Injection Molding
Tooling and molding for your repeat plastic parts.
Sheet Metal Fabrication / Laser Cutting
LASER CUTTING SERVICES
Precision Laser Cutting for Your Custom Parts.
Build your cut around material, geometry and your next operation.
From prototypes to repeat orders, review your profiles, edge condition and forming needs together. Get metal parts prepared for your assembly and finish requirements.
Your Material & ThicknessComplex ProfilesReviewed Edge QualityPrototype to ProductionDownstream Fabrication
LASER CUTTING OVERVIEW
Build Your Cut Around Your Next Operation
Compare custom laser cutting services around your grade, thickness, critical profile and next operation. Plan sheet metal laser cutting together with bending, welding and finishing so your part works beyond the flat pattern.
- Review complex outlines and internal features
- Define functional holes and mating interfaces
- Plan burr removal and acceptable edge condition
- Protect cosmetic faces through fabrication
- Coordinate your prototype and repeat-order requirements
OUR LASER CUTTING SERVICES
Choose the Support for Your Part
Cut Your Profile with a Reviewed Process
Review grade, thickness and feature detail before selecting the cutting settings.
- Your nominal profile dimensions
- Your edge and finish requirements
- Your quantity and nesting plan
Prepare Your Flat Pattern for Fabrication
Connect cut features to bend locations, hardware and final assembly.
- Hole locations after forming
- Flat pattern revision control
- Deburr and protective handling
Review Your Tube Features and Access
Share the tube section, wall thickness and end features for a feasibility review.
- Your tube grade and section
- Rotational feature alignment
- Weld and assembly interfaces
Protect the Features That Control Your Fit
Small holes and narrow webs need a review tied to thickness and material.
- Minimum feature feasibility
- Critical dimensions and datums
- Secondary machining when needed
Learn from Your First Parts
Use sample parts to validate geometry, bends and assembly before repeat release.
- Your fit and function goals
- Drawing and sample feedback
- An agreed approval point
Keep Your Approved Revision Consistent
Align material, cut plan, inspection and release quantities for repeat orders.
- Controlled drawing revision
- Lot identification and records
- Your delivery schedule
Receive Parts Ready for Your Next Step
Coordinate bending, welding, hardware and surface finishing with the cut plan.
- Your assembly interfaces
- Your finish and masking needs
- Packaging for your receiving team
PREVENT LASER CUTTING ISSUES
Resolve Your Cut Risks Before Production
Keep Your Finished Dimensions on Target
The laser removes a finite width of material. Supply nominal dimensions and let the reviewed cut plan account for kerf unless a different convention is agreed.
Your Project Benefit
Avoid mismatched holes, tabs and mating profiles.
Review Your Smallest Features
Hole size and spacing depend on thickness, alloy and process. Identify precision bores that may need drilling or reaming.
Your Project Benefit
Protect your fastener fit and functional interfaces.
Plan Around a Thermal Process
Heat can affect the cut edge. Specify surface integrity, coating and subsequent joining requirements.
Your Project Benefit
Match your edge condition to the next operation.
Define the Edge Your Team Needs
Identify handling edges, sealing faces and deburring expectations. Edge acceptance should be explicit on your drawing.
Your Project Benefit
Reduce receiving rework and assembly interruptions.
Protect Your Flatness and Alignment
Thin webs, large cutouts and heat distribution can affect flatness. Review geometry, support and cutting sequence.
Your Project Benefit
Keep your part aligned with its mating components.
Protect Your Visible Faces
Identify the cosmetic side, grain direction and acceptable marks before cutting and handling.
Your Project Benefit
Receive a surface prepared for your finish standard.
CHOOSE YOUR CUTTING PROCESS
Match the Process to Your Material and Geometry
Compare 4 items for your cut part: material and thickness, feature detail, edge condition, and downstream work. Review Metal Stamping for repeat demand and tooling economics, or coordinate Bending & Forming and Welding & Fabrication for your finished assembly.
| Decision | Fiber Laser Cutting | Waterjet Cutting | CNC Punching | Plasma Cutting |
|---|---|---|---|---|
| Starting point | Detailed metal profiles | Heat-sensitive or thicker material review | Repeated sheet features | Thicker conductive metal profiles |
| Heat input | Thermal process | No thermal cutting zone | Mechanical shearing | Thermal process |
| Feature limits | Kerf, thickness and heat | Jet width and taper | Available punch tooling | Kerf and edge detail |
| Tooling | Program and support plan | Program and support plan | Feature-specific tools | Program and support plan |
| Your review | Edge, flatness and finish | Taper, edge and material | Tool access and deformation | Edge quality and secondary work |
MATERIALS FOR YOUR LASER-CUT PART
Confirm Your Grade and Thickness
Carbon Steel
Your grade, coating and weld requirements.
