Technical Data

Laser Cutting Parameter Specifications

Our manufacturing capabilities and precision standards for laser-cut workpieces.

Process Capabilities

Process Capabilities

  • Process CapabilityLaser Cutting, Sheet Cutting, Secondary Deburring
  • Max Sheet SizeUp to 3000 mm sheet length(Depending on material, thickness, and equipment capacity)
  • MaterialsAluminum, Stainless Steel, Carbon Steel, Copper, Brass
  • Surface FinishingPowder Coating, Painting, Plating, Brushing, Sand Blasting
Precision & Quality

Precision & Quality

  • Cutting Tolerance±0.1–0.2 mm for typical sheet metal cutting
  • Edge QualityClean cutting edges with secondary deburring available
  • Hole & Slot AccuracyDepends on material thickness, hole size, and cutting path
  • InspectionDimensional inspection and full dimensional reports available
Production & Lead Time

Production & Lead Time

  • Lead Time5–10 business days
  • MOQPrototype and batch production supported
  • Production TypePrototype, low-volume, and batch sheet metal production
  • Secondary ProcessingBending, welding, tapping, surface finishing, and assembly available
Technical Requirements

Technical Requirements

  • File FormatsDXF, DWG, STEP, IGES, PDF
  • Suitable PartsPanels, enclosures, brackets, covers, structural plates
  • ApplicationsIndustrial Equipment, Electronics, Electrical Equipment, Automotive, Construction
  • Engineering SupportMaterial thickness, cutting path, and manufacturability review available
Note: Specifications are for reference only. Final tolerance, lead time, surface finish, and manufacturability depend on material, part design, quantity, and project requirements.

What We Offer

Laser Cutting Capabilities

From thin-gauge sheet metal to thick industrial plates — our laser cutting systems deliver clean, precise cuts for diverse fabrication needs.

High-Precision Laser Cutting Precision Cutting
High-Precision Laser Cutting

High-Precision Laser Cutting

Our advanced laser cutting systems ensure accurate profiles and stable performance across a wide range of sheet metal components.

  • Cutting tolerance up to ±0.1 mm (depending on thickness)
  • Fine detail capability for complex geometries
  • Stable dimensional consistency across batches
  • Suitable for precision functional components
Material & Thickness Capability Max Thickness
Material & Thickness Capability

Material & Thickness Capability

We support a wide range of metals and thicknesses, enabling flexible manufacturing for diverse industrial applications.

  • Carbon steel: up to 20 mm
  • Stainless steel: up to 12 mm
  • Aluminum: up to 10 mm
  • Brass and copper supported
  • Suitable for thin to thick sheet applications
  • Covers a wide range of industrial requirements
Clean Edges & Reliable Delivery Quality & Delivery
Clean Edges & Reliable Delivery

Clean Edges & Reliable Delivery

Optimized cutting parameters and efficient workflow ensure high-quality parts with consistent results and fast turnaround.

  • Smooth edges with minimal burr
  • Reduced heat-affected zone (HAZ)
  • Less need for deburring or grinding
  • Fast turnaround for prototypes and batches
  • Stable quality for repeat orders

Why Laser Cutting Wins

Advantages of Laser Cutting

Laser cutting delivers clean sheet metal profiles with fast setup, flexible design changes, and stable quality from prototype to production.

Precise Sheet Profiles

Precise Sheet Profiles

Cut outlines, slots, holes, and internal features from CAD drawings with stable, repeatable geometry for custom sheet metal parts.

Faster Prototype Setup

Faster Prototype Setup

Support prototypes, small batches, and design revisions without dedicated tooling in many sheet metal projects, reducing early-stage setup complexity.

Material Flexibility

Material Flexibility

Process stainless steel, aluminum, carbon steel, and galvanized steel with material-specific guidance for thickness, edge quality, and application needs.

Ready for Next Steps

Ready for Next Steps

Prepare cut blanks for bending, welding, tapping, surface finishing, and assembly, helping projects move from flat sheet to finished components.

Our Commitment

Why Choose Tongyong Hardware

Guided by “Go Global · Co-Create,” we support global B2B customers with custom metal parts manufacturing — from engineering review and prototyping to quality control and delivery coordination.

Engineering Support

Engineering Support

DFM review, material advice, process planning, and feasibility support based on drawings or samples.

Integrated Manufacturing

Integrated Manufacturing

Machining, forming, casting, tooling, finishing, inspection, packaging, and delivery coordination under one workflow.

OEM & Project Support

OEM & Project Support

Engineering support for product development, OEM sourcing, and repeat production projects, with NDA available.

Prototype to Production

Prototype to Production

Support for samples, low-volume trials, and batch production as projects move toward stable supply.

Quality Control

Quality Control

Material checks, process monitoring, dimensional inspection, surface review, and final packaging checks by project needs.

Global Delivery

Global Delivery

Export packaging and delivery coordination for international B2B projects, with responsive communication throughout the process.

Understanding the Process
60+

60+

CNC & Automated Production Machines

120+

120+

Engineering, Technical & Quality Team Members

500+

500+

Global Customers Served

20+

20+

Years of Manufacturing Experience

Our Process

How We Bring Your Idea to Life

From first inquiry to final delivery — a streamlined, transparent process designed for efficiency.

Inquiry

Send us your drawings, specifications or application requirements.

Analysis

Our engineers evaluate feasibility and suggest optimized solutions.

Quotation

Receive a detailed quote with pricing, lead time and specifications.

Sampling

Prototype samples are produced for testing and confirmation.

Production

Mass production with strict quality control at every stage.

Delivery

Secure packaging, on-time shipment and full after-sales support.

Our Work

Laser Cutting Product Cases

A selection of intricate laser-cut components across automotive, construction, signage, and consumer goods industries.

Understanding the Process

What is Laser Cutting?

Laser cutting is a computer-controlled thermal subtractive manufacturing process that uses a focused high-power laser beam to melt, vaporize, or burn through material. Unlike mechanical cutting methods, the laser beam acts as a non-contact tool, guided by CNC systems to follow precise paths and create intricate or simple geometries across a wide range of materials, including metals, plastics, wood, and composites.

This process excels at producing components with narrow, clean cuts and minimal thermal distortion, making it ideal for both intricate prototypes and high-volume production runs. Laser cutting systems typically include a laser source (such as CO₂, fiber, or UV lasers), a CNC-controlled motion system, and an assist gas nozzle that blows away molten material to maintain cut quality. Advanced systems may also integrate vision alignment for precise positioning of complex workpieces.

Modern laser cutting machines often feature adaptive power control and automated material handling, enabling seamless switching between different material types and thicknesses in a single setup. This versatility reduces production downtime, eliminates the need for multiple specialized tools, and makes laser cutting a go-to solution for industries ranging from aerospace and automotive to signage and electronics manufacturing.

±0.02mm Precision

±0.02mm Precision

Clean edges, no burrs.

0.5-20mm Thickness

0.5-20mm Thickness

Cuts steel, aluminum, copper.

Tool-Free Fast Runs

Tool-Free Fast Runs

No mold; 2x faster.

Complex Shape Cutting

Complex Shape Cutting

 Handles intricate patterns.

Understanding the Process

Manufacturing Capabilities

More of Our Services

From prototype to mass production — offering extended custom metal part solutions across diverse advanced processes.

Get Started Today

Please Tell Us Your Requirements

Upload your drawings and specifications. Our engineers will review and respond with an engineering review within 24 hours. All inquiries are treated with strict confidentiality.

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