CNC PROCESSES
Aerospace CNC Machining Services
Xtmade has been deeply rooted in the aerospace CNC machining field for many years. With our profound industry experience, top-tier equipment, and excellent market reputation, we are committed to providing high-precision, zero-defect component solutions for global customers.
Precision at Mach Speed. Reliability at Zero Gravity.
At Xtmade, we machine aerospace-grade Titanium, Inconel 718, and 7075 Aluminum into mission-critical components with tolerances down to ±0.005 mm. Backed by simultaneous 5-axis CNC machining and an AS9100D-compliant quality system, we deliver exceptional precision, full traceability, and consistent reliability for aerospace OEMs and defense programs. From jet engine components to satellite structures, we produce complex geometries and thin-walled parts engineered to maintain dimensional stability under extreme thermal and mechanical stress, providing the process control and manufacturing certainty modern aerospace demands.
End-to-End Service
Xtmade provides vertical integration to neutralize supply chain complexity. Our end-to-end service moves beyond machining into a full technical partnership: from DfM optimization and strategic material sourcing to specialized heat treatments and NDT validation. Every stage is locked within an AS9100-certified digital thread, ensuring 100% traceability and CMM-verified precision. By consolidating the production ecosystem, we eliminate multi-vendor friction and accelerate lead times. At Xtmade, we deliver flight-ready certainty, taking your designs from raw concept to final assembly without a single gap in excellence.
Why Choose Xtmade for Aerospace CNC Machining？
The Xtmade advantage is built on the elimination of technical and logistical variables. We provide the aerospace supply chain with a stabilized manufacturing environment through three core pillars:
Aerospace CNC Machining Capabilities
Xtmade leverages a high-tier manufacturing infrastructure engineered to solve the most demanding aerospace machining challenges. Operating at the intersection of advanced material science and precision kinematics, we combine simultaneous 5-axis machining, rigid process control, and aerospace-grade inspection systems to manufacture flight-critical components with exceptional dimensional stability and repeatability.
Aerospace CNC Machining Materials We Machined
We offer a comprehensive selection of flight-ready materials, ensuring every component meets the stringent weight, strength, and thermal requirements of the aerospace industry.
Aluminum Alloys
Grades: 7075-T6, 6061-T6, 2024-T3 The backbone of aerospace structures. These alloys offer an exceptional strength-to-weight ratio and excellent machinability. We specialize in 7000-series for high-stress structural parts and 2000-series for fatigue-resistant wing and fuselage components.
Titanium Alloys
Grades: Ti-6Al-4V (Grade 5), Grade 2 Ideal for critical components requiring steel-like strength at 50% of the weight. Titanium’s superior corrosion resistance and ability to withstand temperatures up to 600°C make it the gold standard for engine parts, landing gear, and structural fasteners.
Nickel-Based Superalloys (Inconel®)
Grades: Inconel 718, 625 Engineered for the most extreme environments. These alloys maintain high mechanical strength and creep resistance at temperatures exceeding 1000°C. Perfect for rocket engine nozzles, turbine blades, and exhaust systems.
Stainless & Alloy Steels
Grades: 17-4 PH, 15-5 PH, 4130, 4340 High-strength steels provide the toughness and fatigue resistance needed for high-load applications. Precipitation-hardening (PH) stainless steels are widely used for actuators, shafts, and landing gear components where durability is non-negotiable.
High-Performance Plastics
Grades: PEEK, Ultem (PEI), PTFE, Nylon Lightweight, flame-retardant, and insulating. These polymers replace metal in non-structural applications to reduce overall aircraft weight. Typical uses include interior cabin components, bushings, and electrical housings.
Specialty Alloys
Grades: Invar 36, Oxygen-Free Copper, Cobalt Alloys Tailored for precision and specific physical properties. Invar offers near-zero thermal expansion for optical instruments, while high-purity copper ensures maximum thermal and electrical conductivity for advanced avionics.
Aerospace CNC Machining Surface Finishing
- Anodizing (Type II & III):Enhances corrosion resistance and surface hardness for aluminum; Type III (Hardcoat) is critical for wear-prone structural components.
- Chem Film (Chromate Conversion):Protects aluminum while maintaining electrical conductivity; per MIL-DTL-5541 standards for avionics and housings.
- Passivation:Essential for stainless steel (AMS 2700) to remove surface contaminants and ensure maximum corrosion resistance in flight environments.
- Electroless Nickel Plating:Provides a uniform, hard-wearing layer on complex geometries, fuel system valves, and internal engine parts.
- Dry Film Lubricants:Permanent lubrication (MoS2/PTFE) for fasteners and bearings to prevent galling in high-vacuum or extreme thermal conditions.
- Bead Blasting & Shot Peening:Improves fatigue life and stress corrosion resistance by inducing compressive residual stress on the part surface.
- Electro-Polishing:Achieves an ultra-clean, micro-smooth finish for precision instrumentation and fluid-handling components.
- CARC & Aerospace Coatings:Chemical Agent Resistant Coatings and specialized primers/paints for environmental shielding and stealth requirements.
Quality Assurance & Standards
Xtmade operates a quality management system certified to ISO 9001:2015 and AS9100 standards, enforcing strict process control and full traceability throughout every stage of manufacturing. Utilizing advanced Zeiss CMM and automated vision inspection systems, we ensure ultra-precise measurements for the tightest tolerances, supported by complete AS9102 First Article Inspection (FAI) reports and Material Test Reports (MTR). Whether for single-piece prototypes or high-volume production, we utilize SPC and CPK data monitoring to guarantee superior consistency, safety, and reliability for every aerospace component we deliver.
