Laser cutting, bending, stamping and welding for brackets, chassis and enclosures. We quote in 12 hours, start production in 24, and inspect every part before it ships.
Most rework traces back to a drawing detail nobody asked about before cutting started.
A bend deduction taken from the wrong tooling radius leaves the blank short. The part folds, the holes miss each other, and the whole run is scrap. We calculate the flat pattern from the actual die set, not from a default table.
Tight inside radii on 7075 or 17-4PH tear on the outside of the bend. If nobody flags grain direction or the minimum bend radius, you find out at assembly. DFM feedback arrives before the laser runs.
Brushed or anodized faces pick up tool marks at every transfer step. The parts pass dimensional inspection and still get rejected at incoming. Soft jaws, protective film and dedicated racks keep visible faces clean.
Low unit prices that exclude the punch and die leave you paying twice. Ask what is included before you compare. We list material, tooling, finishing and inspection on one line-item quote.
One shop handles cutting, forming, joining and finishing, so tolerances stack in one place.
Cutting method follows the material and the edge quality you need. Fiber laser covers most mild steel, stainless and aluminum up to 6 mm with a clean kerf. Plasma handles thicker plate faster, waterjet leaves no heat-affected zone on titanium or thick copper.
Forming runs on press brakes with tooling matched to the bend radius in your drawing. We check springback on the first piece and adjust the ram before the run continues, which matters on 4,000 mm long parts where a small angle error grows along the length.
Enclosures and chassis usually need more than a folded blank. MIG, TIG and spot welding close the corners, and pressed-in standoffs, clinch nuts and rivet nuts go in on the same bench. Hardware insertion is done after forming so the holes stay round.
Finishing is where appearance parts live or die. Anodizing, powder coating, zinc plating, bead blasting and laser marking all run through qualified suppliers we audit. Marking has a 1.5 mm minimum character height, so keep labels and logos above that.
Pick by material, thickness and edge requirement.
| Process | Typical range | Best for |
|---|---|---|
| Fiber laser | Mild steel, stainless, aluminum up to 6 mm | Tight profiles and high hole density |
| Plasma | Carbon steel plate 6–25 mm | Thick brackets and base plates |
| Waterjet | Any metal, no heat input | Titanium, copper, heat-sensitive parts |
| Press brake | Up to 4,000 mm bend length | Boxes, channels, formed brackets |
| Stamping | Runs above a few thousand pieces | Repeat parts with fixed tooling |
One purchase order can cover cutting through final finish.
Fiber laser for profiles, cutouts and vent patterns in sheet up to 6 mm, with a kerf that holds ±0.005 mm on position.
Up to 4,000 mm bend length. Tooling selected per part, springback checked on the first article.
Progressive and compound dies for repeat parts, from prototype tooling to runs above 10,000 pieces.
MIG, TIG and spot welding, plus hardware insertion and sub-assembly before finishing.
Anodizing, powder coating, plating, bead blasting, brushing and laser marking to your cosmetic spec.
Single-piece blanks cut and formed the same week, so you can test fit before committing to tooling.
| Item | Range or detail |
|---|---|
| Material thickness | 0.5–25 mm depending on process |
| Maximum part size | 4,000 mm on the cutting bed and brake |
| General tolerance | ±0.005 mm on machined and cut features |
| Surface finish | Ra 0.8–1.6 μm typical after finishing |
| Materials | 6061, 5052, 304, 316L, 1018, C110, Ti-6Al-4V |
| Inspection | 100% before shipment, reports on request |
Drawings get reviewed by an engineer, not a script. You get a quote and a list of features that will not form cleanly.
Once the PO and material are confirmed, the first blank hits the laser the next working day.
Standard runs leave the shop within the week. Complex assemblies get a schedule up front.
Position tolerance on cut and machined features, verified with calipers, micrometers and CMM.
No minimum order quantity. Tooling cost is quoted separately so you can compare fairly.
ISO 9001:2015, IATF 16949:2016, ISO 13485:2016 and ISO 27001:2022 certifications.
Battery tray brackets and busbar covers need flatness and burr-free edges.
Base plates and guards in thick carbon steel, welded and stress-relieved.
Rack panels and control boxes with connector cutouts held to position tolerance.
Stainless housings and brackets that need passivation and clean edges.
Send STEP, IGES, DXF or a native SolidWorks file, plus a PDF drawing with the bend lines and tolerances marked.
A flat DXF alone works if the part is a simple blank with no forming. For anything with bends, the 3D model saves a round of clarification.
Angle tolerance depends on part length. Short brackets hold tighter than a 4,000 mm channel, where a small angle error accumulates along the bend line.
We check springback on the first piece and adjust the ram. For critical assemblies we form a sample and measure before the full run.
7075 aluminum and 17-4PH stainless crack if the inside radius is smaller than the material allows. Grain direction matters too.
6061-T6 bends well at a radius of one to two times thickness. 5052 is the most forgiving aluminum for tight forms. Tell us the radius and we will say whether it will tear.
Hardware goes in before coating when the finish must cover the panel, but masked areas are needed for grounding points and threads.
If the threads must stay conductive, we insert after coating and touch up around the hole. Say which surfaces carry current and we plan the sequence.
Yes. There is no minimum order quantity, so a single bracket is fine. Production runs above 10,000 pieces move to stamping tooling.
Prototype parts come off the laser and brake; the same drawing carries into the die once the design is frozen.
Every part is inspected before it leaves. Raw material certificates, in-process records and final dimensional reports are available on request.
First article inspection reports are standard for new tooling or first runs. Tell us which dimensions matter and we will put them on the report.
Visible faces get protective film before cutting and stay on dedicated racks between operations. Soft jaws go in the press brake.
If your incoming inspection rejects for surface defects, send photos with the batch. We trace which operation left the mark and correct it.
Yes. We can sign your NDA or provide ours before any file transfer.
Uploads go to a secure server and stay confidential. Only the engineers quoting and programming the job see the files.
Upload your STEP or DXF and an engineer will return pricing, lead time and DFM notes the same working day.
12-hour quote100% inspectionNo minimum order quantityNDA on request
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Upload your 3D model or 2D drawing and get a quotation with a free DFM analysis. Maximum processing size 4,000 mm.
CNC Metals 13 grades
CNC Plastics 10 grades
Machines & processes 12 options
Surface & post-processing 10 options
Material: not selected Machine: not selected Post-process: not selected
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