Modular Range

Flexibility and Modularity

• Workstation: single-sided – double-sided.
• Numerous options for all processes in R&D and production.
• Mini vacuum chamber Ø150.
• Mini heating vacuum chamber Ø150.
• T-shaped vacuum chamber.
• Solvent trap.
• Freezer (range down to -40°C).
• Anti-static solutions.
• Filters.
• Microscopes.
• Feedthroughs.

Purification Unit

• Single-Line H₂O - O₂ stand-alone purification unit.
• Leak rate <10E-5mbar l/s.
• Closed loop circulation – adjustable flow rate 0-120m³/h.
• Automatic regeneration.
• Regeneration N₂ or Ar + 3-10% H₂.
• Purification capacity Core-10
  • 45L O₂.
  • 1250g H₂O.

Technical Data

• Tightness Class 1 according to ISO 10648-2 (oxygen method) Leak rate <5.10E-4/h (0.05 Vol%/h).
• EPDM gaskets with high chemical resistance.
• Glovebox – vacuum chamber – piping: Stainless steel X2CrNi18-9 (AISI304L).
• Programmable automatic vacuum chamber Ø400 Length 600mm
  • Inner sliding tray – Removable rails.
  • Leak Rate <10E-5mbar l/s.
• Front Panel: Sapphire Polycarbonate – Laminated Mineral Glass.
• Polymer glove rings Ø220mm – antistatic butyl gloves.
• Lighting from the ceiling (LED spotlights).
• 6 stainless steel shelves (height-adjustable).
• 1 electrical feedthrough 230V + 6 blank feed-throughs for ISO KF40.
• Automatic regulation (Positive or negative pressure).
• Remote stand-alone H₂O - O₂ purification unit.
• 7” HD Colour touch screen: new intuitive menus, integrated assistance, user management, traceability, graphs, and alarms.

Advantages

• Versatility: flexible standard design.
• Customised project management – the essentials
  • Technical support, simulation on 3D drawings, and verification of the technical and ergonomic layout.
• Short purification circuit – optimised performance.
• Increased purification capabilities designed for larger volumes and longer regeneration times
  • Purification loads are among the most quantitative on the market for an equivalent range.
• Pressure regulation without vacuum pimp (Positive pressure/negative pressure).
• Comfortable to use – Quiet.
• Easy and accessible maintenance
  • Long service life – low operating costs.

Possible Applications

• Materials science and Polymers.
• Synthesis Chemistry.
• Assembly and characterisation of lithium-ion batteries.
• Biology and strong anaerobic atmospheres.
• Innovative materials, materials chemistry, silicone chemistry.
• Welding of titanium parts for the aeronautics industry.