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    Laser Cutting Processing

    Laser Cutting Processing

    High-Precision Burr-Free Cutting • Custom Shapes • Complete Sheet Metal Bending and Welding Processes

    Process Overview

    High-Precision Fiber Laser Cutting, Supporting Entire Sheet Metal Process, Achieving One-Stop Delivery from Sheet Metal to Finished Product.

    ARES Precision Manufacturing (Malaysia) is equipped with high-power fiber laser cutting equipment, capable of undertaking high-precision cutting and customized sheet metal processing of various metal sheets. We utilize advanced CNC laser cutting technology to achieve burr-free cutting of any complex shape, with smooth, deformation-free cuts and stable, controllable dimensional accuracy.

    Leveraging our comprehensive capabilities in CNC bending, welding, grinding, and surface treatment, we provide a one-stop delivery service from sheet metal cutting to finished sheet metal parts, adaptable to various structural component needs such as chassis, cabinets, brackets, and shells.

    Our products are widely used in 3C electronics, energy and power, medical devices, and automotive manufacturing, with the entire process complying with international quality system standards such as ISO 9001 and ISO 13485.

    Laser Cutting Process

    Machining Parameters

    Covering four core dimensions of cutting area, thickness, accuracy and efficiency to meet sheet metal processing needs across diverse scenarios.

    Cutting Area

    Cutting Area

    ⦁ Max. cutting area: 3000 × 1500 mm

    ⦁ Supports customized large-format splicing processing

    Cutting Capacity

    Cutting Capacity

    ⦁ Max. carbon steel thickness: 20mm

    ⦁ Max. stainless steel thickness: 12mm

    ⦁ Max. aluminum alloy thickness: 8mm

    Machining Accuracy

    Machining Accuracy

    ⦁ Dimensional tolerance up to ±0.1mm

    ⦁ Cut edge roughness up to Ra 3.2μm

    ⦁ Burr-free and deformation-free cut edges

    Batch Range

    Batch Range

    ⦁ From single-piece sample prototyping to mass production of 1,000+ pieces

    Materials & Processes

    Full Range of Metal Sheets Available, Complete Sheet Metal Processing Services, Ready-to-Use Finished Parts.

    Cutable Materials

    Cutable Materials

    • Carbon steel, cold-rolled sheet, hot-rolled sheet
    • Stainless steel, galvanized sheet, aluminized zinc sheet
    • Aluminum alloy, copper alloy, brass
    • Titanium alloy and other specialty metal sheets
    Supporting Sheet Metal Processes

    Supporting Sheet Metal Processes

    • CNC bending, rolling, stamping
    • Argon arc welding, laser welding, spot welding
    • Grinding, polishing, wire drawing, sandblasting
    • Spraying, electroplating, anodizing, screen printing

    Application Scenarios

    Suitable for sheet metal structural part needs across multiple industries, widely used in components such as enclosures, cabinets and brackets.

    Core Equipment

    High-power laser cutting and sheet metal processing equipment paired with professional inspection instruments ensures precision and efficiency across the entire workflow from cutting to forming.

    High-Power Fiber Laser Cutting Machines

    High-Power Fiber Laser Cutting Machines

    High-precision burr-free cutting, suitable for all types of metal sheets

    CNC Press Brake Fleet

    CNC Press Brake Fleet

    Multi‑tonnage bending equipment to meet different thickness and precision requirements

    2D Vision Measuring Machines

    2D Vision Measuring Machines

    Full‑dimensional high‑precision inspection to guarantee compliant cutting and bending accuracy

    Quality Control System

    Four dedicated quality control nodes cover the entire workflow, with full‑chain management of sheet metal part quality from nesting to finished products.

    1

    Drawing Review & Nesting Optimization

    The engineering team conducts pre‑assessment of sheet metal manufacturability, and optimizes cutting nesting and bending solutions to reduce material waste and machining errors.

    2

    First Article Full‑Dimensional Inspection

    After the first article completes cutting and bending, full inspection covering all dimensions and geometric tolerances is performed. Batch production will only start after the first article passes qualification.

    3

    In‑Process Patrol Inspection & Burr Control

    Regular sampling inspections of cut surface quality and bending angles are carried out during production, with burrs and deformation controlled to ensure batch consistency.

    4

    Finished Product Final Inspection & Assembly Verification

    Full‑dimensional re‑inspection is conducted before shipment, and pre‑assembly qualification verification is available to ensure products meet assembly requirements.

    Frequently Asked Questions

    Answers to common inquiries about laser cutting and sheet metal processing, clarifying process scope and lead times efficiently.

    Q: What is the difference between laser cutting and wire EDM? +
    Laser cutting delivers fast speed and high efficiency. It is suitable for planar cutting of most metal sheets with lower costs and shorter lead times. Wire EDM achieves higher precision and can process high‑hardness materials, yet it runs slower at a higher cost, ideal for high‑precision thick plate components. Laser cutting is the preferred, cost‑effective option for standard sheet metal parts.
    Q: Will burrs form on laser cutting edges? +
    We adopt high‑power fiber laser equipment. Sheets of regular thickness obtain smooth, burr‑free cutting edges without secondary grinding. Slight burrs may occur when cutting thick plates. Grinding procedures can be arranged upon request to guarantee edge quality.
    Q: Cutting only, or full services including bending & welding? +
    We provide full‑chain sheet metal processing services. Besides laser cutting, we support bending, welding, grinding, surface treatment, assembly and other complete procedures. One‑stop delivery from raw sheets to finished products helps you cut costs from coordinating multiple suppliers.
    Q: What is the typical lead time for sheet metal prototyping? +
    Prototypes of standard sheet metal structures can be delivered within 3–5 working days. Lead time will be extended for parts requiring mould making, complex welding or special surface finishes. The exact schedule is subject to formal quotation confirmation.
    Q: What materials can laser cutting handle, any thickness limits? +
    We process carbon steel, stainless steel, aluminum sheets, galvanized sheets and other common sheet metal materials. The feasible cutting thickness varies by material; processing beyond the thickness range will compromise cutting surface quality. Please share your drawings and material specifications for our optimal processing evaluation.
    Q: What surface finishing options are available for sheet metal parts? +
    We provide powder coating, spray painting, wire drawing, sandblasting, anodizing, passivation and other surface treatments to balance anti‑corrosion performance and appearance. Customized processes are available for components under special working conditions. Contact us for detailed solutions.