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Continuous Cutting of Carbon Fiber and Composites

RT Series combines continuous feeding with rotary cutting for applications including carbon fiber, resin feedstock and trimming material. All RT models are configured to the material and project requirements.

Selection considerations

01

Describe incoming material

Distinguish fiber, strands, prepreg and trimming scrap. Supply width, thickness, resin or tack information and representative samples.

02

Define the target size

Specify required cut length, acceptable size distribution, edge condition and the downstream process. Different feedstocks are not the same granulation task.

03

Confirm line interfaces

Describe continuous feeding, discharge handling and available space. The catalog RT table gives family reference configurations; final speed, blades and dimensions require project confirmation.

Catalog and application reference

Models to evaluate

RT8 Continuous-Feed Rotary Cutter

RT8

High-speed, high-quality roll-fed cutter

RT Series

For high-speed cutting under continuous feed, suited to carbon fiber, resin materials and high-output lines.

Carbon fiberGranulated materialHot-melt adhesivePrepregAramid fiber
RT4 Rotary Cutter

RT4

High-speed cutter for a wide range of materials

RT Series

Handles high-speed cutting and granulation for broader material types, balancing capacity and adaptability.

Carbon fiberGranulated materialHot-melt adhesivePrepregAramid fiber
RT1-12NF Rubber Cutter for Tires

RT1-12NF

High-speed cutter for the tire industry

RT Series

For applications including unvulcanized rubber for tires, with configuration confirmed for the material and production line.

RubberVulcanized rubberHot-melt adhesiveCarbon fiberGranulated material

Common questions

Can output be determined from an RT model name alone?

No. The catalog states that RT machines are made to order and that specifications are reference values. Actual output depends on material condition, cut length, feeding and acceptance criteria.

Is this a standalone machine or part of an existing line?

Either requires a discussion of the site. Provide upstream and downstream processes, material transfer, available space and required discharge arrangement to assess the configuration.