Labcoater Series 100

Perfect for laboratories and pilot production, this compact system combines mobility with ease of use. A movable frame, smaller cold trap, and replaceable vacuum chamber make it flexible and simple to clean. The removable transparent lid allows easy monitoring and handling of substrates, while automatic process control and network capability ensure efficient, reliable operation.

Key Features:

• Exceptional Value Designed as a cost-effective solution without compromising functionality—ideal for small-scale production and laboratory operations.
  
  
• Compact & Mobile Design Engineered with a space-saving footprint and built on a movable frame, this system offers flexible deployment and ease of relocation.
  
  
• Interchangeable Process ChamberFeatures a replaceable vacuum chamber (customizable size starting from Ø 300 mm), enabling faster cleaning, maintenance, and versatility in coating different substrates.
  
  
• Transparent, Removable Lid Equipped with a clear lid that can be removed—facilitating rapid visual inspection, straightforward substrate loading, and efficient unloading.
  
  
• Automated Process Control & Network Integration Built-in automation streamlines operations, while network connectivity enables remote monitoring and seamless system integration.
  
  
• Efficient Cooling System Includes a 4-liter electromechanical cool-trap to effectively manage condensation and maintain operational stability.
  
  
• Robust Vacuum & Pump Setup Uses a DIN 25 ISO-KF vacuum connection for reliable vacuum integrity, venting via an electromagnetic solenoid valve, and a 10 m³/h pump for efficient evacuation.
  
  

• Solid Physical Footprint
  Dimensions: L 850 mm × W 900 mm × H 1600 mm
  Weight: Approximately 80 kg
  Processing Volume: 30 liters
  
  

• Power Compatibility Supports 3/N/PE AC power at 50 Hz, 400 V or 240 V, with a maximum power consumption of 8.5 kW—ensuring compatibility with diverse laboratory and production environments.
  
  
• Low-Plasma Configuration This model is offered without a built-in plasma source, making it a simplified and cost-efficient choice for applications not requiring plasma treatment.
  
  
• Technical Data:
  Dimensions: L: 850mm W: 900mm H: 1600mm
  Weight: 80 KG
  Volume: 30 Liter
  Process chamber: custom chamber size (starting from Ø 300mm)
  Cooling system: 4 liter (electromechanical Cool-trap)
  Vacuum connection: DIN 25 ISO-KF
  Venting: electromagnetic solenoid valve
  Pump system: 10m³/h
  Electrical connection: 3/N/PE AC 50Hz 400 V / 240 V, max. 8.5 KW

Applications:

• Medical Devices / Life Sciences Coating implantable electronics (e.g., pacemakers, neurostimulators) to provide a biocompatible, insulating barrier. Coating catheters, surgical tools, and microfluidic / lab-on-a-chip devices to improve chemical resistance or reduce leaching. Providing lubricity (low friction) on elastomeric parts like elastomer seals, gaskets, or needle shafts. 
  
  
• Electronics and MEMS / Sensors Protecting delicate sensor elements (pressure sensors, humidity sensors, MEMS) from moisture and contaminants, without adding much mass or changing performance. Insulating fine-pitch or densely packed circuit boards where conventional liquid coatings may struggle to reach under components. 
  
  
• RF / antenna components: low-loss dielectric coating for antennas, or coating around conductors.
  
  
• Aerospace, Defence, Harsh Environments Coating avionics or satellite electronics: parylene gives moisture and chemical protection, plus very stable insulation even under extreme conditions. 
  
  
• Harsh-environment industrial electronics: sensors, control systems, and power electronics in settings with salt, humidity, vibration, or wide temperature ranges. 
  
  
• Automotive / Electric Vehicles Protecting electronics in cars: under-hood sensors, battery management systems (BMS), control electronics, where they’re exposed to oils, moisture, salt, and thermal cycles. MEMS sensors in automotive (e.g. accelerometers, pressure sensors) that need very reliable long-term protection.
  
  
• Optics, LEDs, and Displays Coating optical components (lenses, windows) with a transparent, uniform protective film to guard against moisture and chemical ingress. 
  Conformal Coating UK Encapsulating LEDs (especially wire bonds) to improve moisture resistance and life. 
  
  
• Packaging & Barrier Applications Ultra-thin barrier coatings for specialty packaging where you need to protect something from moisture or oxygen.  Coating micro- or nano-structured parts (or small devices) to provide protection without significantly altering dimensions.
  
  
• Research / Nanoscale Devices Because the Labcoater Series 100 is small and lab-oriented, it may be used in academic / R&D labs to develop and test new parylene-based coatings (e.g., very thin films for experimental devices). For nano-electronics: ultra-thin parylene films (tens of nm) for use as gate dielectrics in nanowire FETs, or as insulating layers in nano-devices. 
  
  
• In sensor research: for MEMS or NEMS devices, or for novel sensors (even in bio / neurochemical detection) where parylene helps with insulation or barrier protection.