Deeply Rooted in Aerospace Precision Machining, Providing High‑Precision Complex Component Solutions Meeting Industry Standards.
ARES Precision Manufacturing (Malaysia) focuses on providing high‑precision customized machining services for the aerospace industry, deeply serving sub‑sectors such as airborne equipment, aero‑engines, avionics, and tooling fixtures.
We have obtained ASME certification and established a full‑process quality control system that meets aerospace industry standards, ensuring the precision, reliability, and end‑to‑end traceability of every batch of parts.
Leveraging our full‑process capabilities, including five‑axis machining, precision grinding/EDM, and precision casting, we can undertake the machining of complex curved surfaces, irregular structures, and special materials, adapting to aerospace‑grade materials such as titanium alloys, high‑temperature alloys, and aerospace aluminum. We support the entire lifecycle from R&D prototypes to small‑batch production, helping aerospace customers achieve rapid product verification and stable mass production.
Covering four dimensions of qualification, accuracy, material and batch volume to fully meet the machining requirements of the aerospace industry.
● ASME‑related certifications · ISO 9001 quality system
● Complete aviation‑grade quality documentation available
● 5‑axis machining accuracy up to ±0.01mm
● Geometric tolerances and surface quality comply with aerospace standards
● Stainless steel, alloy steel, special engineering plastics
● Titanium alloy, nickel‑based superalloy, aerospace aluminum alloy
● Adaptable to high‑mix low‑volume flexible production needs
● From 1‑piece R&D prototype to 500+ piece small and medium batch production
Targeting core pain points in the aerospace industry, we deliver customized precision machining solutions.
Pain point: The aerospace industry imposes extremely high requirements on qualifications, quality management and traceability systems, which are difficult for ordinary processing factories to meet.
Solution: The entire workflow complies with relevant ASME standards. An aviation‑grade quality control and traceability system has been established, providing a full set of quality documents including material certificates, first article inspection reports, process records and inspection reports.
Pain point: Most aerospace parts feature complex curved surfaces and polyhedral irregular structures, which are difficult to achieve with conventional 3‑axis/4‑axis machining and prone to large clamping errors.
Solution: The combined process of 5‑axis simultaneous machining and precision EDM completes machining of multi‑sided complex structures in one clamping, greatly reducing clamping errors and ensuring the accuracy and consistency of complex profiles.
Pain point: Aerospace special materials such as titanium alloys and superalloys have high hardness and poor thermal conductivity, leading to great machining difficulty, easy deformation and rapid tool wear.
Solution: With years of experience in special material machining, we adopt exclusively optimized cutting parameters and process solutions, matched with dedicated cutting tools and cooling systems to guarantee the machining accuracy and surface quality of special material parts.
Pain point: During the R&D stage of aerospace products, production is characterized by high variety, small batches and rapid iteration, placing high demands on process verification and prototyping cycles.
Solution: A dedicated aerospace project team is assigned for coordination, with flexible production lines enabling rapid response. Prototypes of complex parts can be delivered in as fast as 7–10 days, supporting rapid iteration and process verification in the R&D phase.
Covering precision part needs across multiple aerospace fields, catering to various high‑standard aviation products.
Airborne equipment brackets, housings, precision structural components.
Precision engine parts including blades, impellers and valve components.
Hydraulic system valve bodies, pump bodies, precision connectors.
Special tooling, fixtures and inspection jigs for aerospace assembly.
Avionics equipment housings, heat dissipation parts, precision structural parts.
Full‑process quality control compliant with aerospace standards ensures the reliability and traceability of every batch of parts.
All aerospace‑grade materials undergo comprehensive inspection upon arrival at the factory. Material certificates, furnace batch numbers and physicochemical properties are verified to ensure raw materials meet aerospace‑grade standards.
Process simulation and review are conducted in advance for complex parts. Upon completion of the first article, full inspection covering all dimensions, geometric tolerances and performance is carried out. Batch production will only be launched after qualification is confirmed.
100% full inspection of key dimensions is implemented during production. Complete production records and inspection data are retained for each process to guarantee batch consistency.
Full‑dimensional re‑inspection is conducted before shipment, with supporting non‑destructive testing (NDT) available. Complete inspection reports are issued, and batch‑level full‑chain traceability files are established.
Answers to Frequently‑asked Questions for Aerospace Machining, Clarifying Compliance Requirements and Process Capabilities Quickly.