Industry
Power tool parts take a beating. They must be strong, precise, and safe — shift after shift. We make custom components for cordless drills, angle grinders, saws, and garden power tools, from a single prototype to full production runs.
CNC machining, 3D printing, injection molding, and sheet metal — four proven processes from one factory-direct supplier, with in-house engineering and DFM support.
How we help
We have made gears, shafts, chucks, and housings for drills, grinders, and saws. We know which parts fail first — and how to make them last.
Our engineers review your files before production. You get practical feedback on wall thickness, draft angles, and tolerances — at no extra cost.
CNC machining, 3D printing, injection molding, and sheet metal under one roof. Fewer vendors to manage, fewer gaps between prototype and production.
In-process checks and final inspection reports come with every batch. We support the certifications and material traceability your industry expects.
Most quotes come back within 24 business hours. Prototypes in days, production runs on the schedule you commit to your customers.
All files and ideas are treated as confidential. We sign NDAs whenever you need one — before you send a single drawing.
Solutions
Not sure which process fits your part? Start here. Each card shows what the process does best and the power tool parts we make with it.
Parts cut from solid metal or plastic. Best when a part must hold a tight tolerance, handle torque, or just feel solid. No tooling needed for prototypes.
Typical parts:
Parts built layer by layer from your CAD file. The fastest way to hold a new design, test the fit, or show a sample — no molds, no cutting tools.
Typical uses:
Plastic parts made in volume. Melted resin is injected into a steel mold, cooled, and ejected — every part identical, at a low unit cost.
Typical parts:
Flat metal cut, bent, and welded into parts. The go-to choice for guards, brackets, and covers that must be strong, thin, and light.
Typical parts:
Solution 01
CNC machining cuts a part out of a solid block of metal or plastic. A computer-controlled tool removes everything that is not the part. What stays is strong, precise, and repeatable — even after thousands of parts.
This is our first choice for the moving and load-bearing parts inside a power tool. These parts carry torque, take side loads, and must stay accurate over years of use.
Aluminum 6061 / 7075Stainless steel 303 / 316Tool steelBrass & copper alloysPOM / PEEK
No mold is needed. You send a drawing, we cut metal, and you have a real part in your hand — usually within days. That makes CNC the fastest path from sketch to testing.
Solution 02
Injection molding makes plastic parts in volume. Plastic pellets are melted and injected into a steel mold. The part cools, hardens, and pops out — identical every time.
Once the mold exists, each part costs little and comes out fast. If your power tool design is settled and the order is in the thousands, this is the most economical way to make housings and covers.
ABSPCPA66 (glass filled)PPPOMTPE (soft touch)
We make the molds in-house and use hot runner and valve gate systems for clean parts. Our engineers watch wall thickness and venting so parts cool evenly and resist shrinkage — the number one cause of warped housings. 2K and insert molding are available when a part needs metal threads or two colors.
Solution 03
Sheet metal fabrication cuts, bends, and welds flat metal into a finished part. No molds are needed, so it works well for prototypes and for parts that change often.
It is the natural choice when a part must be thin, strong, and light — exactly what a guard, cover, or bracket needs to be.
Laser cuttingCNC bendingPunchingTIG / MIG weldingPowder coatingAnodizing
Aluminum keeps weight down and sheds heat. Stainless and galvanized steel fight rust in wet or dirty job sites. We weld, deburr, and finish every part so it is safe to handle.
Solution 04
3D printing builds a part layer by layer, straight from your CAD file. There are no molds and no cutting tools — just the file and the printer.
That makes it the fastest way to hold a new design in your hand, check the fit inside a housing, or show a sample to your customers before you commit to production tooling.
FDMSLASLS (nylon)MJFSLM (metal)
Print first, then decide. Test the assembly before you pay for production tooling. When the design is right, we move the same part to CNC, molding, or sheet metal — with no change of supplier.
Compare
Use this quick guide to match your part to the right process. Not sure? Send us your drawing — we will recommend the best option for your quantity and budget.
| Process | Typical materials | Example power tool parts | Best fit for |
|---|---|---|---|
| CNC Machining | Aluminum 6061 / 7075, stainless steel 303 / 316, tool steel, POM | Gears, shafts, spindles, chucks, end bells | Tight tolerances, strong parts, prototypes & production |
| Injection Molding | ABS, PC, PA66+GF, PP, POM, TPE | Housings, battery cases, switch parts, handles | High-volume plastic parts, lowest unit cost |
| Sheet Metal Fabrication | Aluminum, stainless steel 304 / 316, galvanized and cold-rolled steel | Guards, covers, brackets, shields | Thin, strong, lightweight covers and frames |
| 3D Printing | ABS / ASA (FDM), resin (SLA), nylon (SLS), stainless & tool steel (SLM) | Prototypes, jigs, fixtures, customized parts | Fast fit checks, low volumes, no tooling |
How it works
Email your drawings (STEP, IGES, DWG, PDF) or 3D files. Tell us the quantity and your deadline.
We reply within 24 business hours with a clear quote and practical design feedback.
We make a sample and share an inspection report. You check the fit before production starts.
We run the parts, inspect every batch, and ship to your door on the agreed date.
Built on trust
FAQ