Houseware Industry
We build the parts inside housewares. Handles, lids, hinges, baskets, racks, brackets and frames.
One supplier for four processes. From a single sample to a full container.
Free DFM review · Quote within 24 hours · NDA on request · FDA, EU 10/2011 and LFGB declarations
What we make
Housewares cover a wide range. The parts are small. The expectations are not.
Below is what customers send us most often, with the process that usually fits.
Cutlery handles, spatula cores, bowl lids, measuring cups, cutting-board feet, serving trays.
Stackable bins, drawer dividers, storage crates, laundry baskets, lid clips, shelf risers.
Soap dispenser pumps, shower caddies, drain baskets, toilet seat hinges, brush handles, squeegee blades.
Housing shells, control knobs, trims, motor brackets, fan blades, base plates, cord wraps.
Plant pots, saucers, hose reels, watering-can spouts, furniture caps, planter brackets.
Hinges, brackets, hooks, rails, screws, decorative caps, wall plates, cabinet pulls.
01 / CNC Machining
CNC machining cuts a solid block down to a finished part. No mold. No tooling cost.
It is the fastest way to get a strong, accurate metal or plastic part in small numbers.
Low and mid volume. Tight tolerances. Metal parts that need a premium feel. Prototypes that must behave like the real thing.
Kettle and pan handles. Knobs and dials. Hinges and pivots. Bottle openers. Napkin rings. Faucet trim. Drawer pulls.
Aluminum 6061 and 5052. Stainless 303 and 304. Brass and copper. POM, ABS, PC, acrylic, PEEK.
±0.05 mm on metal, ±0.1 mm on plastic. Anodized, brushed, polished, bead blasted, laser marked.
Good to know. The real win with CNC in housewares is a metal part that would cost too much to tool at low volume. Machine 50 handles now. Move to die casting or forging once volume passes a few thousand. We quote both routes, so you can see where the crossover point sits.
02 / 3D Printing
3D printing builds a part one thin layer at a time. No tooling. No setup.
You can hold your design tomorrow, and find the problems before they cost money.
Concept models. Fit and feel checks. Photo and trade-show samples. Bridge runs of 50 to 500 units before the mold is ready.
Bottle and jar shapes. Lid threads. Handle profiles. Grip textures. Assembly jigs. Replacement knobs and feet.
SLA for smooth and clear. SLS for strong nylon parts. FDM for fast and cheap. MJF for small batches. SLM for metal.
±0.1 mm or better. Sanding, dyeing, painting, clear coat. Layer lines on FDM are normal, not a defect.
Good to know. A print proves the shape. It does not prove the mold. Printed resin and molded PP behave differently under heat and impact. If the part must survive a drop test or hold boiling water, test it in the final material before you approve the tool.
03 / Injection Molding
Molding makes most of the housewares in your kitchen. Plastic pellets melt, get pushed into a steel mold, cool, and drop out as a finished part.
Once the tool is built, the cost per part is the lowest of any process.
Volume above roughly 2,000 pieces. Consistent color and texture. One-piece shapes with snap fits, thin walls, living hinges.
Storage boxes and crates. Laundry baskets. Trays and drain baskets. Lids and closures. Toilet seats. Plant pots. Chair shells. Measuring jugs.
Cavity count, gate position, cooling, ejection, parting line. We place every mark where a user will not see or touch it.
P20, 718H, S136, NAK80 steel. 1 to 64 cavities. Hot runner for thin walls. PP, ABS, PC, PS, AS, PET, PCTG, TPE, PP+GF.
One cavity in aluminum or soft steel. 200 to 5,000 shots. 10 to 15 days. Good for a market test or a trade show.
One to four cavities in P20 steel. 50,000 to 200,000 shots. 18 to 25 days. Covers first orders while the production tool is cut.
Four to sixty-four cavities in hardened steel. 300,000 to 1M+ shots. 25 to 35 days. Lowest cost per part at volume.
Food-contact housewares. Cups, lunch boxes, kids’ plates and kitchen tools touch food. We mold them in food-grade PP, PCTG copolyester and food-grade silicone, and we send the FDA 21 CFR 177, EU 10/2011 and LFGB declarations with the shipment.
Tell us the destination market at the quoting stage. The resin choice changes with the regulation, and a swap after tooling is expensive.
04 / Sheet Metal
Sheet metal starts flat. We cut it, punch it, bend it, weld it and finish it.
Tooling is cheap and changes are quick, so it suits one-off samples and long production runs alike.
Brackets, frames, racks and panels. Low tooling cost. Design changes without a new mold. Volumes from 1 to 100,000.
Pot racks and lid holders. Sink grids. Oven and cabinet handles. Spice-rack frames. Bin liners. Furniture brackets. Hooks and wall plates.
