Blister guide plate

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Description

The blister guide plate is a precision-engineered component of packaging equipment, ensuring accurate and stable transport of blister packs along the production line. Made from anodized aluminum using high-precision CNC machining, it is resistant to wear, deformation, and sanitation chemicals. Suitable for pharmaceutical, food, and cosmetic industries.

Full description

Blister Guide Plate – High-Precision Component for Packaging Equipment

The blister guide plate is a key part of the transport unit in blister packaging lines, designed to position the packaging material precisely and ensure its smooth movement in automatic mode. It plays a critical role in preventing misalignment, jamming, and defects during blister forming and sealing. Widely used in pharmaceutical plants as well as in the food, cosmetic, and chemical industries.

Compatible with machines from UhlmannMarchesini, IMANoackMediseal, and others. The plate can be tailored to a specific machine model or produced based on a customer’s technical drawing.

⚙️ Technical Specifications:

  • Material: Anodized aluminum alloy (other materials available on request)
  • Processing: High-precision CNC milling
  • Tolerance: Up to ±0.01 mm
  • Coating: Corrosion-resistant and compatible with aggressive sanitation
  • Design: Guide grooves, mounting and sensor holes, control area cutouts
  • Dimensions: Custom-made per machine model or drawing
  • Compatibility: Blister lines of various configurations, including robotic feed and vision systems

Advantages:

  • Perfect geometry for reliable blister feed
  • Reduced equipment downtime
  • High wear and deformation resistance
  • Compliance with GMPISO standards
  • Fast custom manufacturing with full support


The blister guide plate is an essential component of modern packaging equipment, directly impacting positioning accuracy and line efficiency.

🌟 We offer both standard and custom-manufactured plates with guaranteed quality and technical support throughout the entire production cycle.

Capital repair and modernization of equipment

  • development of design documentation
  • modernization and restoration
  • FAT, SAT, IQ/OQ

Overhaul of screws for ampoule/vial transportation

  • repair inserts
  • restoration of mounting seats
  • еlimination of runout

Overhaul of needles for aseptic drug filling

  • needle tip restoration
  • tube replacement
  • polishing

CNC machining within 72 hours based on your model

  • production time — from 72 hours
  • anodizing and finishing
  • engineering design tailored to your task
  • comprehensive approach — from sketch to packaging