Labcoater Series 300

The Labcoater is the ideal coating system for laboratories and small production teams. With four chamber sizes starting at 25 liters, optional equipment, and a built-in plasma source, it adapts seamlessly to your needs. Also available in a cleanroom version, the Labcoater delivers reliable performance in a compact, versatile design.

Key Features: 

• Versatile Laboratory & Small-Scale Production Solution Designed for both laboratory environments and production facilities, this system is particularly well-suited for smaller companies and production teams.
  
  
• Built-in Plasma Source for Surface Pre-Treatment Integrates a 2.45 GHz, 600 W plasma source directly into the unit, enabling effective and uniform surface pre-treatment before parylene deposition.
  
  
• Modular Chamber Volumes to Match Application Needs Offers flexible options for process chamber volume—starting at 25 L and expandable to 35, 40, or 80 L configurations.
  
  
• Detailed Chamber Geometry for Various Capacities
• 25 L: 300 mm diameter × 300 mm height
• 35 L: 300 mm diameter × 350 mm height
• 80 L: 450 mm diameter × 500 mm height
  
  
• Advanced Gas Handling Capabilities Includes one gas channel within the chamber, with the flexibility to expand to up to three channels to support diverse process gases.
  
  
• Efficient Cooling & Vacuum System Integration Equipped with a 4-liter electromechanical cool-trap for effective condensation management, DIN 40 ISO-KF vacuum connections, an electromagnetic solenoid valve for venting, and a robust 50 m³/h vacuum pump.
  
  
• Compact & Sturdy Build
• Dimensions: 1,220 mm (L) × 1,050 mm (W) × 1,920 mm (H)
• Weight: approximately 110 kg
• Flexible Electrical Compatibility
• Operates using 3/N/PE AC power at 50 Hz, compatible with 400 V or 240 V configurations, with a maximum power consumption of 8.5 kW.
• Optional Cleanroom Configuration

Technical Data:

• Dimensions: L: 1220mm W: 1050mm H: 1920mm
• Weight: 110 KG
• Volume: 25 / 35 / 40 / 80 Liter
• Process chamber: 300mm Ø H: 300mm (25 Liter), 300mm Ø / H: 350mm (35 Liter),
• 450mm Ø, H: 500mm (80) Liter
• Plasma source: 2,45GHz, 600 Watt
• Inclusive: 1 gas channel (gas distribution system inside the process chamber), up to 3 channels possible
• Cooling system: 4 liter (electromechanical Cool-trap)
• Vacuum connection: DIN 40 ISO-KF
• Venting: electromagnetic solenoid valve
• Pump system: 50m³/h
• Electrical connection: 3/N/PE AC 50Hz 400 V / 240 V, max. 8.5 KW

Applications:

• Medical & Biomedical Devices Implantable electronics: Because parylene can form very conformal, biocompatible films, the Series 300 could be used for coating pacemakers, neurostimulators, or implantable sensors. Catheters / microfluidics: Plasma pre-treatment helps parylene adhere to difficult polymers (e.g. silicone), so this system is ideal for coating the shafts of catheters, lab-on-chip devices or surgical guides. Medical tools & elastomers: Coating small elastomeric parts (e.g. seals, gaskets) with low friction, biocompatible parylene for use in medical devices. 
  
  
• Electronics, MEMS, and Sensors Printed Circuit Boards (PCBs): Coating PCBs to protect against moisture, ionic contamination, and to provide high dielectric insulation. MEMS devices: Because parylene is deposited in a molecular / vapour way, it can coat very fine structures, including inside cavities, without damaging delicate MEMS features. Sensors (pressure, gas, RF): For sensors exposed to harsh environments, parylene provides a pinhole-free, conformal barrier. RF / high-frequency components: Low-loss dielectric coatings are possible; plasma activation helps ensure consistent, high-quality insulating films.
  
  
• Aerospace, Defence & Harsh Environments Avionics and satellite electronics: Use of parylene to protect from moisture, outgassing, and extreme environmental stresses. Military electronics: Ruggedization of sensitive components (radios, navigation modules, guidance sensors) by using parylene to guard against corrosion and high stress. Industrial / marine sensors: Parylene-coated control boards or sensors operating in corrosive or high-humidity environments.
  
  
• Automotive & EV Battery management systems (BMS): Coating of electronics used in EV battery packs, thanks to parylene’s dielectric strength and chemical resistance. Sensors / connectors in under-hood or harsh parts: Parylene helps with moisture, salt, and chemical protection. 
  
  
• Optics, LEDs, and Display Technologies LED encapsulation: Protecting wire bonds and phosphor regions from moisture with very thin, transparent parylene. Optical assemblies / lenses: Providing protective, chemically inert coatings on optical parts without altering their shape or function. 
  
  
• Research / Advanced / Nanoscale Devices Flexible / implantable electronics: For example, neural probes or flexible bio-electronic interfaces where adhesion and biocompatibility are critical. Ultra-thin films for nanoscale devices: If using very thin parylene layers (e.g. nanometre-scale), this system could be used for prototyping in research labs. Low-outgassing systems for vacuum / space research: Given parylene’s use in space-grade electronics, a lab-scale coater with plasma pre-treatment could be used for development of space sensors / instrumentation.