Precision engineered, built in-house, shipped worldwide
Every component laser-cut, bent and welded on our floor in Dongguan, and finished under the same inspection.
Selected Works
Busbar Connector Tabs
High-volume stamped copper connector tabs for busbar and battery terminal connections. Simple flat geometry with two mounting holes.
Custom L-Bracket Enclosure
Simple L-shaped bracket enclosure with folded mounting flanges. Versatile design for custom equipment mounting.
Precision Stampings
Complex precision-stamped stainless steel components with multiple bends, cutouts, and PEM inserts. High-volume progressive die production.
Custom Sheet Metal Enclosure
Tailor-made enclosures for any equipment type, from single prototypes to high-volume mass production runs. Full-service capability covers design consultation, material selection, and finish specification to meet your exact application requirements.
Metal Stamped Brackets & Mounts
Custom L-brackets, angle brackets, Z-brackets, and mounting plates manufactured to your exact specifications and load requirements. Cost-effective stamped production with progressive dies available for high-volume bracket programs.
Precision Panels & Covers
Flat and formed panels for equipment front covers, rear covers, and side plates with precision-cut openings for connectors and ventilation. Wide range of surface finish options from industrial powder coat to premium mirror polish.
All Custom Sheet Metal sheet metal parts
- Busbar Connector Tabs
- Custom L-Bracket Enclosure
- Precision Stampings
- Custom Sheet Metal Enclosure
- Metal Stamped Brackets & Mounts
- Precision Panels & Covers
- EMC Shielding Enclosure — Conductive Contact Design
- Laser-Cut & Bent Parts
- Custom Heat Sink/Thermal Components
- Prototype Sheet Metal Parts
Specifications we produce
- Material
- Copper C110 1.0mm · SPCC steel 1.5mm · SUS304 stainless steel 0.3mm · SPCC / AL5052 / SUS304 per spec · SPCC / SPHC / AL5052 per spec · SECC / tinplate / beryllium copper spring contacts · any sheet metal per spec (steel, aluminum, stainless, copper) · AL6063-T5 extrusion / AL1050 stamped fins / CU110 copper · per spec
- Tolerance
- ±0.1mm · ±0.03 to ±0.1mm · ±0.10 to ±0.1mm
- Manufacturing processes
- Precision Progressive Die Stamping · Laser Cutting · CNC Bending · laser cutting · CNC bending · welding · hardware insertion · stamping · bending · precision laser cutting · precision laser · conductive gasket grooves · fiber laser cutting · CNC press brake bending · extrusion · fin stacking · CNC machining · manual welding
- Surface Finish
- Nickel plating · Zinc plated · Passivation · powder coat, anodizing, or plating per spec · zinc plating, powder coat, or anodizing · powder coat, brushed, or mirror polish · zinc plating + conductive coating · per spec · anodizing Type II or nickel plating · basic powder coat or as-machined
Custom sheet metal work: when the part does not have an industry yet
Most of what leaves our floor is custom in the literal sense: a part made to one customer’s drawing, in a quantity from one piece to fifty thousand. What changes between industries is the emphasis — tolerance, finish, documentation, volume — and the fastest way to a good price is to be explicit about which of those actually matter for your part.
We would rather quote a part twice than guess at the requirements. A drawing with tolerances, a finish specification and a quantity range lets us price the real job; a drawing without them forces us to price a worst case, which is always more expensive.
- What we make when it is not on a category page
- One-off machine retrofits and replacement panels
- Prototype runs ahead of a production award
- Brackets, plates and formed parts for OEM equipment
- Enclosures for electronics, instruments and lab equipment
- Assemblies with hardware, welding and finishing included
- Tell us the function, not just the geometry
- Two brackets with identical outlines can need completely different processes: one is cosmetic, one is structural; one is welded and stress-relieved, one is bolted. Knowing what the part does lets us hold the tolerances that matter and relax the ones that do not.
- Tolerances are a cost dial
- General tolerances per ISO 2768 are the default for formed parts. Tightening everything to ±0.05 mm does not make the part better — it adds operations and inspection cost. Stating critical-to-function dimensions explicitly is the cheapest design improvement available.
- Volume changes the process, and the process changes the design
- A laser-cut and bent part at fifty pieces becomes a punched or progressive-die part at fifty thousand, and the design should be reviewed for that change: hole forms, bend reliefs, burr direction and grain direction all matter differently once a die is involved.
- Material and finish choices for custom parts
- SPCC, SGCC, 304/316 stainless, 5052 and 6061 aluminium, copper and brass cover almost everything we are asked for. Finishing runs from powder coat and anodising to plating, brushing, sandblasting and silk printing. If the material or finish is unusual, send the requirement early — sourcing a non-standard coil or a special finish can change the lead time more than the fabrication itself.
- Quality records for custom programmes
- Every order ships with inspection against the drawing; first-article inspection reports, dimensional reports, material certificates and coating records are available where the programme needs them. We keep the drawing revision and the inspection records linked, so a repeat order years later is made to the same standard as the first.
What we make, not just who for
Enclosures, cabinets, chassis, brackets, panels and frames — with the design constraints each one comes with.
Sheet metal engineering guides
How Sheet Metal Quoting Works: A Complete Cost Breakdown for BuyersUnderstanding how sheet metal quotes are calculated helps you negotiate smarter, compare suppliers fairly, and reduce per-part cost.Read More
DFM for Sheet Metal: Essential Design Rules That Save Cost and Prevent Production FailuresDesign-for-manufacturing rules for sheet metal — minimum hole sizes, bend radii, edge distances, tab-and-slot design, and common mistakes that cause scrap.Read MoreHave a custom part in mind?
Upload your product files or describe your specs — our engineers will return a quote with material, process, and cost details within 24 hours.