1612 Dual-Head Fabric Laser Cutter

Dual-Head Roll-Fabric Laser Cutting

The VankCut-1612 combines a nominal 1600 × 1200 mm conveyor bed, automatic roll feeder and two CO2 cutting heads for qualified plain-fabric production. Printed sublimation, embroidered, lace or appliqué contour cutting requires the optional overhead vision package, calibrated artwork and sample acceptance.

Apparel textiles: documented polyester, nylon, cotton, blends, lace and nonwovens for qualified garment and accessory cutting.
Home textiles: approved curtain, cushion, upholstery and decorative fabrics after composition, coating and flame-retardant review.
Industrial textiles: filtration and air-distribution fabrics only after fiber, coating, fume and end-use qualification.
Transport interiors: carpets, trim and seat-cover materials subject to supplier documentation; no automatic approval is implied for airbags, belts or flight-critical parts.
Outdoor and sports textiles: banners, covers and apparel; life-safety products require separate engineering, regulatory and destructive-test approval.
Protective and advanced textiles: process only with material-manufacturer approval and a documented risk assessment; cutting does not certify ballistic, thermal or protective performance.

VankCut-1612 dual-head fabric laser cutter with conveyor bed

Configuration Overview

VankCut-1612 Specifications

This page covers the 1612 platform with a nominal 1600 × 1200 mm cutting zone. Dual-head architecture, source count and power, feeder capacity, conveyor support, controller, cooling and extraction are confirmed per order. Vision recognition is optional and requires camera calibration plus approved printed-fabric samples.

Production Advantages

Contactless processing: no mechanical knife load; feed tension, vacuum support and heat response still require material-specific setup.
Cut and edge treatment: many thermoplastic textiles can fuse at the edge, while natural fibers may char or fray and require different finishing.
Qualified material range: process documented polyester, nylon, cotton, blends, lace, nonwovens and approved PU leather only after SDS and sample review.
Dual-head throughput: two heads can raise output on suitable repeated layouts; actual gain, unattended time and staffing depend on nesting, head spacing, feeder behavior and acceptance tests.
Optional vision workflow: an approved overhead camera can support contour extraction or registration, subject to print contrast, distortion, calibration and supplied software.

Specification	VankCut-1612 Reference
Model	VankCut-1612 dual-head fabric laser cutting machine
Nominal cutting area	1600 × 1200 mm
Primary workflow	Roll-to-roll or sheet cutting of qualified flexible materials
Cutting-head architecture	Two controlled CO2 heads; synchronous/asynchronous behavior and spacing limits confirmed per order
Laser-source architecture	Shared or independent sealed-glass CO2 source arrangement confirmed in the quotation
Power options	Common 100 / 130 / 150 / 180 / 200 W classes; per-head and total installed power must be stated in the contract
Worktable	Automatic conveyor with metal-mesh or honeycomb support as quoted
Auto feeder	Roll width, diameter, weight, tension, edge correction, indexing length and sensors confirmed for the material
Vision positioning	Optional overhead camera and contour software; camera model, field, calibration and acceptance samples confirmed
Controller	Ruida RDC6445S-class or vision-system-compatible controller as quoted
Motion system	Belt-driven gantry with linear guides; stepper or servo arrangement confirmed per order
Process speed	Qualified by fabric, design, head spacing, source power, acceleration, extraction and edge requirement
Positioning and repeatability	Axis and feed-index specifications require an approved test method; not a finished-part tolerance
File workflow	Common vector/bitmap import through the supplied controller or optional vision software; exact formats confirmed
Air assist	Per-head air supply matched to the textile and edge requirement
Cooling	Active chiller matched to the number, type and rated power of the installed CO2 source(s)
Extraction and hold-down	Downward exhaust/vacuum sized to fabric permeability, bed area, ducting and local filtration rules
Electrical	Site voltage, frequency, connected load, protective devices and grounding confirmed before production
Footprint and weight	Confirmed on the approved general-arrangement drawing; shipping and installed values stated separately
Operating environment	Dry, clean, non-condensing limits confirmed for the sources, chiller, controller and camera
Safety	Class 4 source inside cabinet; lid/interlock circuit, emergency stop, viewing windows, extraction and fire controls confirmed for the destination
Acceptance	Customer fabric, artwork, roll format, contour accuracy, edge quality, feed indexing, head coordination and cycle time approved by sample test

Qualified Materials

Typical candidates include documented polyester, nylon, cotton, denim, silk, felt, lace, nonwovens, blended fabrics and approved PVC-free PU leather. Review coatings, adhesives, dyes and flame retardants. Do not process PVC/vinyl, PTFE, PVB, halogenated textiles, chromium(VI)-containing leather, epoxy or phenolic composites, carbon fiber, glass fiber or unidentified technical fabrics.

Typical Industries

Common uses include apparel, sportswear, dye-sublimated textiles, home décor, plush products, soft signage, labels, appliqué, footwear uppers, lace and embroidery. Safety-critical, medical, aerospace or protective end uses require separate customer validation and regulatory approval.

Dye Sublimation

Sportswear

Plush Toy

Home Textile

Soft Signage

Label & Applique

Shoes

Lace & Embroidery

Dual-Head Fabric Cutting Workflow

The conveyor and synchronized feeder advance qualified plain fabric or documented PVC-free PU leather from the roll into the 1600 × 1200 mm cutting zone.

The two-head arrangement can process suitable repeated layouts together. Confirm synchronous or asynchronous control, spacing limits, collision zones and production gain with the approved configuration.

Core Components

Two CO2 cutting heads above the conveyor bed

Dual Cutting Heads

Dual-head arrangement

The two heads share the gantry area and can improve throughput on approved nests. Whether they run synchronously or independently, and whether they use shared or separate sources, is confirmed in the ordered control architecture.

Roll-fabric automatic feeder and tension roller

Auto Feeder

The feeder advances supported roll stock with the conveyor between cutting cycles. Confirm usable roll width, diameter, weight, tension control, edge correction, sensor arrangement, indexing length and accumulated-feed tolerance for the material.

Metal-mesh conveyor and downward extraction bed

Honeycomb Conveyor Table

The metal-mesh conveyor supports flexible material while allowing downward extraction. Vacuum hold-down and exhaust flow help control lift and fumes, but capacity must be sized for fabric permeability, bed area, duct losses and the destination filtration rules.