• Building 12, Ma'anshan Second Industrial Zone, Shajing Subdistrict
  • Building 12, Ma'anshan Industrial Zone
    Shenzhen Shajing
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CNC Machining

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CNC Horizontal Milling

CNC Machining Solutions — Reliable, Efficient, and Mass-Production

Covering 5-axis milling, Swiss-type turning, and horizontal milling, supporting micro-tolerance machining, complex geometry, and production from small batches to large batches.

  • Equipment: 5-axis machining center, Swiss-type lathe, multiple horizontal machining centers, CNC milling-turning machine, CMM, etc.
  • Materials: Aluminum alloy, steel, stainless steel, titanium alloy, engineering plastics, copper alloy, etc.
  • Machining accuracy: Standard ±0.01mm, up to ±0.005mm (depending on workpiece and process).
  • Services: Machining based on drawings and samples, small-batch trial production of samples, mass production machining, surface treatment, and assembly.

Quality control and delivery assurance

  • Incoming material inspection (chemical composition, hardness)
  • Online inspection and first-piece inspection during processing
  • Coordinate measuring machine (CMM) and geometric tolerance inspection
  • Archiving of process documents and inspection records (for subsequent rework and duplication)
  • Sample production and customer confirmation process to ensure batch consistency

Simultaneous control of three translation axes and two rotation axes, suitable for complex curved surfaces and high-difficulty workpieces requiring multi-face machining in a single setup.

Key Advantages

  • Multi-face machining in a single setup reduces tooling and positioning errors, significantly improving accuracy and repeatability.
  • Highly efficient machining of complex curved surfaces (aerospace blades, mold cavities, medical device shapes, etc.).
  • Shorter machining cycle time, fewer secondary processes, and lower overall cost.
  • Shorter tool extension and more stable cutting posture improve surface quality and tool life.

Typical Applications

Complex aerospace parts, precision molds, automotive engine components, medical implants, complex structural prototypes.

Typical Parameters/Recommendations

Maximum machining stroke: Depending on machine type (Example: X/Y/Z = 800/600/600 mm)

Achievable tolerances: ±0.01mm (critical dimensions up to ±0.005mm)

Surface roughness: Ra 0.4 — 1.6 μm (depending on material and tool)

Swiss-style automatic lathes, with their ram-guided and back-pressure-supported design, are suitable for machining miniature and slender workpieces with high precision and a high longitudinal-to-length ratio.

Key Advantages

  • High-precision axial support reduces vibration and deflection in slender parts, ensuring dimensional stability and concentricity.
  • Achieves minute tolerances and high surface finishes (suitable for miniature shafts, needle-like parts, and precision inserts).
  • High automation and high throughput, suitable for stable production from small to large batches.
  • Multi-tool positions and composite tools support complex contours in a single pass, reducing secondary processes.

Typical Applications

Medical devices (surgical instruments, injection needles), electronic connectors, watch parts, miniature shafts/pins, precision hardware components.

Typical Parameters/Recommendations

Maximum bar diameter: Φ1 — Φ32 mm (depending on machine tool)

Achievable tolerances: ±0.005 — ±0.01 mm

Supports multiple processes including internal hole machining, external turning, grooving, and tapping.

Horizontal machining centers excel in rigidity and high chip removal capabilities, making them suitable for medium to large workpieces, deep cavity machining, and high material removal rates.

Key Advantages

  • Smooth chip evacuation, suitable for milling deep cavities, heavy cutting, and long-term continuous machining.
  • Flexible workpiece clamping, easy integration of multiple operations and automatic pallet changing, improving productivity and delivery time controllability.
  • High rigidity, suitable for finishing and semi-finishing large aluminum, steel, and structural parts.
  • Easier to perform side and deep cavity machining compared to vertical machining centers, reducing rework.

Typical Applications

Gearbox housings, structural supports, deep cavities in aluminum profiles, mold bases, automotive and construction machinery parts.

Typical Parameters/Recommendations

Table Size: Example 1000×800 mm (depending on model)

Depth of Cut and Feed: Supports large cutting volumes and stable process parameters

Surface Roughness: Ra 0.8 — 3.2 μm (depending on the operation)

PROJECT MISSION

Our mission is to deliver precision CNC machining solutions that meet the highest standards of accuracy, consistency, and production reliability. We support our customers throughout the entire manufacturing process, from early-stage design evaluation to stable mass production, ensuring that every component is optimized for performance, cost efficiency, and manufacturability.

Through advanced machining capabilities—including 5-axis milling, Swiss turning, and horizontal milling—we are able to process complex geometries, tight tolerances, and a wide range of materials with repeatable quality. Our engineering-driven approach focuses on reducing setup times, minimizing dimensional variation, and improving overall production efficiency.

We are committed to strict quality control, standardized project management, and on-time delivery. Each project is managed by experienced engineers who provide clear technical communication, continuous process optimization, and responsive support throughout the project lifecycle.

Our goal is not only to machine parts, but to help customers reduce manufacturing risk, shorten lead times, and achieve scalable, long-term production success.