• +41 (0)32 926 26 06
  • info@plasmadiam.com
  • +41 (0)32 926 26 06
  • info@plasmadiam.com
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P-102 Cryocooler

P-102 Cryocooler

Improve vacuum

The Edwards Polycold® P-102 Cryocoolers provide compact, easy-to-use alternative to liquid nitrogen in small vacuum systems. These cryogenerators effectively eliminate the cost, inconvenience, and hazards associated with using liquid nitrogen – while delivering comparable performance.
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High-speed pumping of water vapour guaranteed

The P-102 Cryocooler provides high-speed pumping of water vapour to the 10-8 Torr range while preventing backstreaming of vacuum-pump fluids. Featuring a patented single compressor refrigeration process that employs auto-refrigerating cycle cooling, this cryogenerator directly cools chevron baffles or probes to as low as -135°C using an HCFC-free refrigerant mixture in a closed loop system.

Key Features

  • Continuous cooling of cryosurfaces
  • Heat removal to 120 Watts
  • Vacuum system cold trap cooling
  • Mass spectrometer leak detector
  • Provides temperatures to -135°C
  • Fast, easy installation and maintenance
  • Rapid return on investment
  • P-102 Cryocoolers are CE marked to low voltage and EMC directives, and are compliant with European Application refrigerants EC/2037/2000, the Montreal Protocol and the US EPA SNAP
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S800

Compact hard PVD
Functional Coating

  • Compact system (W3400 x D3000 x H2300mm)
  • Utilities in a single part of the unit
  • Extremely short utility commissioning
  • Fast to install

General Information

  • Technology : Arc
  • Dimensions : W3400 x D3000 x H2300 mm
  • Vacuum chamber size : W800 x D800 x H1,150 mm
  • Vacuum chamber capacity : 730 l
  • Using plasma volume : D=550 x H720
  • Target : 727×178×18 mm (3Set) - 200/400/400A
  • Turntable : D436 × H727 mm
  • Power : 3×400V/120 kW
  • Software : Industrial PC system Simple and easy diagnosis and description system Remote diagnosis through data machine or IP

Coating types

  • Standards Coating : TiN, CrN, TiCN, TiAlN, AlTiN, etc.
  • Recipes can be selected : AlCrN, TiAlSiN, AlCrTiN, DLC, etc.
  • Capacity (24H)
  • Milling cutter : D6×50 mm = 1,800×5 = 9,000 pces - D16×95 mm = 450×5= 2,250 pces
  • Insert : D20×H6 mm = 2,340×5 = 11,700 pces
  • Hobs : D80×180 mm =24×5= 120 pces

Vacuum Pumping Station

High-Tech Vacuum System: Intuitive control panel with integrated safety interlocks.

Data

  • Turbomolecular Pump Capacity: 85 to 730 l/s.
  • Ultimate Theoretical Vacuum Base Pressure: 5 × 10⁻⁹ mbar.
  • Flange Interfaces: KF, K, or CF.
  • Dry Primary Pump Capacity: 3 to 120 m³/h.

Vacuum Heat Treatment Furnace

Precision thermal processing for components under ultra-clean conditions.



Data

  • Process Vacuum Level: 10⁻⁵ to 10⁻⁷ mbar.
  • Max Operating Temperature: 1000°C.
  • Venting / Purging Gases: Air, N₂, or He.
  • Cooling Modes: Natural, convection-forced, or hybrid cycles.

ALD System Advanced ALD Technology

Total coating control at the atomic level. High-Performance ALD Coating:

Data

  • Deposition process at 150–200°C.
  • Blue coating thickness: 2 ± 0.5 μm.
  • Vickers Hardness (HV 0.05): Range 800–1000.

Atomic Clock Pumping Station

Atomic Clock Pumping Station
Ultra-high vacuum performance for atomic clocks within a heated chamber, engineered for extreme precision.



Data

  • Target Vacuum Level: ~10⁻¹⁰ mbar.