Deeply Rooted in Medical Precision Machining, Providing One‑Stop Parts and Component Solutions Meeting Industry Compliance Requirements.
ARES Precision Manufacturing (Malaysia) focuses on providing high‑precision customized machining and assembly services for the medical device industry, deeply serving sub‑sectors such as surgical instruments, medical equipment, medical consumables, and in vitro diagnostics.
We have passed ISO 13485 medical device quality management system certification, establishing a full‑process quality control system that meets medical industry standards, ensuring the precision, stability, and traceability of every batch of parts.
Leveraging our own CNC machining, precision casting, laser cutting, and customized assembly capabilities, we can provide one‑stop delivery services from single‑part machining to component assembly, adapting to medical‑grade materials such as medical stainless steel, titanium alloy, and PEEK, supporting the entire lifecycle from R&D prototypes to mass production, helping medical customers quickly launch and compliantly mass‑produce their products.
Covering four dimensions of qualification, accuracy, material and batch volume to fully meet the machining requirements of the medical device industry.
● ISO 13485 medical device quality management system certification.
● Complete compliance quality documentation available.
● Stable dimensional tolerance up to ±0.02mm.
● Micro‑structure machining accuracy up to ±0.005mm.
● Medical stainless steel, titanium alloy, cobalt‑chromium alloy.
● Medical‑grade engineering plastics such as PEEK and PEI.
● From 1‑piece R&D prototype to 5,000+ piece batch production.
● Adaptable to high‑mix low‑volume flexible production needs.
Targeting core pain points in the medical device industry, we deliver customized precision machining solutions
Pain point: The medical industry imposes rigorous requirements on qualifications, quality documentation and traceability systems, which are difficult for ordinary processing factories to meet.
Solution: The entire workflow complies with the ISO 13485 management system. A batch‑level full‑chain traceability mechanism is established, and a full set of compliance documents including material certificates, inspection reports and traceability records are available.
Pain point: Most medical parts feature complex micro‑structures with strict tolerance requirements, which cannot be easily achieved by conventional machining processes.
Solution: The combined process of 5‑axis machining, precision grinding and EDM stably delivers micron‑level accuracy, catering to the machining of high‑end medical parts with complex curved surfaces and micro‑structures.
Pain point: During the R&D stage of medical products, production is characterized by high variety, small batches and rapid iteration, placing high demands on prototyping cycles and flexible production.
Solution: A dedicated medical project team is assigned for coordination, with flexible production lines enabling rapid response. Prototyping can be delivered in as fast as 3–7 days, supporting rapid iteration in the R&D phase.
Pain point: Medical components involve multiple processes, and coordination with multiple suppliers leads to high communication costs and difficulty in guaranteeing consistent quality.
Solution: In‑house full‑process support covering machining and assembly realizes one‑stop delivery from individual parts to finished components, with unified quality control to reduce coordination costs and quality risks.
Covering precision part needs across multiple fields of medical devices, catering to various high‑standard medical products.
Surgical forceps, surgical blade tips, precision accessories for orthopedic instruments
Precision structural parts and enclosures for imaging equipment and laboratory testing devices
Precision valve body and pump body parts for infusion pumps and analyzers
Orthopedic screws, bone plates, precision implant accessories
Medical injection molds, surgical instrument tooling and fixtures
Medical‑grade full‑process quality control compliant with ISO 13485 standards, ensuring compliance and traceability for every batch of products.
All medical‑grade materials undergo comprehensive inspection upon arrival at the factory. Material certificates and batch information are cross‑checked to ensure raw materials meet medical‑grade standards.
After the first article is completed, full inspection covering all dimensions, geometric tolerances and surface quality is carried out. Batch production will only be launched after qualification is confirmed.
Key dimensions are subject to regular sampling inspection during production to strictly control batch consistency. Production records and inspection data are preserved for each batch.
100% full‑dimensional re‑inspection is conducted before shipment, with complete inspection reports issued. Batch‑level traceability files are established to enable full‑chain traceability and inquiry.
Medical‑Device Machining FAQs | Compliance & Service Scope