Exchange Table Laser Cutting Machine

Exchange Table Laser Cutting Machine

Details
Heavy-duty Exchange Table Laser Cutting Machine manufactured by Dongruitai Laser. Features a 10s parallel shuttle exchange platform, CE Compliant, 4G acceleration, and ±0.02mm accuracy for high-throughput sheet metal fabrication.
Category
Fiber Laser Cutting Machine
 
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Description
Technical Parameters

Yantai Dongruitai Welding and Cutting Equipment Co., Ltd. is one of the leading manufacturers and suppliers of exchange table laser cutting machine in China. We are committed to providing high quality customized machines with low price. Welcome to wholesale the newest exchange table laser cutting machine made in China here from our factory. 1 years warranty is available.

 

Designed and manufactured by Dongruitai Laser, this high-efficiency Exchange Table Laser Cutting Machine is engineered for high-volume sheet metal processing shops requiring continuous batch output and enhanced workplace safety. By combining a fully enclosed protective housing with a dual parallel shuttle platform, the system allows operator material loading and unloading during active cutting cycles, maximizing spindle duty cycles while containing dust, optical radiation, and laser emissions. The platform fully complies with European CE safety standards for industrial machinery.

Exchange Table Laser Cutting Machine

 

 
 
Engineering Breakdown & Design Logic

A. Process Efficiency: 10s Parallel Shuttle Exchange Platform

  • The Engineering Problem: On standard single-table systems, machine idle time during raw sheet loading and cut part unloading often accounts for 30% to 50% of the daily floor schedule, restricting overall laser source utilization.
  • Our Approach: The system utilizes a parallel motorized platform design that completes a full pallet swap in 10 seconds. While cutting takes place inside the enclosure on Table A, the operator prepares the next raw sheet on Table B.
  • Practical Impact: This setup eliminates non-cutting dwell time between sheets. Operating as an exchange platform fiber laser cutter, it increases daily shift throughput without increasing laser power or axis speed requirements.

B. Fully Enclosed Housing & Partitioned Dust Extraction

  • The Engineering Problem: High-power cutting generates concentrated particulate emissions, toxic fumes, and intense diffuse optical radiation, posing environmental compliance challenges and safety risks on open shop floors.
  • Our Solution: The machine features a complete protective enclosure fitted with laser-certified viewing windows, automatic internal lubrication, and a segmented dust extraction network.
  • Practical Impact: Fume extraction dampers open only directly underneath the active cutting head, concentrating vacuum suction where dust is generated. As a fully Enclosed Fiber Laser Cutter, it keeps shop floor air clean, reduces noise, and protects operators from reflected beam hazards.

C. Annealed Bed with 4G Acceleration

  • The Engineering Problem: High-dynamic pallet changers can induce chassis vibration, which transfers to the gantry during acceleration ramps and distorts cut edge quality.
  • Our Approach: The bed structure is fabricated from heavy-duty plate and tube components, subjected to 600°C furnace annealing and vibration aging to remove internal welding stresses. The gantry is driven by Japanese-imported servo drives via precision dual rack-and-pinion transmission, supporting 4G acceleration and 100 m/min traverse speeds.
  • Practical Impact: The rigid frame absorbs inertial shifts during 10-second table swaps and high-speed directional changes, maintaining an X/Y positioning and repeatability accuracy of ±0.02 mm over long production runs.

D. Operational Lifecycle & Maintenance Design

  • The Engineering Problem: Unscheduled maintenance stops and manual greasing routines cause erratic production bottlenecks.
  • Our Solution: The platform integrates fully automatic oil injection lubrication across guide rails and drive racks, powered by scalable fiber sources from 1.5kW (1500W) up to 60kW (60,000W).
  • Practical Impact: Fiber laser diodes offer rated operational lifespans up to 100,000 hours, while automated lubrication prevents friction wear on critical motion components, extending service intervals during continuous multi-shift operations.

 

 
 
Technical Specifications

Parameter

Specification/Configuration

Practical Application Note

Pallet Exchange Time

10 seconds (Parallel Shuttle)

Enables continuous cutting while loading/unloading externally.

Safety Enclosure

Fully Enclosed + Partitioned Exhaust

Contains dust, lowers noise, and blocks optical radiation.

Max Traverse Speed

100 m/min

Rapid gantry positioning across large working beds.

Max Acceleration

4G

Minimizes deceleration lag at sharp corners and tight contours.

X/Y Positioning Accuracy

±0.02 mm

Delivers precise hole-to-edge tolerances for downstream assembly.

X/Y Repeatability

±0.02 mm

Ensures identical geometry across high-volume production batches.

Drive Mechanism

Dual Rack & Pinion

Balanced torque delivery across the gantry to prevent racking.

Drive Motors

Japanese Servo Drive System

Fast loop response for smooth contouring at high speeds.

Bed Construction

Plate/Tube Welded + 600°C Annealing

Prevents frame deformation and focal shift under heavy use.

Lubrication System

Fully Automatic Oil Injection

Extends drive component lifespan without manual maintenance stops.

Laser Power Options

1.5kW - 60kW (1500W to 60000W)

Configurable power options for thin sheet metal or thick plate.

Electrical / Environment

380V 50Hz / -20°C to 45°C

Industrial climate tolerance with non-condensing humidity ≤80%.

 

 
 
Standard Working Formats

Model Code

Processing Area (L × W)

Supported Laser Power Output

DRT-3015

3000 mm × 1500 mm

1.5kW / 3kW / 6kW / 12kW / 20kW / 30kW / 40kW / 60kW

DRT-4020

4000 mm × 2000 mm

DRT-6025

6000 mm × 2500 mm

DRT-8025

8000 mm × 2500 mm

DRT-12025

12000 mm × 2500 mm

 

 
 
Material Processing & Industry Suitability

This industrial platform processes standard conductive metals and alloys: 

Supported Materials:

Carbon Steel, Stainless Steel, Galvanized Sheet, Color Steel Plate, Electrolytic Plate, Aluminum Plate, Aluminum Alloys, Brass, Copper, Manganese Steel, Titanium Alloys.

Target Industries:

Electrical Distribution Enclosures, Automotive Manufacturing, Heavy Machinery, Kitchenware, Elevator Panels, Advertising Signage, Precision Metal Parts, Chassis Cabinets, Agricultural Equipment, Lighting & Hardware Fittings.

 

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