High Precision Die Casting Enclosure Stainless Steel Aluminum Zinc Components

Product Specification

Product overview

High-precision metal components manufactured for demanding applications. This offering covers precision CNC machining and die/investment-casting parts produced from a wide set of materials — including aluminum, brass, bronze, copper, hardened steels, stainless steel, steel alloys and engineering plastics. Services support micro-machining, rapid prototyping, and batch production with flexible surface finishes on request

Key specifications & parameters

• Processes: CNC turning & milling, wire EDM, broaching, drilling, laser machining, chemical etching, rapid prototyping.

• Materials available: Aluminum, brass, bronze, copper, hardened metals, stainless steel, steel alloys, plastic

• Typical tolerances: Precision CNC tolerances suitable for mechanical engineering components (specify per drawing).

• Minimum order quantity (MOQ): from 10 pieces

• File formats accepted: PDF, DWG, STEP, IGES.

• Equipment highlights: Production executed on trusted machine brands (Haas, Citizen, Tsugami, Miyano), enabling stable small and medium batch manufacturing.

• Certifications: ISO 9001:2015 and ISO 13485:2016 certified facility.

Pricing examples (indicative, supplier tiered pricing): around $0.30 per piece for volumes in the 1,000–999,999 range; lower per-piece pricing available at very high volumes (e.g., ≥1,000,000 pieces). Contact supplier for exact, up-to-date quotes and freight.

Lead time & payment: Typical production lead times vary by order size and complexity (examples listed on the supplier page show ranges such as 14–30 days), and common payment terms include deposits (e.g., 70% deposit noted). Confirm exact timing and terms when requesting a quote.

Main selling points

• Full-spectrum metal capability: From soft aluminum parts to hardened steels and specialty alloys — one supplier for mixed-material needs.

• Small-batch friendly: Low MOQs and rapid prototyping options make this suitable for product development, pilot runs, and short production cycles.

• ISO-certified quality management: Management systems in place to support traceability, QA and regulated industries (medical device-related certification listed).

• Modern machine park: Use of precision CNC lathes and mills plus wire EDM enables tight tolerances and complex geometries.

• Flexible finish & formats: Surface finishes and part documentation handled per customer drawings (STEP/DWG/IGES/etc.).

Application scenarios

• Automotive & powertrain — brackets, bushings, valve parts, housings requiring close tolerances.

• Medical devices & instruments — small precision parts and components manufactured in certified facilities.

• Industrial equipment — gears, shafts, mounting fixtures, and wear parts.

• Consumer appliances & electronics — custom fittings, housings, and heat-sink components (e.g., parts for blenders or mixers).

• Aerospace & defense (non-classified parts) — components where material specification and traceability are essential.

Future trends & why this offering matters

1. Shift to flexible small-batch manufacturing: More companies prefer agile suppliers who can deliver prototype-to-production continuity; low MOQs support that trend.

2. Hybrid manufacturing & micro-machining: Combining traditional CNC with additive or micro-machining techniques increases geometric freedom for lightweighting and integration.

3. Tighter quality and regulatory expectations: ISO certifications, documented workflows, and material traceability are becoming baseline requirements, especially in medical and high-reliability sectors.

FAQ (concise)

Q: What drawing formats can I submit?
A: Common CAD formats accepted: PDF, DWG, STEP, IGES.

Q: What’s the minimum order quantity?
A: The supplier lists MOQs from 10 pieces, making small runs and prototyping feasible.

Q: Which materials are supported?
A: Aluminium, brass, bronze, copper, hardened steels, stainless steel, steel alloys and certain plastics.

Q: What certifications ensure quality?
A: The facility is reported to hold ISO 9001:2015 and ISO 13485:2016 certification — helpful for regulated sectors.

Q: How long will production take?
A: Typical quoted ranges on the supplier page show production lead times from a couple of weeks up to ~30 days depending on quantity and complexity; always confirm during RFQ.

Q: How are prices determined?
A: Per-piece pricing depends on material, geometry, surface finish, and volume. The page shows tiered units (example: $0.30 per piece at high volumes); request a formal quote for precise costing.

Call to action (for your site)

Want exact pricing, lead time and a manufacturability review? Provide your part drawing (STEP/DWG/IGES/PDF) and required tolerances — we’ll supply a fast quote, DFM feedback and a sample schedule.