Pneumatically Operated Test Sample Cutting Press - Hylec Controls

Pneumatically Operated Test Sample Cutting Press

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Fast, Safe and Precise Sample Preparation for Plastics, Paper, Textiles and Composite Materials

The Ray-Ran Pneumatically Operated Test Sample Cutting Press provides a simple, efficient and reliable solution for preparing accurate test specimens from a wide range of materials including plastics, rubber, elastomers, paper, fabrics, laminates, boards and composites.

Designed for quality control laboratories, research facilities and manufacturing environments, this robust pneumatic cutting press delivers consistent cutting performance while reducing operator effort. With cutting forces up to 50 kN, the system can quickly produce repeatable samples from sheet materials up to 8 mm thick, supporting reliable downstream testing and material evaluation.

Powerful and Precise Pneumatic Cutting

Powered by compressed air up to 10 bar (145 psi), the Ray-Ran sample cutting press provides smooth and consistent cutting force for a wide variety of materials.

The compact yet durable design requires no permanent bench mounting, making it suitable for flexible laboratory setups. The supplied 250 mm × 150 mm cutting platform and polypropylene cutting board provide a stable surface for accurate specimen preparation.

Safe and Easy Operation

Operator safety is prioritised with an integrated polycarbonate safety guard that prevents operation unless correctly closed.

The adjustable cutting arbor accepts standard 25 mm diameter cutting tool shanks, with alternative arbor sizes available to meet specific testing requirements.

The pneumatic operation ensures effortless sample preparation while maintaining consistent cutting conditions between operators and test batches.

Versatile Material Testing Applications

The Ray-Ran Pneumatic Cutting Press is suitable for preparing specimens from:

  • Plastics and polymer sheets
  • Rubber and elastomers
  • Packaging materials
  • Paper and board
  • Textiles and fabrics
  • Laminates
  • Composite materials
  • Thin metal sheets
  • Wood-based materials

Custom cutting tools are available to produce specimens to suit international test standards or specific customer requirements.

Features & Benefits

  • Pneumatically operated sample cutting system
  • Cutting force up to 50 kN
  • Suitable for materials up to 8 mm thick
  • Fast and repeatable specimen preparation
  • Reduces operator effort compared with manual cutting methods
  • Compact laboratory-friendly design
  • No permanent bench mounting required
  • Polycarbonate safety guard
  • Adjustable cutting arbor with locking handle
  • Compatible with cutting tools for international standards
  • Suitable for plastics, rubber, paper, textiles and laminates
  • Supplied with polypropylene cutting board
  • CE Declaration of Conformity
  • User manual included
  • 1-year return-to-base warranty

Specifications

Specification Details
Model RR/PCP
Application Sample Preparation & Testing
Materials Plastics, Adhesives, Elastomers, Foam, Metal, Textile, Timber, Tinplate, Wood
Operation Pneumatic
Maximum Air Pressure 10 bar / 145 psi
Maximum Cutting Force 50 kN
Cutting Platform Size 250 mm × 150 mm
Weight 72 kg
Dimensions 300 × 300 × 630 mm (W × D × H)
Safety System Polycarbonate interlocked guard

Optional Accessories

  • Sample cutters manufactured to international test standards
  • Custom cutting tools
  • Alternative cutting arbors
  • Traceable calibration certificate
  • Additional polypropylene cutting boards

Applications

The Ray-Ran Pneumatically Operated Test Sample Cutting Press is ideal for:

  • Plastics testing laboratories
  • Packaging testing
  • Polymer quality control
  • Rubber and elastomer testing
  • Paper and board testing
  • Textile testing
  • Research and development
  • Material characterisation

Accurate specimen preparation is essential for reliable material testing. The Ray-Ran Pneumatic Cutting Press helps laboratories produce consistent samples quickly, improving test repeatability and confidence in results.