion. They can be used with EGW, refrigerant, Fluorinert(R), and other fluids to remove heat from high...

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Dies & Stamping Services with Over 25 Years of Experience
Sponsored

Dies & Stamping Services with Over 25 Years of Experience

PDS is an established leader in progressive die stamping, with a reputation for providing precision and value that dates back more than half a century. Through extensive capabilities and a staff of seasoned professionals, we set the standard for quality, delivering flexible services that can meet the needs of the most challenging requirements. See our video to learn more.

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