Custom Profile Cutting
Produce accurate external profiles, internal openings and detailed contours directly from your CAD drawings.
PRECISION SHEET METAL CUTTING
Custom Laser Cutting
Services
Precision laser cutting for custom sheet metal parts—from rapid prototypes to low-volume and production orders.
- Clean, Accurate Cut Edges
- Complex Profiles and Fine Details
- Prototypes to Production
- No Minimum Order Quantity
LASER CUTTING SERVICES
Precision Cutting for
Custom Sheet Metal Parts
Laser cutting uses a focused laser beam to produce custom profiles from flat metal sheets without a physical cutting tool contacting the material.
At HordRT, laser cutting is integrated with bending, welding, machining and surface finishing, helping customers move efficiently from individual components to complete sheet metal assemblies.
Discuss Your Laser Cutting ProjectPrecise Profiles
Consistent cutting for detailed contours, slots, holes and complex flat-part geometries.
Flexible Order Volumes
Suitable for one-off prototypes, low-volume orders and ongoing production requirements.
Complete Fabrication Support
Combine laser cutting with bending, welding, finishing and assembly through one manufacturing partner.
OUR CAPABILITIES
Laser Cutting Built Around
Your Part Requirements
From simple flat profiles to detailed production components, we combine laser cutting with supporting fabrication processes to deliver parts ready for their next manufacturing stage.
Precision CuttingFrom CAD to Flat Parts
Holes, Slots and Fine Features
Cut functional holes, ventilation patterns and slots, with feature sizes reviewed against material and thickness.
Efficient Sheet Nesting
Arrange multiple components across the sheet to improve material use and support cost-efficient batch production.
Secondary Fabrication
Continue with bending, machining, welding, hardware insertion, finishing and assembly through one coordinated workflow.
MATERIAL OPTIONS
Metals for Custom
Laser-Cut Parts
Select the material that best matches your part’s strength, weight, corrosion resistance, appearance and end-use requirements.
Stainless Steel
Strong and corrosion-resistant for functional parts requiring a clean, durable finish.
- Enclosures and panels
- Medical components
- Food equipment parts
Aluminum
Lightweight and versatile for parts where weight, corrosion resistance and material grade matter.
- Electronic housings
- Lightweight brackets
- Equipment panels
Carbon Steel
A practical, cost-efficient choice for structural components and general industrial applications.
- Structural brackets
- Machine components
- Industrial frames
Copper & Brass
Options for conductivity or appearance; cutting feasibility is subject to grade and thickness review.
- Electrical components
- Conductive parts
- Decorative panels
Not sure which material is right for your part?
Get Material Support Send your drawing and application requirements. Material availability and cutting feasibility are confirmed during review.
HOW IT WORKS
From Your Drawing
to Laser-Cut Parts
A clear workflow from drawing review and cutting preparation to inspection and delivery.
Drawing Review
Share your CAD files, material, thickness and quantity. Critical dimensions and finishing needs are reviewed before production.
Cutting Preparation
Part profiles are arranged on the sheet, and the cutting program is prepared for the confirmed material and geometry.
Cut & Finish
Parts are laser cut, then deburred or sent for bending, welding and surface finishing as specified in your order.
Inspect & Deliver
Parts are checked against agreed requirements, then packed to protect their surfaces and prepared for shipment.
For a more accurate quote
Include the material grade, sheet thickness, quantity and any critical tolerances with your drawing.
BEYOND LASER CUTTING
From Flat Sheets
to Finished Parts
Combine laser cutting with the secondary operations your project needs.
Bending & Forming
Create brackets, covers and enclosures from flat blanks.
Machining & Threads
Add threaded holes, countersinks and mating features.
Welding & Assembly
Join components and install hardware to your specifications.
Surface Finishing
Specify deburring and suitable finishes for your application.
APPLICATION EXAMPLES
Laser-Cut Parts.
Practical Applications.
Custom panels, brackets and covers built around your equipment and assembly requirements.
INDUSTRIAL CONTROLS
Control Panels
Display windows, switch openings and mounting holes positioned to suit the assembly.
Laser Cutting · Deburring
AUTOMATION EQUIPMENT
Sensor Brackets
Formed mounting brackets with slots for sensor alignment and position adjustment.
Laser Cutting · Bending
ELECTRONIC SYSTEMS
Ventilated Covers
Ventilation patterns and folded edges tailored to the equipment enclosure design.
Laser Cutting · Bending · Finishing
QUALITY CONTROL
Checked Against
Your Requirements.
Inspection focuses on the dimensions, edge condition and formed features that matter to your part’s fit and function.
Dimensions & Hole Positions
Check critical profiles, openings and mounting locations against the approved drawing.
Edges & Surface Condition
Review cut edges, burrs and visible surfaces against the specified finish requirements.
Formed Features & Fit
For fabricated parts, check specified bend angles, flange dimensions and assembly interfaces.
Please identify critical tolerances and any inspection report requirements when requesting a quote.
WHY HORDRT
Support Beyond
The Cut Line.
One coordinated workflow for reviewing, cutting, fabricating and checking your custom sheet metal parts.
Drawing Review
Material, thickness and critical features are reviewed before production.
Integrated Fabrication
Cutting, bending, machining, welding and finishing through one workflow.
Quality Checks
Dimensions, edges and formed features checked against agreed requirements.
Flexible Volumes
Support for prototypes, low-volume orders and repeat production.
Ready to review your part? Send your drawing, material and quantity requirements.
Request a QuoteSTART YOUR LASER CUTTING PROJECT
Ready to Turn Your Drawing
Into Precision-Cut Parts?
Send us your CAD files, material, thickness and quantity. Our team will review your requirements and provide a clear manufacturing quote.
- DFM feedback included
- Fast quotation
- Prototype to production
01 What information do you need to quote my laser cutting project?
Please send your 2D or 3D CAD files, material grade, sheet thickness, required quantity, critical tolerances and any finishing or secondary-operation requirements. If some details are not confirmed, our engineers can review practical options with you.
02 What materials can you laser cut?
We support commonly specified sheet metals including stainless steel, aluminum, carbon steel, copper and brass. Material availability and suitable cutting parameters are confirmed during quotation.
03 What sheet thicknesses can you cut?
The suitable thickness range depends on the metal type, grade, part geometry and required edge quality. Send us your drawing and material specification so we can confirm manufacturability for your project.
04 What tolerances can laser-cut parts achieve?
Achievable tolerance depends on material, thickness, part size, feature geometry and downstream processing. Critical dimensions should be identified on the drawing for engineering review before production.
05 Can you support prototypes and production orders?
Yes. With no minimum order quantity, we support one-off prototypes, design iterations, low-volume orders and repeat production according to your project requirements.
06 Can you provide bending, welding and finishing after cutting?
Yes. Laser cutting can be combined with bending, machining, welding, hardware insertion, deburring, surface finishing and assembly through one coordinated manufacturing workflow.
07 How do you inspect laser-cut sheet metal parts?
Parts are checked against the agreed drawing and project requirements. Depending on the component, inspection may cover critical dimensions, hole and slot positions, edge condition, formed geometry, appearance and assembly fit.
