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Precision CNC Machined Guide Rail and Slider Components
High-Accuracy Motion Parts for Automation and Linear Movement Systems Customer Some Samples -
CNC machined aluminum alloy 6061 billet
This custom part is CNC-machined from aluminum alloy billet (common grades: 6061 or 5052 aluminum), finished with a plain milled metallic silver surface without anodized coating. The main production workflow includes these machining operations:- CNC turning: The large outer circular flange disc and the raised central cylindrical boss are shaped on a lathe to control outer diameter, flatness and perpendicularity between the disc face and the vertical cylinder wall.
- CNC milling: Square and rectangular cutout pockets (for screen, auxiliary electronic modules) plus the round sensor recess on the top face of the center boss are milled to tight positional tolerances for electronics assembly.
- Multi-hole drilling:
- 6 evenly spaced through mounting holes distributed around the flange plate, intended for bolted fastening during product installation;
- A dense array of small precision drilled perforations below the display cutout, functioning as speaker sound-transmission vents or gas sensing ventilation openings;
- One standalone circular drilled hole beside the display, reserved for sensor mounting or indicator lamp fitting.
- Post-process deburring: Sharp burrs along all hole edges, pocket sidewalls and outer part perimeters are manually or vibratory deburred to eliminate sharp edges and prevent debris from damaging internal electronic assemblies.
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CNC Machined Brass Fluid Fitting
This workpiece is an adjustable brass spray nozzle, widely applied in sprinkler irrigation, mist cooling, dust suppression and low-pressure fluid spraying systems.
- Raw material: forged brass alloy. Brass brings outstanding rust resistance, good machinability, reliable sealing performance and decent pressure tolerance for common water-service scenarios. The raw metal retains a natural matte golden brass finish without extra surface plating.
- Texture design: the knurled diamond-pattern grip ring around the upper assembly boosts friction for easy manual twisting. Users rotate this knurled section to adjust the gap between the domed cap (with a central tiny spray orifice) and the seat, tuning spray angle, droplet size and flow rate.
- Thread specifications:
- Bottom male external thread: screws onto supply pipelines, pipe tees or branch fittings for fixed installation;
- Side female internal threaded port: serves as an alternate fluid inlet for alternate piping layouts or manifold hookup
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CNC machined aluminum alloy for tattoo art and semi‑permanent cosmetic makeup work
- The raw aluminum alloy is precision cut on CNC lathes to achieve tight dimensional tolerances. Its exterior gets red anodizing treatment, producing a smooth satin metallic finish. This coating upgrades scratch resistance, corrosion durability, and boosts grip friction to stop slipping during long hand‑held use.
- The raised circular ridges around the barrel serve dual uses: they enhance hand grip, and strengthen the structural stiffness of the thin aluminum housing. The small round side opening acts as a ventilation hole, releasing heat generated by the internal high‑speed motor. the nearby cut slot is designed for locking clips and convenient part disassembly.
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Custom CNC Machining Hardened Steel Flange Coupling
This hardened steel flange coupling part is manufactured with multi-axis CNC precision machining for mechanical power transmission setups. The workpiece adopts hardened steel material, gaining upgraded surface hardness, wear resistance and load-bearing capacity to withstand prolonged cyclic mechanical stress.
Precision turning, milling and hole machining lock in tight dimensional tolerances, the slotted flange layout streamlines bolt mounting and positional alignment. Every finished piece passes dimensional gauging and hardness testing. -
Custom CNC Precision Machining Aluminum Alloy Cylinder Sleeve
These aluminum alloy cylinder sleeves are produced via high-precision multi-axis CNC machining for industrial hydraulic, pneumatic and automation assemblies. Premium aluminum stock delivers lightweight traits, decent thermal dissipation and anti-corrosion performance. Lathe turning, hole drilling and thread machining grant tight dimensional tolerance and smooth mirror surface finish.
Structural variants cover solid bore models and perforated threaded styles to satisfy diverse assembly and venting demands. Every workpiece undergoes dimensional inspection and surface quality screening to reject flaws.
