Rapid Prototype Titanium Alloy CNC Milling Parts with ±0.002~0.005mm Tolerance Precision Machined Components

Price Negotiable

Price: 0.1~5USD

MOQ: I PC

Delivery Time: 7~35 working days

Brand: IMission

Product Description

Rapid Prototype CNC Milling and Titanium Alloy CNC Milled Component

Professional CNC milling services for rapid prototyping and production components, specializing in titanium alloys and diverse materials.

CNC Milling Parts Specifications

Product Name	CNC Milling Parts
Material Available	Aluminum
Processing	CNC
Tolerance	±0.002~0.005mm
Drawing Accepted	IGES(igs), STEP(stp), SolidWorks (sodprt), PRT, AutoCad, or Samples
Inspection	CMM, Projector, Height Gauge, etc.
Lead Time	7~35 working days
Quality Assurance	ISO9001:2015, SGS, RoHs
Payment Term	MoneyGram, Western Union, T/T, D/P, D/A, L/C
Price	According to your drawing or requirements
Engineer Support	Available for engineering assistance and drawings design

Packaging and Delivery

Packaging	Bubble and Carton or Customization
Port	Shenzhen

CNC Milling Parts Features

Exceptional Precision & Tolerance Control

Achieve tight dimensional tolerances down to ±0.005mm with consistent geometries across batch production

Versatile Material Compatibility

Process aluminum alloys, stainless steel, titanium, brass, engineering plastics and composite materials

Complex Geometry Machining Capability

Create intricate shapes including 3D contours, deep pockets, internal threads, and custom cavities

Material Expertise & Machinability

Metals & Alloys

Material Group	Specific Grades	Machinability Rating	Recommended Cutting Parameters	Primary Applications
Aluminum Alloys	6061, 7075, 2024, 5083, MIC-6	Excellent	HS: 600-3000 m/min, DOC: 0.5-5mm	Aerospace, automotive, electronics, enclosures
Stainless Steels	303, 304, 316, 17-4PH, 15-5PH, 416	Fair to Good	HS: 50-120 m/min, DOC: 0.5-3mm	Medical, marine, chemical, food processing
Tool Steels	D2, A2, O1, H13, P20, S7	Fair to Difficult	HS: 40-100 m/min, DOC: 0.2-2mm	Molds, dies, tooling, wear components
Carbon & Alloy Steels	1018, 1045, 4140, 4340, 8620	Good to Excellent	HS: 100-250 m/min, DOC: 1-5mm	Machine components, automotive, industrial
Titanium Alloys	Grade 2, Grade 5 (Ti6Al4V), Grade 23	Difficult	HS: 30-70 m/min, DOC: 0.5-2mm	Aerospace, medical implants, chemical
Copper Alloys	C110, C360, C172, C932	Excellent to Good	HS: 150-500 m/min, DOC: 0.5-4mm	Electrical, thermal, bearing, decorative
High-Temp Alloys	Inconel 718, Hastelloy, Waspaloy	Very Difficult	HS: 10-30 m/min, DOC: 0.2-1mm	Aerospace, turbine, extreme environment
Magnesium Alloys	AZ31B, AZ91D, WE43	Excellent (with precautions)	HS: 300-1500 m/min, DOC: 1-5mm	Aerospace, racing, electronics (lightweight)

Non-Metallic Materials

Material Type	Specific Varieties	Key Considerations	Applications
Engineering Plastics	PEEK, Delrin, Nylon, PTFE, POM, UHMW	Low thermal conductivity, prone to melting, vibration damping	Medical, bearings, insulators, low friction
Advanced Composites	Carbon Fiber, G10/FR4, Fiberglass	Abrasive, layered structure, delamination risk	Aerospace, sporting goods, electronics
Precision Ceramics	Alumina, Zirconia, Macor	Extremely hard, brittle, specialized tooling required	Semiconductor, medical, wear components
Graphite & EDM Materials	ISO-63, POCO, GrafTech	Dust control, specialized tooling	EDM electrodes, thermal, crucibles

Milling Processes & Special Operations

Core Milling Operations

Face Milling: Large surface area finishing, squaring operations

Peripheral Milling: Slotting, profiling, contour machining

Pocket Milling: Shallow and deep pocketing, cavity creation

Contour Milling: 2D and 3D surface profiling

Drilling/Tapping: Precision hole making, thread creation

Boring: High-precision hole sizing and finishing

Thread Milling: Internal and external thread creation

Advanced Machining Techniques

Technique	Description	Applications	Benefits
High-Speed Machining	High spindle speeds with reduced chip loads	Aluminum, graphite, plastics	Reduced cycle times, improved surface finish
Hard Milling	Machining materials >45 HRC directly	Tool steels, hardened steels	Eliminates EDM, better surface integrity
Trochoidal Milling	Constant engagement circular tool paths	Deep slots, difficult materials	Reduced tool wear, higher material removal
Micro-Milling	Small tools (<1mm diameter)	Medical devices, micro-optics, electronics	Precision small features, fine details
5-Axis Simultaneous	Continuous tool orientation control	Turbine blades, impellers, complex geometries	Single setup completion, complex contours

Tooling & Cutting Technology

Tool Materials: Carbide (various grades), CBN, PCD, diamond-coated, HSS
Tool Holding Systems: HSK, BT, CAT with hydraulic, thermal, or mechanical clamping
Cutting Tool Types: End mills (flat, ball, corner radius), face mills, slot cutters, drills, taps
Coolant Systems: High-pressure through-spindle (70-200 bar), minimum quantity lubrication, cryogenic options
Tool Management: Presetters, in-machine probing, automatic tool changers (30-200+ tools)

Target Industries & Applications

Aerospace & Defense

Components: Structural frames, brackets, housings, turbine components, fittings
Materials: Aluminum (2024, 7075), titanium, Inconel, high-strength steels
Standards: AS9100, NADCAP (machining), MIL specifications, customer-specific
Critical Requirements: Fatigue resistance, weight optimization, documentation, traceability

Medical & Life Sciences

Components: Surgical instruments, implantable devices, diagnostic equipment, prosthetics
Materials: 316L stainless, titanium (Grade 5, 23), PEEK, cobalt-chrome
Requirements: Biocompatibility, cleanroom manufacturing, sterilization compatibility
Regulations: FDA compliance, ISO 13485, USP Class VI testing where applicable

Automotive & Motorsports

Components: Engine parts, transmission housings, suspension components, brackets
Materials: Aluminum, various steels, brass, magnesium (racing)
Production Volumes: Prototype to high-volume (10,000+ parts)
Special Capabilities: JIT delivery, kanban systems, production line support

Electronics & Semiconductor

Components: Enclosures, heat sinks, wafer handling, test fixtures, connector bodies
Materials: Aluminum, copper, engineering plastics, composites
Precision Requirements: Often ±0.005mm or better, micron-level flatness
Cleanliness: ESD-safe materials, particulate control, specialized cleaning

Industrial Machinery & Automation

Components: Machine frames, brackets, guides, robotic components, fixture
Materials: Carbon steel, aluminum, stainless, cast iron
Requirements: Wear resistance, dimensional stability, rigidity
Capabilities: Large part machining, weldment preparation, assembly interfaces