Mold Making
Two-plate, three-plate and hot-runner molds from 1 to 64 cavities, in P20, 718H, S136 and H13. Gating, cooling and ejection are reviewed in DFM before steel is ordered.
Mold making capabilities →Injection molds · Precision CNC parts · Dongguan, China
Molds and parts built to a process you can audit.
We machine molds and parts to ±0.005 mm, quote lead times in working days, and ship a CMM inspection report with every project. DFM review happens before the first steel cut — not after the first bad sample.
±0.005 mmTolerance held on critical CNC features
1,200 mmLargest mold base and part envelope
25–45 daysTypical mold lead time to T1 samples
100%Shipments with a dimensional report
Three lines of work
What we build, and how far we can hold it
Each line below states its working envelope up front. If your part sits outside it, we say so at quotation instead of at delivery.
CNC Machining
3-axis and 5-axis milling, turning, wire EDM and surface grinding for parts up to 1,200 mm. Critical features held to ±0.005 mm and verified on a CMM.
CNC machining capabilities →Prototype Tooling
Aluminium bridge tooling for 50–500 shots, so a design can be proven in real resin before the budget for hardened steel is committed.
Prototype tooling →Transparent process
Eight stages. You know which one your mold is in.
Every project runs through the same eight stages, and you get a dated status against each one — not a single "in production" reply for six weeks.
- DFM & design review2–3 working days
- Steel & standard parts3–5 working days
- Rough machining5–8 working days
- Precision machining & EDM7–12 working days
- Bench work & assembly4–6 working days
- Trial shot (T1)1–2 working days
- CMM inspection & report1–2 working days
- Packing & shipment1–2 working days
Day ranges above describe a typical 8–16 cavity mold. Your schedule is confirmed in writing once the DFM report is approved, and any change to it is notified before it happens.
Quality you can check
Inspection is a document, not a promise
Five records travel with every project. Ask for any of them, on any order, and they are already filed.
- CMM dimensional reportMeasured, nominal and deviation for each critical dimension.
- First article inspectionFull ballooned drawing check before volume runs.
- Trial shot recordCavity balance and process parameters logged at T1.
- Mold history fileSteel certificates, hardness results and every dated repair.
Product lines
Start from the part you need
Three entry points, each with its own specification table, minimum order and lead-time basis.
Injection Molds
Production tooling in hardened steel, 1–64 cavities, with hot runner options and a documented mold history from day one.
Injection molds →
Precision CNC Parts
Milled, turned and ground parts from 1 to 100,000 pieces, with the tolerance you need stated on the drawing before we cut.
Precision CNC parts →
Prototype Tooling
Aluminium bridge molds for 50–500 shots, delivered in 10–18 working days so a design decision is not blocked by tooling budget.
Prototype tooling →Industries
Where our parts end up
Four sectors we build for regularly. Each one has its own tolerance, documentation and material expectations.
AutomotiveBrackets, housings and connectors; PPAP-style documentation and cavity traceability.
Medical devicesHousings and fluid-path parts; clean handling, full lot traceability and dimensional reports.
Consumer electronicsCosmetic surfaces, texture and high-gloss finishes; fast prototype-to-production cycles.
Industrial equipmentLow-volume, high-mix machined parts; repeat orders held to the original inspection record.
Case studies
Two projects, opened up
Problem, method, result — including the parts that took longer than planned.
Automotive
16-cavity hot runner bracket
- ProblemPrevious tool ran 11% short shots on cavity 12.
- MethodBalanced hot-runner layout, flow study before steel, CMM check of every cavity insert.
- ResultCavity balance within 3%, T1 samples in 32 working days.
Medical
Housing with 0.02 mm flatness
- ProblemWarping after ejection failed the flatness callout on a 180 mm face.
- MethodCooling redesign, ejection balance, fixture-checked CMM measurement at 20 °C.
- Result0.018 mm flatness on the first trial shot, held across three production lots.
Figures shown describe comparable projects; client names are withheld under NDA. More case studies →
Questions buyers ask
Straight answers before you send drawings
How long does it take to build an injection mold?
A typical 8 to 16 cavity mold takes 25–45 working days from approved DFM to T1 samples. Cavity count, steel choice, surface finish and late design changes move that number. We confirm the schedule in writing after DFM sign-off and report against it at each of the eight process stages.
What tolerance can your CNC machining hold?
±0.005 mm on critical features and ±0.01 mm on general features, measured on a CMM at 20 °C. Part size, material and fixturing decide what is realistic, so we state the tolerance we will guarantee on your drawing before cutting metal rather than after.
How do I know the parts were measured correctly?
Every shipment carries a CMM dimensional report listing measured value, nominal value and deviation for each critical dimension, plus a first article inspection report against your drawing. Trial shot records and steel certificates are filed in the mold history file and available on request.
What do you need from me to quote?
Five items: a 3D model (STEP or IGES), a 2D drawing with tolerances, the material, the annual or order volume, and your target delivery date. With those we reply within 8 working hours on weekdays, with price, lead time and any DFM risks already visible.
Will you sign an NDA before I share drawings?
Yes. We sign a mutual NDA before receiving customer drawings, we do not publish client names or part photos without written permission, and files stay on an access-controlled server instead of shared drives.
Request a quote
Send the drawing. Get a date, not a maybe.
We reply within 8 working hours on weekdays (Mon–Sat, GMT+8) with price, lead time and the DFM risks we can already see.
- 3D model in STEP or IGES
- 2D drawing with tolerances
- Material and surface finish
- Annual or order volume
- Target delivery date