XAP Precision: Advanced Equipment Matrix Drives Multi-Industry Precision Machining Solutions
With an equipment matrix covering 3-axis to 5-axis full-range machining centers, high-precision inspection devices, and a complete post-processing system, Xin’an Precision not only solves industry technical challenges such as heterogeneous material composite machining and micro-structure forming but also achieves dual optimization in production efficiency and overall costs for clients in the medical device, new energy vehicle, consumer electronics, and high-end equipment sectors.
XAP Precision supports end-to-end manufacturing from complex surface machining to micro-structure precision forming. By integrating a “material inspection–process optimization–quality traceability” system, we ensure strict machining accuracy while helping clients shorten product development cycles and reduce supply chain management costs, truly delivering manufacturing value characterized by “guaranteed precision, predictable lead times, and optimized costs.”
Process: Combined CNC turning and milling, multi-axis milling.
Challenges: Ensuring coaxiality of internal threads, preventing deformation of thin-walled parts, maintaining precision at multiple feature positions.
Finishing: Deburring, mirror finish/precision polishing, passivation or coating.
Process: Five-axis CNC processing, precision turning.
Challenges: Smoothness of complex curved surfaces, control of thin-walled part deformation, processing of small deep holes, clamping of irregular structures.
Finishing:Remove burrs,comprehensive size inspection.
Process: Precision turning, whirlwind milling, or custom tool milling.
Challenges: Ensuring continuity and accuracy of helical tooth profile, uniform multi-tooth indexing, and controlling tooth surface finish.
Finishing：Deburring, tooth flank finishing/polishing, dynamic balancing test, rust prevention.
Process: 5-axis simultaneous milling.
Challenges: High-precision forming of complex spatial surfaces (blade profile), preventing chatter and deformation during thin-blade machining, and meeting high dynamic balance requirements.
Finishing：Blade surface fine polishing, dynamic balancing correction, surface hardening (e.g., nitriding) or coating.
Process: CNC turning, multi-axis milling, wire EDM (for cut-outs).
Challenges: Controlling flatness and roundness of large-diameter thin-walled parts, positional accuracy of multiple holes, and managing stress deformation from lightening holes/slots.
Finishing：Deburring, sandblasting, anodizing (optional), dynamic balancing test (for pulley).
Process: Multi-axis CNC milling, deep/cross-hole machining.
Challenges: Achieving surface finish and positional accuracy in multi-channel cavities, precision machining of sealing surfaces, and removing burrs from internal intersecting holes.
Finishing:Deburring, mirror/precision polishing, passivation or coating.
Process: Multi-axis CNC Milling.
Challenges: Maintaining high dimensional accuracy for multiple bore holes, machining deep cavities, preventing deformation of thin-wall sections.
Finishing:Shot blasting, passivation, anodizing (optional).
Process: CNC Turning & Milling, possibly 5-axis for complex shapes.
Challenges: Achieving consistent surface finish on multi-material parts, precise feature alignment across different axes.
Finishing:Multi-color anodizing (red, purple, gold), passivation, precision deburring.
Process: Swiss-type Automatic Lathe machining, precision grinding.
Challenges: Micron-level tolerance control for small diameters, maintaining concentricity.
Finishing:Electrolytic polishing, chromate conversion coating (for colored parts)
Professional Precision Machining Capability System: XAP Precision’s Five Core Technology Platforms Empower High‑Value Manufacturing
I. CNC Turning Platform
We provide full‑scale turning solutions, utilizing multiple precision lathes and Swiss‑type machines to achieve high‑precision rotary parts machining. We excel in processing difficult‑to‑machine materials such as hardened steel and titanium alloys, enabling high‑stability thin‑wall part machining and integrated turn‑mill compound processing.
II. CNC Turn‑Mill Compound Machining Platform
Employing advanced turn‑mill centers, multiple processes including turning, milling, drilling, and tapping are completed in a single setup, significantly shortening machining cycles and improving accuracy consistency. Particularly suitable for precision parts with complex structures such as eccentric holes and curved grooves.
III. Gantry Machining Platform
Specializing in the integrated manufacturing of large structural components, it features heavy‑duty machining capabilities and high‑rigidity systems, achieving deep cuts and high material removal rates to ensure high‑precision, integrated machining of heavy workpieces such as large welded bases and mold plates.
IV. 5‑Axis Simultaneous Machining Platform
Leveraging 5‑axis simultaneous machining technology to achieve one‑step forming of complex curved surfaces, combined with dynamic accuracy compensation and high‑speed spindles, meeting the high‑surface‑quality and deep‑cavity/narrow‑slot precision machining requirements for complex geometric parts such as impellers and blades.
- 4‑Axis Simultaneous Machining Platform
Utilizing 4‑axis CNC rotary tables to achieve efficient multi‑face machining, supporting parallel processing of multiple workpieces and rapid changeovers, suitable for parts requiring batch machining of multi‑angle features, such as engine blocks and transmission housings.
Five Reasons to Choose XAP Precision:
✅ Full Process Chain Coverage: One‑stop solutions from simple turning to complex 5‑axis machining
✅ Precision Assurance System: Accuracy control capability 30‑50% stricter than industry standards
✅ Industry‑Specific Solutions: Deep process expertise in medical, aerospace, automotive, and other fields
✅ Cost Optimization Capability: Achieves 20‑50% reduction in overall costs through process innovation
✅ Continuous Upgrade Commitment: Annual equipment renewal rate of 15%, quarterly updates to process databases
It can handle a variety of metals, alloys, and engineering plastics to meet different performance requirements.
It can consistently achieve high-precision manufacturing, with tolerances typically reaching ±0.01-0.05 mm.
It includes anodizing, sandblasting, electroplating, polishing, and other processes, enabling multi-color finishes.
It supports small-batch customization, usually with no minimum order quantity requirement.
Depending on the complexity of the parts, delivery is generally completed within a few days to a few weeks.
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