Engineering Excellence & DFM Optimization
Xtmade’s engineering team acts as a technical extension of your own, leveraging advanced 5-axis CNC machining to master complex geometries and ultra-tight tolerances beyond the reach of conventional shops. Through expert Design for Manufacturing (DFM) feedback, we optimize every blueprint to eliminate technical risks, reduce costs, and accelerate lead times. From machining aerospace superalloys like Inconel and Titanium to managing high-volume production of 250,000+ units, our engineers provide the technical leadership necessary to ensure your most critical components perform flawlessly in the harshest environments.
What Is Aerospace Machining?
Aerospace machining is the precision manufacturing of critical components for aircraft, spacecraft, and defense systems using advanced CNC technology. These parts often require extremely tight tolerances, lightweight structures, and complex geometries while withstanding extreme temperatures and mechanical stress.At Xtmade, we utilize advanced multi-axis CNC machining to manufacture high-performance aerospace components from Titanium, Inconel, and aerospace-grade aluminum with exceptional accuracy, stability, and reliability.
Advanced Manufacturing Infrastructure
Xtmade operates a high-tier aerospace manufacturing matrix that synergizes advanced 5-axis machining power with deep-rooted metallurgical expertise. Our facility is a sophisticated ecosystem engineered to master the nuances of Titanium, Inconel, and high-performance aerospace alloys, ensuring structural integrity is preserved at the very limits of dimensional tolerance. By bridging the gap between agile prototyping and massive 250,000+ unit production clusters, we provide a scalable infrastructure that adapts to any project complexity. With a streamlined supply chain and climate-controlled precision, Xtmade delivers the manufacturing resilience and accelerated speed-to-market that the modern aerospace industry demands.
World-Class CNC Machinery
The Xtmade facility is powered by a formidable fleet of over 100 CNC platforms, anchored by industry-leading DMG MORI 5-axis simultaneous centers, Mazak multi-tasking mill-turn machines, and high-speed Fanuc systems. Our infrastructure integrates Renishaw in-machine probing for real-time closed-loop inspection and robotic automation cells that ensure maximum spindle utilization around the clock. By combining ultra-high-speed spindles for intricate surfacing with high-rigidity frames for heavy-duty cutting, our equipment ecosystem redefines precision, transforming the most ambitious engineering blueprints into flawless reality.
Aerospace CNC Machining Processes
The Xtmade facility is powered by a formidable fleet of over 100 CNC platforms, anchored by industry-leading DMG MORI 5-axis simultaneous centers, Mazak multi-tasking mill-turn machines, and high-speed Fanuc systems. Our infrastructure integrates Renishaw in-machine probing for real-time closed-loop inspection and robotic automation cells that ensure maximum spindle utilization around the clock. By combining ultra-high-speed spindles for intricate surfacing with high-rigidity frames for heavy-duty cutting, our equipment ecosystem redefines precision, transforming the most ambitious engineering blueprints into flawless reality.
Intellectual Property & Confidentiality
At Xtmade, we recognize that safeguarding your intellectual property is as critical as the precision of the parts we manufacture. We implement a rigorous, closed-loop confidentiality framework tailored to the sensitive nature of aerospace and defense projects. From initial consultation to final delivery, your proprietary designs and technical data are protected by legally binding NDAs, restricted-access production zones, and secure, firewalled data environments. We maintain uncompromising integrity across our entire workforce and supply chain, ensuring that your core innovations and commercial secrets remain fully isolated and protected under the highest standards of industrial security.
Representative Aerospace Projects
Xtmade has a proven track record of delivering high-stakes components across diverse aerospace platforms, ranging from rapid prototyping to complex series production. Our project portfolio features mission-critical parts including high-performance turbine engine components, intricate airframe structural members, and precision avionics enclosures. We specialize in solving manufacturing challenges such as ultra-thin wall machining, asymmetrical deep-cavity geometries, and the processing of advanced superalloys. Notable deliveries include propulsion manifolds, high-load landing gear brackets, and precision control valve bodies—all manufactured to the most exacting tolerances and structural integrity standards required by the modern aerospace industry.
Precision & Tolerances
At Xtmade, our aerospace CNC machining processes are engineered for ultra-high precision and repeatability across complex flight-critical components.
- Linear Tolerances:Down to ±0.002 mm
- Geometric Tolerances:Within 0.005 mm
- Hole Precision:Up to H5 tolerance class
- Surface Finish:Ra 0.1 – 0.4 μm
- Angular Accuracy:±0.01°
- Concentricity / Runout:Within 0.002 mm
Aerospace Machining Applications
Xtmade specializes in delivering flight-critical components engineered to withstand extreme thermal gradients and structural stresses in the aerospace and defense sectors:
Precision machining of turbine blades, drive shafts, and fuel nozzles. We excel in processing superalloys to ensure maximum aerodynamic efficiency and reliability.
Production of complex bulkheads, wing ribs, and mounting brackets. Our 5-axis capabilities transform raw billets into lightweight, high-strength frames optimized for weight reduction.
Manufacturing of robust axles, pistons, and actuator housings. Every component is engineered for uncompromising performance under high-impact and high-stress cycles.
Expertise in fuel manifolds, heat exchangers, and EMI-shielded enclosures. We ensure absolute leak-tightness for fluid systems and superior protection for sensitive flight electronics.
Partner with Xtmade
Contact our aerospace engineering team to discuss your mission-critical requirements. We provide comprehensive technical reviews and precise quotations within 24 hours, ensuring your project moves seamlessly from CAD to flight-ready reality with full material traceability and uncompromising quality.
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