Two independent axes
Standard Configuration
Two tool housings for sequential processing of materials up to 50 mm thick.
Best suited to
- Flexible materials
- Foam and textiles
- General industrial cutting
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ATOM CNC Knife Cutting
Atom Flashcut Twins CNC Knife Cutting Machines
Advanced Dual-Tool CNC Cutting Technology
Dual-tool CNC cutting and milling for flexible, semi-rigid and composite materials, combining multiple processes within one automated production workflow.
Australia & New ZealandInstallation & technical support
Texon Oz supplies the ATOM Flashcut Twins CNC Cutting System across Australia and New Zealand. This digital knife cutting and milling platform is designed for manufacturers requiring precision, versatility and productivity from one automated system.
Flashcut Twins combines knife cutting, milling, creasing, marking and punching in one production cycle. Its modular dual-tool architecture reduces material handling and lets manufacturers process flexible, semi-rigid and composite materials without moving the workpiece between machines.
Advanced Dual-Tool CNC Cutting Technology
The modular cutting head uses two independent vertical axes so compatible tools can operate sequentially on the same shape. Tool settings can be stored and reused, helping speed changeovers while maintaining repeatable cutting quality.
- Oscillating knife cutting
- High-speed milling and routing
- Creasing and scoring
- Marking and punching
- Optional inkjet printing
- Camera-based reference-point recognition
Combined Knife Cutting and CNC Milling
The optional milling spindle lets the machine combine knife cutting with routing of rigid and semi-rigid materials. The supplied brochure lists 1 kW and 2.4 kW high-speed router options for EMH configurations, while the supplied write-up describes a 5 kW liquid-cooled EMHD cutter for suitable materials up to 130 mm thick.
- Reduce production steps
- Eliminate physical cutting dies for suitable work
- Produce prototypes rapidly
- Increase automation and production speed
- Improve cutting precision
Vacuum Stability and Material Control
A sectorised vacuum table holds lightweight, flexible and multi-layer materials securely during processing. Inverter-controlled vacuum systems maintain strong suction while helping reduce energy use; the supplied write-up cites reductions of up to 30% compared with traditional systems.
Flashcut Twins Head Configurations
Cutting and routing
EMH Configuration
Combines a cutting knife with a high-speed routing spindle for materials up to 50 mm thick. Router options listed in the brochure are 1 kW and 2.4 kW.
Best suited to
- Mixed material processing
- Cutting and milling in one workflow
- Flexible production requirements
Heavy-duty processing
EMHD Configuration
The supplied write-up describes a 5 kW liquid-cooled cutter and configurable spindles for suitable materials up to 130 mm thick.
Best suited to
- Heavy-duty materials
- Thick composites and plastics
- High-performance industrial applications
Production Options
Partitioned Vacuum
Adjustable vacuum sectors focus holding force where it is required.
High-Brightness Projection
Overhead LED projectors help visualise shapes on irregular materials and colours.
Camera Acquisition
A digital camera with LED illumination recognises printed reference points across a wide reading area.
Optimised Nesting
Automatic nesting reduces placement time and improves material yield.
Feeding Systems
Options include in-line and off-line loading, unloading tables, unwinders and spreaders for multilayer textiles.
Inkjet Printing
Optional high-resolution printing supports coding, marking and part identification.
Static or Conveyorised Tables
Static tables suit sheet work, while belt-feed configurations support continuous and roll-material workflows.
Laser-Scanner Safety
The brochure lists a patented safety scanner as standard on selected models for operator protection during supported machine movements.
Flashcut Twins Machine Models
Compact format
Flashcut Twins 1515
Designed for smaller production environments, with a 1550 × 1550 mm working area.
Versatile format
Flashcut Twins 3015
A versatile configuration for a broad range of industrial applications, with a 3050 × 1550 mm working area.
Large sheets
Flashcut Twins 3020
Designed for larger sheet materials, with a 3050 × 2050 mm working area.
Twins Model Technical Data
The supplied brochure also lists the 3026 and B, B2 and B3 table layouts. The table below shows S-model data; machine dimensions and weights vary with table, projection and gantry configuration.
| Model | Working area | Maximum absorption | S-model size without projector | Weight |
|---|---|---|---|---|
| Twins 1515 | 1550 × 1550 mm | 13.46 kW / - | 2500 × 4120 × 1220 mm | 1290 kg |
| Twins 3015 | 3050 × 1550 mm | 13.46 / 23.86 kW | 4000 × 4120 × 1220 mm | 1790 kg |
| Twins 3020 | 3050 × 2050 mm | 13.46 / 23.86 kW | 4000 × 4620 × 1220 mm | 2090 kg |
| Twins 3026 | 3050 × 2600 mm | - / 23.86 kW | 4540 × 5144 × 1220 mm | 2490 kg |
Materials That Can Be Processed
- Industrial foam and expanded materials
- Rubber and gasket materials
- Plastics and polymers
- Carbon fibre and composites
- Technical textiles and fabrics
- Leather and synthetic leather
- Packaging and cardboard
- Insulation and automotive interior materials
Industries Using Flashcut Twins
Automotive
Aerospace Components
Gaskets & Seals
Packaging
Composites
Furniture & Upholstery
Technical Textiles
Industrial Manufacturing
Why Choose Texon Oz for ATOM CNC Machinery
Texon Oz is the authorised supplier of ATOM CNC cutting systems across Australia and New Zealand, providing machinery consultation, installation and commissioning, operator training, spare parts, service and long-term technical support.
Frequently Asked Questions - Flashcut Twins
What materials can Flashcut Twins cut?+
Flashcut Twins can process foam, rubber, plastics, leather, textiles, composites, gasket materials and packaging boards. Routing options also support suitable plastics and composite panels.
What industries use Flashcut Twins?+
Applications include automotive, aerospace, gaskets, composites, packaging, textiles, furniture and industrial fabrication.
What is the advantage of CNC knife cutting compared with die cutting?+
CNC cutting works directly from digital files, reducing tooling costs, speeding prototypes and design changes, and supporting precise dieless production.
Can the same machine perform cutting and milling?+
Yes. EMH and EMHD configurations combine compatible cutting and routing tools so suitable materials can be cut and milled in one workflow.
Does Texon Oz provide installation and training?+
Yes. Texon Oz provides installation, commissioning, operator training and ongoing technical support throughout Australia and New Zealand.
Request a Quote or Demonstration
Contact Texon Oz to discuss the correct Flashcut Twins model, head and table configuration for your materials and production workflow.
Phone(03) 9464 0744Emailtexonmachines@ozemail.com.au
Address65A Lara Way, Campbellfield, Victoria 3061 Australia
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Atom Flashcut Twins CNC Knife Cutting Machines
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Content follows the supplied Texon Oz write-up. Confirm current specifications and availability with Texon Oz before ordering.