Plastic Model 3D Printing Service Professional With SLA SLS Resin Printing

Product Specification

Product overview

High-precision rapid CNC prototyping and machining service with 5-axis capabilities for complex geometries. Suited to small runs, prototypes and production parts in metals and plastics, this factory service accepts common 2D/3D formats (PDF/DWG/IGES/STEP) and delivers fast lead times with automotive-grade quality management.

Key technical parameters

• Materials supported: Aluminum, brass, bronze, copper, stainless steel, hardened steels, alloy steels and selected plastics.

• Machining processes: 5-axis milling, turning, wire EDM, broaching, drilling, laser machining, chemical etching and rapid prototyping workflows.

• Typical tolerances: ±0.01 mm to ±0.005 mm (high-precision tolerances available).

• File formats accepted: 2D (PDF/DWG/CAD) and 3D (IGES / STEP).

• Certifications: ISO 9001, TS/IATF 16949 and RoHS compliant processes listed on the supplier page.

• Packaging: Bubble wrap + carton + wooden case for export shipments.

Lead times & pricing

• Lead times (example): 1–100 pcs ≈ 10 days; 101–500 pcs ≈ 15 days; 501–1,000 pcs ≈ 20 days; >1,000 pcs negotiable.

• Example unit pricing published on the supplier page (illustrative): 1–499 pcs ≈ $0.10; 500–4,999 pcs ≈ $0.05; ≥5,000 pcs ≈ $0.01 — final price depends on material, finish and complexity.

• Customization upcharges (examples): custom size, material or surface finish add ≈ $0.10/piece (min. order may apply).

Why this service (selling points)

• True 5-axis capability for complex 3D geometries and single-setup machining that reduces secondary operations.

• Tight tolerance control (down to ±0.005 mm) for precision components used in automotive, medical and industrial fields.

• Factory-direct pricing and clear tiered lead-time examples make budgeting and scheduling simpler for product teams.

• Broad process mix (EDM, laser, broaching, chemical machining) enables specialty features that ordinary mills can’t produce alone.

• Export-ready packing and standard CAD/STEP intake speed up global sourcing and tooling cycles.

Typical application scenarios

• Functional prototypes and final housings for consumer electronics and IoT devices.

• Precision structural components or brackets for automotive and EV subsystems.

• Medical device parts where traceability and small tolerances are required.

• Aerospace and defense fixtures, jigs and small structural pieces requiring multi-axis complexity.

• Small-batch production runs for industrial machinery, robotics and instrumentation.

Future trends & positioning

• Increased adoption of 5-axis machining as designers push for consolidated part geometries that reduce assemblies and improve strength.

• Faster prototyping cycles and tighter integration of CAD→CAM workflows are shortening product development timelines — providers that accept STEP/IGES and deliver within days are increasingly valuable.

• Hybrid manufacturing (additive + subtractive) and demand for light-weight metal parts will push more complex aluminum and titanium jobs to advanced 5-axis shops. (Context derived from product capabilities on the supplier page.)

Q: What CAD formats can I upload for a quote?
A: PDF/DWG for 2D and IGES/STEP for 3D are accepted for quoting and tooling

Q: What tolerances can you hold?
A: Typical published tolerances are ±0.01 mm to ±0.005 mm depending on material and geometry. Request a tolerance review with your drawing.

Q: Can you handle small prototype runs?
A: Yes — the service lists example lead times for 1–100 pieces (~10 days) and supports single-piece customization.

Q: Are there certification assurances?
A: The supplier lists ISO 9001 and TS/IATF 16949 plus RoHS-related compliance on the product page; request certificates and inspection reports during RFQ.

Q: How are parts packaged for shipment?
A: Standard export packing uses bubble wrap, carton boxes and wooden cases for larger or fragile orders.