These are CNC machined drawer pulls and handles, cut from solid aluminum, stainless steel, or brass bar stock on our 20-year-old precision manufacturing floor in Dongguan, China. You get a guaranteed
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These are CNC machined drawer pulls and handles, cut from solid aluminum, stainless steel, or brass bar stock on our 20-year-old precision manufacturing floor in Dongguan, China. You get a guaranteed
These are CNC machined drawer pulls and handles, cut from solid aluminum, stainless steel, or brass bar stock on our 20-year-old precision manufacturing floor in Dongguan, China. You get a guaranteed ±0.01 mm dimensional tolerance, surface finish down to Ra 0.4 µm, and a standard lead time of 15 working days — no MOQ, no tooling fees for standard shapes. Every pull is deburred, inspected, and packed for direct installation, so you skip secondary finishing and reject rates.
Cast pulls hide porosity. Extruded pulls show die lines. CNC machining from solid bar eliminates both. Each handle starts as a single piece of 6061-T6, 304 stainless, or H59 brass, and we remove material with 3-axis or 5-axis milling. The result is a homogenous grain structure that resists stress cracks where the pull meets the screw boss. For a 128 mm long pull, we hold straightness within 0.02 mm over the full length — that means no wobble, no rocking against the drawer face, and no stripped screw holes from misaligned counterbores.
Hand feel is not subjective — it is geometry. We machine the undercut grip radius to your drawing, but we also flag bad designs. If your pull has a finger recess radius below 4 mm, we tell you before cutting. Our standard ergonomic range is 6 mm to 12 mm radius, which fits the average adult fingertip without pinching. We also control the edge break: a 0.2 mm chamfer on all finger contact edges. No sharp burrs, no glove snags, no skin catches. For kitchen or medical cabinet pulls, this chamfer is inspected on 100% of parts with a profilometer, not a visual check.
We stock three primary materials for drawer pulls. 6061-T6 aluminum: yield strength 276 MPa, hard anodized to 60 HRC equivalent surface hardness. 304 stainless steel: no heat treatment needed, but we passivate after machining to restore corrosion resistance. H59 brass: we stress-relieve at 300°C for 2 hours to prevent season cracking near the threaded insert. For aluminum pulls that will see heavy commercial use, we offer hard anodizing (Class II, Type III) at 50 µm thickness — that passes a 2000-hour salt spray test. We do not use zinc alloys or stamped sheet metal for these parts.
| Parameter | Value / Range |
|---|---|
| Materials | 6061-T6, 7075-T6, 304 SS, 316 SS, H59 brass, C36000 free-cutting brass |
| Standard Sizes | Length 32–300 mm, diameter 8–25 mm, center-to-center 96 mm, 128 mm, 160 mm, 192 mm |
| Dimensional Tolerance | ±0.01 mm for holes and mounting centers; ±0.05 mm for overall length |
| Surface Finish | Ra 0.4 µm machined; Ra 0.2 µm optional polished |
| Hardness (aluminum) | Raw 6061-T6: 95 HB; after hard anodize: 60 HRC equivalent surface |
| Hardness (stainless) | 304: 88 HRB; 316: 79 HRB; no further heat treatment needed |
| Runout (concentricity) | ≤0.02 mm TIR for round knobs and cylindrical grips |
| Threaded Insert | M4, M5, M6 brass or stainless heli-coil, pull-out force > 1500 N |
| Lead Time | 15 working days for custom; 7 days for standard shapes |
| MOQ | No MOQ — we run from 1 piece to 100,000 pieces at same tolerance |
Mounting hole spacing is the most common failure point on drawer pulls. If the two holes are off by 0.1 mm, the pull fights the drawer face and strips the screw. We machine mounting centers using a 4th-axis rotary fixture, not by re-fixturing each hole. The part is clamped once, the rotary table indexes 180°, and both holes are drilled and reamed in the same setup. This locks center distance to ±0.01 mm. For production runs over 500 pieces, we use a custom hard-jaw fixture with a locating pin that references the counterbore — tool change time drops to 3 seconds per part, and runout stays under 0.02 mm TIR. If you want to understand why tool geometry matters for this process, read our CNC cutting tool selection guide.
We offer five standard finishes. As-machined: Ra 0.4 µm, no additional cost. Brushed: linear satin finish with 400-grit belt, uniform direction across the pull face. Bead blasted: uniform matte, Ra 1.2 µm, good for hiding fingerprints on aluminum. Mirror polished: Ra 0.1 µm on brass or stainless, requires 8-step polishing. Hard anodized: black, clear, or bronze, 50 µm thick, 60 HRC surface. For any finish, we mask the mounting holes and threaded inserts before surface treatment — you never have to chase threads or clean out anodize residue. We also offer custom laser engraving of logos or part numbers, depth 0.05 mm, readable after anodizing.