Laser cutting, CNC punching, press-brake bending, stamping, TIG welding, riveting, tapping, deburring.
Stainless 304 and 316. Cold-rolled and galvanized steel. Aluminum 5052. Powder coating, brushing, polishing, plating, screen printing.
Good to know. Thin stainless shows every scratch. If the part sits on a countertop, pick the finish before the grade. Brushed 304 is the safe default. Go to 316 only when the part meets salt, acid, or heavy dishwashing.
Process, price and lead time — from an engineer, not a form letter.
Process selection
Use this table as a starting point. Volume and tooling budget decide most of it.
| Requirement | CNC Machining | 3D Printing | Injection Molding | Sheet Metal |
|---|---|---|---|---|
| Best volume | 1–5,000 | 1–500 | 2,000+ | 1–100,000 |
| Tooling cost | None | None | $2k–$80k+ | Low, dies for stamping |
| Cost per part at 10k | High | High | Lowest | Low |
| Typical tolerance | ±0.05 mm | ±0.1 mm | ±0.05–0.2 mm | ±0.1 mm |
| Surface as delivered | Machined lines | Layer lines | Mold texture, SPI A–D | Brushed or coated |
| Design change after tooling | Free | Free | New insert or new tool | Re-program or new die |
| First part in | 3–7 days | 1–2 days | 15–35 days | 3–7 days |
| Material range | Metal and plastic | Resin, nylon, metal | Thermoplastics | Sheet metal only |
Mixed orders are normal. A stainless frame with a molded PP insert is one purchase order here, not two suppliers. Assembly, inspection and packing stay under one roof.
Design for manufacturing
These six points cause most of the rework we see. Fix them in the CAD file and the quote drops.
Aim for 1.5 to 3.0 mm. Thick sections cool slower, pull inward, and leave a sink mark on the visible face.
Every wall that runs in the direction of the mold needs draft. Without it, the part drags and scuffs on the way out.
Ribs add stiffness without adding weight. Keep them thinner than the wall and put a small radius where they meet it.
Sharp corners concentrate stress and crack first. A radius of at least half the wall thickness spreads the load.
One molded snap saves a screw, a driver and a step on the line. Design the undercut so it releases cleanly.
A light matte texture hides flow lines and fingerprints. High gloss shows everything, including the gate.
Materials
Pick the material by what the part must survive: heat, detergent, drops, sunlight, or a dishwasher cycle twice a day.
Cheap, tough, resists detergent and heat. The default for containers, lids, baskets and jugs.
Hard, glossy, easy to paint and plate. Good for housings, trims and appliance shells.
Clear and very tough. For large clear parts and cold-drink ware. Not for repeated hot dishwashing.
Crystal clear and cheap. Buffet covers, trays, display parts. Brittle under impact.
Glass-like clarity with better toughness than PS. Tumblers, dry-storage jars, blender jugs.
Soft-touch grips, seals and non-slip feet. Bonded to PP or ABS with 2K molding.
Kitchen-grade metal. 304 for general use, 316 for salt and acid. Brushed, polished or coated.
Light and rust-free. Handles, trims, rails and frames. Anodized in color.
US food-contact compliance for the resin and the finished part. Declaration issued per order.
European plastic food-contact rules, including overall and specific migration limits.
German food-contact testing. Often requested alongside EU 10/2011 by EU buyers.
Exposure assessment and labeling guidance for products sold in California.
Restricted substances and heavy metals. Applies to metal parts and coatings too.
Toy and child-product safety, when housewares are designed for children.
Quality control
A houseware part is judged by hand and by eye. Small differences get noticed. We control the points that show.
Resin grade, color batch and metal certificate verified before the run starts.
The first parts off the tool are measured against the drawing and signed off before mass production.
Dimensions and appearance checked every two hours. Results logged per machine and per shift.
A physical master stays on the line. Color is checked against it, not against a screen.
Drop, load, leak, hinge-cycle and heat tests, depending on what the product must survive.
Photos of the packed cartons before they leave. You see what we see.
Documents in every shipment.
How we work
Six steps. No hand-offs to a third party you never speak to.
STEP, IGES, STL, DWG, PDF, or a clear photo with dimensions. Tell us the volume and the deadline.
An engineer marks what will break, what will cost more, and what to change. Price and lead time back within 24 hours.
Print, machine or soft-tool the part. Check the fit, the feel and the color before you commit.
We cut the mold, run first samples, and adjust until the part matches the drawing and the sample you signed.
Molding, machining or fabrication runs with in-process checks and photo reports at each stage.
Assembly, labeling, hang tags, blister packing and carton marking to your retail or e-commerce standard. FOB or DDP.
From our floor
Client names are withheld under NDA. The numbers are real.
Kitchen storage
Sheet metal
FAQ