Lake Shore Janis SuperTran-VP Continuous Flow Cryostats

SuperTran-VP Cryostat Systems

Lake Shore SuperTran-VP cryostats cool samples by immersion in a temperature-controlled flowing gas. Simple to operate, they use a high-efficiency transfer line to deliver LHe (or LN2) to the sample chamber for cooling the sample from <2 K to 325 K (or 77 K to 325 K with LN2). Built-in heaters and sensors provide precision dual-loop variable temperature capability. Temperatures below 4.2 K are achieved by reducing the venting helium gas pressure using a mechanical vacuum pump.

Typical applications include spectroscopy (photoluminescence, FTIR, UV-visible, Raman), materials characterisation (resistivity, Hall effect), as well as low-temperature and component testing.

These continuous flow cryostats offer quick sample cool down, compact designs and maximum LHe efficiency.

FEATURES

 

  • 1.5 K to 325 K
  • Can use either LHe or LN2
  • Sample-in-flowing-vapour
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David Want Quantum Design UK and Ireland
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DAVID WANT

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Product Specialist

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TECHNICAL SALES TEAM

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Support Team

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ASHLEY CRANE

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Sales Manager

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Dr Jordan Thompson Quantum Design UK and Ireland
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JORDAN THOMPSON

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Service Engineer

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Quantum Design UK and Ireland Dr Shayz Ikram
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DR SHAYZ IKRAM

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Product Specialist

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JOSH HOOK

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LUKE NICHOLLS

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Technical Sales Engineer

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+44 (0)1372 378822

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luke@qd-uki.co.uk

SPECIFICATIONS

Cooling type LHe or LN2
Minimum temperature 1.5 K
Maximum temperature 325 K
Sample environment Flowing vapor
Cooldown 30 min (to 5 K)
Sample change time <10 min
Typical stability ±50 mK

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