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Custom CNC Machined Stainless Steel Flange Spline Shaft
This premium stainless steel flange spline shaft is fabricated with multi-axis CNC precision machining for industrial power transmission applications. Made of high-quality stainless steel, it goes through turning, milling, spline processing and fine surface polishing to achieve tight dimensional tolerances and strong corrosion resistance.
The pre-drilled flange enables easy bolt-on installation. Accurately machined spline grooves distribute load evenly, reduce rotational backlash and ensure stable torque delivery. Full quality checks including dimension and hardness testing are implemented during production. -
Laboratory Equipment CNC Machining
Laboratory equipment components require exceptional dimensional accuracy and superior surface quality to support precision testing and scientific research.
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Optical Inspection Equipment CNC Machining
Optical inspection equipment components require micron-level precision and outstanding surface quality to ensure measurement accuracy and system stability.
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Food Processing Equipment CNC Machining
Food processing equipment components require high precision, corrosion resistance, and hygienic surface finishes to meet strict food safety standards.
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Aerospace High-Temperature Resistant Test Probe Fixture – Aerospace Operation & Maintenance Special Tool
Application Scenario: Professional precision testing special tool for ground operation maintenance and extreme temperature condition testing of aerospace satellites and launch vehicles in European and American aerospace industries. It is used for fixing high-precision test probes to ensure the accuracy and stability of detection data under extreme high and low temperature working conditions.
Material: Inconel 718 superalloy, with outstanding high-temperature resistance, corrosion resistance and structural strength, adapting to extreme temperature alternating working environments of aerospace equipment.
Key Machining Challenges: Inconel superalloy is a typical difficult-to-machine material with high cutting resistance, serious tool wear and residual machining stress. The product adopts micro-precision structure, and the micro probe mounting hole requires ultra-high fitting accuracy. The tool must maintain zero looseness and zero deformation under long-term high and low temperature cycle conditions, putting forward extremely strict requirements on machining precision, deburring and stress relief processes.
uction. The products fully meet the precision assembly standards of aero engines and have passed strict aerospace-grade quality acceptance, establishing long-term batch cooperative relationships with clients.
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Aero Engine Precision Positioning Fixture – Aerospace Assembly Special Tool
Application Scenario: Dedicated precision positioning tool for the assembly and bolt hole calibration of civil and military aero-engine components in European and American markets. It is widely used for the accurate installation and alignment of engine blades, casings, combustion chambers and other core precision parts, effectively avoiding assembly deviations that may affect engine dynamic performance and operational safety.
Material: Aerospace 7075-T6 high-strength aluminum alloy, featuring lightweight, high rigidity and excellent deformation resistance, specially optimized for high-frequency aviation assembly operations.
Key Machining Challenges: This fixture adopts a special-shaped thin-wall composite structure with multiple stepped positioning holes, high-precision alignment grooves and benchmark positioning surfaces. The uneven wall thickness brings high risks of machining deformation. Extremely strict requirements are imposed on hole position accuracy, parallelism and verticality. It is difficult to guarantee high consistency in mass production, and tiny assembly gaps may lead to overall assembly failure of engine components.
Technical Specifications
- • Critical positioning hole dimensional tolerance: ±0.005 mm
- • Hole position positional tolerance: ≤0.01 mm
- • Benchmark surface flatness: ≤0.003 mm
- • Key contact surface surface roughness: Ra ≤ 0.4 μm
- • Overall parallelism & verticality: ≤0.01 mm
Our Machining Solution: Adopt 5-axis simultaneous CNC one-time clamping forming process to eliminate cumulative positioning errors caused by repeated clamping. Optimize layered cutting technology to reduce cutting stress on thin-wall structures and completely avoid structural deformation. Equipped with constant-temperature workshop and equipment thermal compensation system to stabilize machining accuracy under variable temperature conditions. All finished products undergo full-size inspection via CMM coordinate measuring machines, with all machining and testing data archived in strict accordance with AS9100 and ISO quality systems for full traceability.
Project Achievement: Massively delivered to European and American aerospace assembly enterprises. All products are free of deformation and assembly deviation, with 100% qualified precision consistency in batch production. The products fully meet the precision assembly standards of aero engines and have passed strict aerospace-grade quality acceptance, establishing long-term batch cooperative relationships with clients.