Every batch gets a full inspection report, not a sample check. We use a Zeiss CMM for dimensional verification on 3 parts per batch (or 100% if you request it). For critical features — mounting hole centers, counterbore depth, thread concentricity — we record actual values on the report. Pull-out force is tested on 1 part per 100: we thread a screw into the insert and pull axially until failure. You get the raw force value, not a pass/fail statement. Surface finish is measured with a Mitutoyo profilometer at the grip area. We keep records for 10 years. If you want to understand our tolerance philosophy in depth, see our CNC machining tolerances guide.
Drawer pulls are shipped with both threaded inserts and finished faces protected. Each pull is wrapped in VCI (vapor corrosion inhibitor) paper — no rust, no tarnish during sea freight. Then we place them in EPE foam trays with individual cavities, so parts never touch each other. For brass and mirror-polished pulls, we add a clear PVC film over the grip surface. Standard export cartons are 5-layer corrugated, edge crush test (ECT) 32 lbs/inch, which survives stacking in a 40-foot container. We have shipped to the US, EU, and Australia for 15 years without a single corrosion complaint.
You might expect quality issues from a Chinese factory. We built BQUQ specifically to eliminate that risk. Our CNC department runs 14 machines (Hass VF-2, Brother S500, Fanuc Robodrill), all with automatic tool setters and in-process probing. Operators are certified for GD&T per ASME Y14.5. We have ISO 9001:2015 certification, but more importantly, our outgoing defect rate over the last 3 years is 0.12% — verified by independent third-party inspection (SGS or TÜV) if you request it. We are a precision manufacturing company first, not a trading company. You deal directly with the factory manager, not a sales agent.
Most drawer fronts are 16 mm to 19 mm thick, but we handle thinner and thicker. If your panel is 12 mm, we machine a reduced counterbore depth and use a shorter insert. If your drawer face is 25 mm solid wood, we offer longer M5 inserts (15 mm thread engagement). We also machine non-standard hole patterns — 45 mm, 64 mm, or any center-to-center you specify. For round knobs, we can add a locating pin on the back face (2 mm diameter, 1 mm proud) that aligns with a drilled hole in the drawer front, preventing rotation of the knob during tightening. Send us your panel thickness and screw size; we will adjust the insert spec accordingly.
Brass and mirror-polished pulls are the hardest to make without scratches. We use a dedicated clean cell for these parts: operators wear nitrile gloves, machines run with flood coolant that is filtered to 5 µm, and parts are handled with vacuum lifters. We do not tumble polished parts — tumbling introduces micro-scratches that show up at Ra 0.1 µm. Instead, we hand-polish with a two-step compound (6 µm diamond then 1 µm diamond) on a ventilated bench. Each polished pull is wrapped immediately in film. If your spec requires zero visible scratches under a 60-watt light at 30 cm, our process meets it.
If your line is down and you need pulls in 5 days, we can do it. We reserve 15% of our CNC capacity for rush orders. The surcharge is 30% on the unit price, and we guarantee shipment within 5 working days for quantities up to 500 pieces, standard materials (6061-T6 or 304 SS), any finish. For quantities above 500, call us — we will give you a split shipment plan: first 200 pieces in 5 days, the rest in 12 days. We do not quote rush orders without confirming machine availability first, so no surprises.
We also understand that some engineers prefer to test a single pull before committing to a batch. With no MOQ, you can order one piece at the same tolerance and finish as a 10,000-piece run. The unit price will be higher for one piece (setup dominates), but the quality is identical. This lets you fit-test, finish-test, and drop-test before mass production.
There is no MOQ — we machine a single prototype or a full production run at the same ±0.01 mm tolerance.
Yes, send us your drawing or sample; we replicate the hole pattern, counterbore depth, thread insert, and surface finish to your spec within 2 working days.
We use CMM inspection on critical dimensions, 100% visual check for surface defects, and pull-out force testing on 1% of each batch, all documented in a shipment report.
Standard custom orders ship in 15 working days; rush orders with a 30% surcharge ship in 5 working days for up to 500 pieces.
Get a firm quote within 12 hours. Send your drawing or sample specification to sc@bquq.com or WhatsApp +86 13713157787. We reply with a fixed unit price, tooling cost (if any), and delivery date — no vague estimates. BQUQ is your precision manufacturing partner for CNC machined drawer pulls handles, made in China with documented quality.
| Parameter | Capability |
|---|---|
| Materials | AL6061/7075, SUS303/304/316, 45# steel, T2 copper, H59 brass, POM, PEEK, nylon |
| Tolerance | ±0.005mm standard, ±0.003mm on request |
| Machines | 3/4/5-axis CNC, turn-mill, Swiss lathe |
| Surface | Anodizing, nickel, zinc, passivation, sandblast, polish |
| Size Range | Max 400 x 300 x 200 mm |
| Prototype | 72 hours, no MOQ on samples |
| Inspection | Full report per batch, CMM data on request |
