To fully support your manufacturing processes, our engineers bring in-depth expertise in emerging market technologies, offering professional support across advanced mechanical systems and optoelectronic components utilizing the latest CNC machining and manufacturing techniques, as well as comprehensive 3D printing solutions for both metal and non-metal materials; in parallel, we employ a robust and reliable error-prevention system rather than relying solely on end-of-line defect detection—through comprehensive engineering reviews of all New Product Introductions (NPI) and detailed Design for Manufacturability (DFM) feedback to clients, we enhance Overall Equipment Effectiveness (OEE) and significantly reduce customer costs.

We utilize advanced design, digital simulation, and manufacturing software to enhance product development and production efficiency.
Design Software: UG NX, Inventor, SolidWords
Electromechanical and Hydraulic System Design Software: Amesim 2020, Automation Studio 7.0 (including integrated manifold design)
Finite Element Simulation Software: NUMECA FineTurbo (for turbomachinery analysis), ANSYS Fluent
CAM Software: UG NX, hyperMILL 2018 (for 5-axis machining)

We understand that you’re designing and sourcing parts at the leading edge of performance, and we empower our customers with unmatched experience and expertise in working with exotic alloys and high-performance materials that are rarely available from conventional machine shops. Our advanced capabilities stem from a long-standing history of executing demanding aerospace and defense projects, consistently pushing the boundaries of our engineering and machining teams. Exotic alloys, known for their exceptional resistance to extreme heat, cold, corrosion, and long-term wear, are essential for modern aerospace and defense applications requiring highly complex components that operate under intense conditions. The exotic materials we expertly machine include Beryllium, Ceramics, Cobalt, Haynes 230, Hastelloy, Hyperco, Inconel, Invar, Kovar, Monel, MP35N, MP159, Tantalum, Titanium, Tungsten, and 250 Maraging Steel.

At the forefront of high-performance manufacturing, we specialize in Advanced Component Machining—delivering complex, precision-machined parts for a wide range of demanding applications across industries such as aerospace and defense. Our success as a trusted precision machining partner is built on decades of technical expertise, a highly skilled team, and continuous investment in advanced CNC technologies. We meet the most stringent design specifications through multiaxis machining and fabrication capabilities, offering both high-mix, low-volume flexibility and scalable high-volume production—up to 4,000 parts per month—while ensuring optimal cost-efficiency and part reliability.

Our comprehensive precision machining services include 3-, 4-, 5-, and 7-axis machining and milling, large-diameter turning, hard turning and milling, gun drilling, thin-walled part machining, and precision work with castings and forgings. These capabilities allow us to transform innovative designs into functional, safety-critical components that meet or exceed industry standards.

To support this, we operate a fleet of state-of-the-art machining equipment capable of achieving extreme tolerances and performance under the most challenging conditions. This includes:
– Mori DMG 7-axis mill-turn machines
– Mori DMU 5-axis milling machines
– Mazak 4-axis vertical CNC machining centers with pallet pool
– Haas 3-axis milling machines and CNC turning centers
– Okuma CNC mill-turning centers with bar feeders
– Okuma 5-axis milling machines
– SNK CNC turning centers
– FMS with 48-station pallet system
– Fanuc robotic loading systems
– Makino Wire EDM

By combining cutting-edge tools, advanced automation, and engineering precision, we provide our customers with robust, cost-effective solutions for even the most complex machining challenges.

At the core of today’s most complex and mission-critical aerospace and defense components is multi-axis precision machining—a technology essential for achieving the tight tolerances, dimensional accuracy, and surface quality these parts demand. When failure is not an option, there is zero margin for manufacturing error. We meet and exceed the most rigorous customer and program specifications by leveraging cutting-edge CNC equipment and years of specialized experience in precision engineering.

