- Glass-fiber cloth
- Carbon-fiber cloth
- Aramid fabric
- Flexible reinforcement materials
<- Digital Cutting SystemsTechnical Materials / 72ZKZR-DC-CFRP
Glass and Carbon Fiber Cutting System
Cut glass-fiber and carbon-fiber reinforcement materials for composite layup.
A digital ply-cutting system for glass-fiber cloth, carbon-fiber cloth, aramid fabric and related flexible reinforcement materials.
Sales reference: This ZKZR code is an export-inquiry reference, not a manufacturer model number. The listed USD price is a baseline export reference for the described application configuration and excludes freight, duties, destination installation and application-specific options. The manufacturer, machine model and final technical scope are identified in the formal quotation.
Reference unit price / AvailabilityUSD 11,500 per system / In stock
Authorized equipment photograph. Cutting tools, working area and final configuration are confirmed in the quotation.
Application reference
Material context for this cutting workflow.
The application photograph shows a typical material or finished-use context. Material handling, tools and machine configuration are selected for the actual requirement.
01 / Application
Workflow and key features
Reinforcement is supported and held flat while a rotary or oscillating tool follows nested digital ply patterns. Tooling, extraction, static control, backing protection and material collection are selected for fiber type, weave stability and resin condition.
- Mechanical cold cutting avoids thermal damage to reinforcement fibers
- Rotary and oscillating tools selected for dry fabric or prepreg
- Digital nesting supports ply kits and mixed composite parts
- Projection and marking options assist kit identification
- Extraction, static control and backing protection reviewed by material
- Fiber movement, edge fray and dimensional tolerance are verified by trial
02 / Public technical data
Reference configuration
Published items describe the intended workflow and selectable configuration, not a fixed universal machine. Working area, tools, speed, cutting thickness, accuracy, total power, vacuum system, compressed-air demand, software and safety scope are confirmed after a material test and application review.
- Cutting process
- Die-free mechanical cold cutting from digital patterns
- Recommended tool set
- Powered rotary tool for dry woven reinforcement; oscillating or pneumatic tool for prepreg and thicker flexible composite
- Material handling
- Fixed vacuum table or conveyor feeding with roll support and ply-collection option
- Material hold-down
- Zoned vacuum adsorption selected for material porosity and usable width
- Positioning and recognition
- Digital origin with projection, camera or fiducial options for ply placement and kit identification
- Digital workflow
- CAD/CAM pattern import, path planning and nesting; supported file formats confirmed with the selected controller
- Working area
- Selected to the usable sheet or roll width and maximum part dimensions
- Performance release
- Cutting speed, thickness and accuracy confirmed by sample, geometry and selected tool
- Destination utilities
- Electrical supply, vacuum capacity and compressed-air demand confirmed for the selected tool set and destination
Test-method referencesReviewed for the selected applicationConfirm on request +
The public source material does not identify a reliable model-specific method list. Send the required method or acceptance procedure and we will confirm compatibility, fixtures, software and supplied verification documents before quotation.
- Material type, thickness and roll or sheet format
- Required working area and feeding method
- Cut geometry, file format and nesting workflow
- Destination utilities, throughput target and collection method
Configuration boundary
Request formal configurationThe quoted configuration remains the controlling specification.
Published items describe the intended workflow and selectable configuration, not a fixed universal machine. Working area, tools, speed, cutting thickness, accuracy, total power, vacuum system, compressed-air demand, software and safety scope are confirmed after a material test and application review. Delivery scope, warranty, lead time, calibration evidence and overseas service are stated in the formal offer.