Stainless Steel
Your corrosion and cosmetic requirements.
Aluminum
Your alloy, temper and forming needs.
Copper
Review reflective material and edge requirements.
Brass
Review grade, thickness and surface appearance.
Galvanized Steel
Your coated surface and exposed-edge protection.
DESIGN FOR LASER CUTTING
Protect Your Fit Before the Sheet Is Cut
Use these laser cutting design guidelines to identify functional holes, small features, edge condition and the faces that must remain suitable for your next operation.
Kerf Compensation for Your Part
Use nominal drawing dimensions and agree how kerf is handled.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Minimum Feature Size for Your Part
Review narrow webs and small openings against material thickness.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Hole-to-Edge Distance for Your Part
Leave enough material to protect the edge and downstream forming.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Hole Spacing for Your Part
Review closely spaced openings for heat and dimensional stability.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Internal Corners for Your Part
Specify functional corner radii and mating clearances.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Nesting & Grain for Your Part
Identify grain direction and cosmetic faces before optimizing material use.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Heat-Affected Zone for Your Part
Specify edge treatment or verification needed for your application.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
Surface Finish for Your Part
Coordinate deburring, coating, masking and protective packaging.
- Share your controlled drawing
- Identify critical features and acceptance criteria
- Review the next forming or assembly operation
FROM DESIGN TO PRODUCTION
Keep Your Approval Steps Clear
01 · CAD Review
Confirm your drawing, material and quantity.
02 · Cut Plan
Review nesting, features and secondary operations.
03 · First Article
Produce your agreed sample scope.
04 · Inspection
Verify your specified dimensions and edges.
05 · Approval
Release your controlled production revision.
06 · Repeat Delivery
Receive protected parts to the agreed schedule.
FROM SHEET TO YOUR FINISHED PART
Coordinate Your Complete Route
Sheet / Plate
Laser Cutting
Deburr / Edge Finish
Bending / Forming
Welding / Assembly
Surface Finish
Inspection
Finished Part
QUALITY YOU CAN VERIFY
Match Inspection to Your Drawing
Agree the checks and records your program needs before production. Define laser cutting tolerances by feature and inspection state; a flat-profile check does not establish the fit after bending or coating.
Drawing-Based Inspection
Your dimensions and acceptance criteria.
Dimensional Measurement
Methods suited to your features.
Material Records
Agreed certificates and lot records.
Edge / Burr Check
Your functional and handling edges.
Surface Review
Your finish and cosmetic requirements.
Lot Traceability
Identification for your release plan.
INDUSTRIES & APPLICATIONS
Support the Interfaces Your Product Needs
Industrial Equipment
Robotics & Automation
Electronics Enclosures
Medical Equipment Components
EV & Energy
Automotive
Lighting
HVAC & Thermal
Dallas Support
Coordinate your drawing review and project communication.
China Manufacturing
Connect your cut plan to production and delivery.
What to Send for Your Laser Cutting Quote
- DXF / DWG flat pattern and controlled PDF drawing
- Material grade and thickness
- Quantity and expected repeat demand
- Critical dimensions and tolerances
- Surface finish and cosmetic requirements
- Secondary fabrication and delivery needs
Frequently Asked Questions
How much does laser cutting cost?
Compare 4 cost groups on the same drawing revision: material and nesting yield, programming and cutting, deburring or secondary fabrication, and inspection with delivery. Share your initial and repeat quantities; request a reviewed quote rather than an unsupported universal price.
What is kerf in laser cutting?
Laser cutting kerf width is the material removed along the cut path. Supply nominal finished dimensions and agree who applies compensation. Do not pre-offset your drawing unless the manufacturing convention is confirmed.
What materials can you laser cut?
Share the exact metal grade, thickness and finish. Feasibility is reviewed for your geometry and material; not every alloy or thickness uses the same cutting process.
What is the maximum thickness?
The limit depends on material, equipment and the required edge quality. Send your drawing for a part-specific review rather than relying on a single universal thickness.
How accurate are laser-cut parts?
Your feature size, thickness, heat behavior and inspection method affect the achievable result. The reviewed quote confirms the tolerances accepted for your part.
Will there be burrs or heat effects?
Laser cutting is thermal and edge condition varies. Specify deburring, flatness, cosmetic and surface-integrity requirements so secondary work can be included.
Can you handle prototype quantities?
Share your initial quantity and anticipated repeat demand. Your sample review and production transition can be planned together.
Do you offer secondary operations?
Include bending, welding, hardware, finishing and assembly requirements with your drawing so the complete route can be reviewed.
Your Project Review
Connect your cut profile to your assembly, finish and receiving requirements.
Discuss Your RequirementsProduct imagery illustrates manufacturing concepts, not customer case studies. Your approved drawing and agreed specifications govern supplied parts.