Multi-axis machining enables simultaneous movement in up to seven directions, allowing for the creation of complex angles, intricate shapes, and advanced contours in a wide range of materials, including exotic alloys. This advanced method offers significant benefits: it delivers superior surface finishes with reduced vibration, requires fewer setups to maintain precise alignment throughout machining operations, and reduces production time and cost by enabling complex operations in a single machine pass.

Our comprehensive machining capabilities support the production of highly complex parts across all program phases—from prototyping to full-scale production. These include:
– 5-axis aerospace machining
– Complex milling and turning
– Machining of exotic materials
– Casting and forging machining
– Thin-walled part machining
– Micro-tube machining and bending
– Gear racks and gear pinions

We don’t just machine parts—we perfect them. Our deep domain experience in aerospace and defense gives us a strategic advantage over competitors who may have similar equipment but lack the engineering and program-level expertise required for success in high-stakes industries.

Beyond machining, we offer full turnkey program management, including secondary machining, precision finishing, mechanical assembly, and rigorous functional testing. We also provide design and engineering support to ensure every part meets its intended function, performance, and manufacturability criteria.

Our tolerance capabilities reflect our commitment to ultra-precision:
– 5-axis machining: rotational range from 0.060” to 60”
– Complex milling: lengths from 0.060” to 84”
– Complex turning: diameters from 0.060” to 38”
– Thin-walled machining: down to 0.101” wall thickness for cylindrical housings and deep-pocket features
– Dimensional tolerances held to ±0.0001”
– Measurement tolerances down to ±0.0000020”

With advanced technology, expert teams, and a relentless focus on quality, we provide unmatched solutions for machining the industry’s most critical and complex components.

In addition to multi-axis precision machining, we offer a comprehensive portfolio of advanced, high-precision manufacturing technologies that significantly enhance our capabilities—particularly tailored to meet the demanding requirements of the aerospace and unmanned aerial vehicle (UAV) sectors, where lightweight structures, high strength, complex geometries, and performance under extreme conditions are essential. Our capabilities include 3D printing (additive manufacturing), which enables the rapid production of lightweight, topologically optimized components with complex internal structures, ideal for aircraft structural parts, thermal management components, and functional UAV parts where weight and performance must be tightly balanced. Metal Injection Molding (MIM) is perfectly suited for high-volume production of small, intricate metal parts with tight tolerances, widely used in UAVs for precision housings, fasteners, linkages, and miniature actuation components—combining structural complexity with scalable efficiency. Precision casting allows for near-net-shape fabrication of high-temperature alloy components such as engine housings, brackets, and thermal shielding parts, maintaining both structural integrity and surface quality. Backed by extensive hands-on experience in aerospace and UAV programs, we understand the rigorous standards, material certifications, and reliability expectations of the industry. With state-of-the-art equipment, multidisciplinary process integration, and deep technical expertise, we provide complete, end-to-end solutions—from design collaboration and rapid prototyping to full-scale production, finishing, and functional testing—ensuring every mission-critical component meets the highest benchmarks of performance, safety, and durability in flight-critical applications.

We deliver cost-effective and highly reliable solutions through an advanced, end-to-end supply chain that spans design, engineering, electrical, mechanical, and manufacturing processes—empowering our customers with a true competitive edge. As a strategic extension of our precision machining and program management services, our Assembly, Integration, and Test (AIT) capabilities ensure seamless alignment and consistent quality throughout the product lifecycle. We offer advanced assembly services using specialized engineering methods to efficiently and accurately assemble complex components into fully functional systems, including turnkey delivery of fully assembled UAV platforms. With a deep understanding of the risks inherent in outsourced assembly and integration, we place trust at the core of our partnerships—delivering tangible, executable solutions that strengthen customer confidence and support long-term success. By partnering with us for assembly and integration, customers benefit from reduced total delivery cycles, lower discrete part procurement costs, and streamlined supply chain management—allowing them to focus more effectively on their core competencies and strategic growth.

