Motorcycle Parts
CNC precision machined motorcycle components for brackets, clamps, bushings, adapters, caps, and assembly-ready hardware.
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Optical Parts
Precision machined optical parts for mounting, positioning, alignment, and stable equipment assemblies.
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Power Tool Parts
CNC machined power tool components for housings, interfaces, shafts, brackets, and repeatable mechanical assemblies.
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Shock Absorber Parts
Precision shock absorber components for suspension-related assemblies and performance hardware projects.
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Home Appliance Parts
Custom CNC machined and finished home appliance hardware parts for visible and functional assemblies.
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Communication Equipment Parts
CNC machined communication equipment components for housings, heat sinks, brackets, connectors, and precision mechanical interfaces.
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Knob Parts
Custom knob parts for control interfaces, visual appearance, tactile grip, and assembly-ready product hardware.
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Automotive & Bicycle Parts
Precision machined automotive and bicycle components for structural assemblies, aftermarket parts, and lightweight hardware.
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Drone Parts
CNC machined drone parts for frames, motor mounting, gimbal support, and lightweight precision assemblies.
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Automotive Modification Parts
Custom CNC automotive modification parts for performance hardware, brackets, adapters, and appearance-focused components.
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Charging Pile Parts
CNC machined charging pile and EV charging hardware components for housings, brackets, heat dissipation, and mounting systems.
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Robot Parts
Precision CNC robot parts for joints, adapters, brackets, end-effector interfaces, and automation hardware.
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Turned Communication Equipment Parts
Turned and milled communication equipment components for shafts, threaded parts, bushings, connectors, and precision interface hardware.
View Attributes →What should buyers send for a precision CNC quote?
Send a 3D model plus a dimensioned 2D drawing when tolerances, threads, surface requirements, or inspection dimensions matter. Include the material grade, quantity, surface finish, application, and any dimensions that require inspection records. Clear inputs let the machining review focus on manufacturing feasibility instead of filling gaps in an early concept.
- 3D CAD: STEP, STP, IGS, IGES, or X_T for part geometry.
- 2D drawing: Critical dimensions, tolerances, threads, finish, and inspection notes.
- Commercial inputs: Quantity, application, packaging needs, and target timing.
How does a drawing-based machining review work?
Hasun starts with the drawing and intended use, then reviews whether milling, turning, turn-mill machining, finishing, and inspection requirements match the part. Questions about unclear dimensions, material, finish, or inspection scope should be resolved before quotation and production decisions.
- Geometry and process: Identify milled, turned, threaded, drilled, and multi-operation features.
- Material and finish: Confirm the specified grade and the required surface treatment.
- Inspection scope: Identify critical dimensions and the records the buyer expects.
Which custom CNC parts fit this page?
Use the product families above to review drawing-based examples for optical equipment, communication equipment, robots, drones, automotive and bicycle assemblies, power tools, knobs, and other mechanical hardware already represented in Hasun's product library. The final process depends on the drawing rather than the product name alone.
- Open the closest product category and review the attribute table before sending drawings.
- For accurate quotation, send 2D drawings, 3D CAD files, material, surface finish, quantity, and critical dimensions.
- For critical parts, review the available CNC part inspection capability and state the required checks or records in the RFQ.
- Surface treatment options are listed separately so buyers can compare appearance and functional finish requirements.