We are at the forefront of modern manufacturing trends and capabilities, delivering exceptional parts fabrication solutions tailored to meet the most demanding customer requirements. With a full suite of advanced equipment and cutting-edge technologies, we offer a comprehensive range of fabrication services capable of supporting nearly any design specification. Our specialized expertise enables us to rapidly and efficiently process high volumes of multi-axis machined parts using advanced cutting, bending, forming, and assembly techniques.

Our fabrication capabilities include laser cutting, laser cladding, laser 3D printing, press brake forming, welding, Ve roll forming, providing broad support across diverse industry needs. In the aerospace sector, our standout capabilities include precision sheet metal fabrication Ve structural welding. We operate a large-format water jet cutting center, which uses high-pressure water mixed with grit—delivered through diamond or ruby nozzles—to cut metals such as aluminum, steel, and titanium into near-net shapes. This process is driven by 3D CAD files to ensure exceptional precision, and we work with a wide variety of metals including stainless steel, aluminum, and brass, offering multiple finishing options such as anodizing and powder coating.

Our structural welding services are integral to our value-added fabrication process, supported by additional operations such as EDM, lapping, grinding, and heat treating. MIG (GMAW) and TIG (GTAW) welding are performed using dedicated equipment designed to control the unique heating and cooling requirements essential for structural integrity. We ensure all welded components meet surface finish and deburring standards, and are fully compliant with both customer specifications and our internal inspection benchmarks.

Every fabricated component undergoes stringent quality control, ensuring not only compliance with exact specifications, but also adherence to elevated internal standards that surpass typical industry norms. With this full-spectrum fabrication capability, we empower our customers with high-quality, reliable, and performance-optimized parts that drive competitive success in the most demanding markets.

To meet the increasingly demanding performance requirements in aerospace, defense, and high-precision industrial applications, we offer a comprehensive suite of advanced metal surface treatment and coating technologies engineered to significantly enhance the durability, wear resistance, corrosion protection, and thermal stability of mission-critical components. Our surface engineering capabilities include electroplating (such as hard chrome, electroless and electrolytic nickel, and gold plating), anodizing for aluminum alloys (Type II and Type III for corrosion and abrasion resistance), and chemical conversion coatings such as chromate and phosphate treatments.

We also provide thermal spray technologies including High Velocity Oxy-Fuel (HVOF) Ve plasma spraying, which deposit dense ceramic or metallic layers onto part surfaces to improve wear and temperature resistance. Physical Vapor Deposition (PVD) Ve Chemical Vapor Deposition (CVD) are utilized for achieving ultra-hard, low-friction coatings with high thermal stability, especially for aerospace turbine components and precision mechanical interfaces.

In addition, we deploy laser-based technologies such as laser cladding, which enables metallurgically bonded overlays using custom alloy powders to repair or reinforce high-value components, and laser hardening, which provides localized surface hardening with minimal distortion—ideal for gears, shafts, and aerospace structural parts where high surface hardness and core ductility must coexist. For temperature-sensitive materials and geometrically complex parts, we apply cold spray technology, which uses supersonic particles to build up protective or functional coatings without thermally affecting the substrate, making it especially advantageous for repairing lightweight alloy parts in UAVs and aircraft.

We also offer powder coating, epoxy and polymer-based coatings, Ve decorative and functional finishes designed for both industrial and aesthetic purposes. All processes are tailored to material type, mechanical load, service environment, and customer specifications, with rigorous in-house support for metallurgical analysis, coating thickness control, surface roughness profiling, Ve adhesion and hardness testing. Our coatings meet or exceed industry standards including MIL-SPEC, AMS, ASTM, Ve NADCAP requirements.

By integrating this broad range of cutting-edge surface technologies into our fabrication and machining workflows, we deliver high-performance metal components with extended service life, reduced maintenance requirements, and optimized function-to-weight ratios—enabling our customers to achieve superior results in the most demanding operational environments.