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Leadpoint provides CNC milling, turning, and multi-axis machining for custom metal and engineering-plastic components. From prototypes and low-volume builds to repeat production, we combine engineering review, process planning, in-process inspection, and final dimensional verification to manufacture complex parts with consistent quality.
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CNC milling, turning and multi-axis machining -
Prototype, low-volume and repeat production
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Metals and engineering plastics
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DFM feedback and dimensional inspection
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Supported by Advanced Grinding & Testing Equipment
24/7 Technical Support & Full Inspection Reports
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Engineering Review
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Transparent Process Planning
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NDA Available
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Inspection Reports Available
End-to-End Services You Can Trust
3-axis and multi-axis milling for plates, housings, bases, brackets, cavities, pockets, precision holes, and complex surfaces.
Turning for shafts, sleeves, bushings, nozzles, threaded components, and rotational parts with secondary milling where required.
Multi-face and complex-surface parts can be evaluated for 5-axis machining to reduce setups and improve feature relationships.
Machined prototypes, engineering validation parts, bridge quantities, and low-volume production are supported according to material and inspection needs.
Stable fixtures, controlled programs, tool management, and inspection records support repeat orders and revision control.
Typical Components Types
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Equipment Housings -
Structural Brackets -
Curved Components -
Shaft‑Bushing Parts -
Fluid Manifolds -
Precision Fixtures -
Heat‑Sink Frames -
Medical Components -
Automation Parts -
Custom Prototypes
Have a similar part to manufacture?
Get Free Quote Industries for CNC Applications
CNC machining supports product development, equipment manufacturing, tooling, and replacement components across multiple industries.
- Automation And Robotics:Custom precision components for automated machinery and robotic assemblies.
- Semiconductor And Electronics Equipment:High‑tolerance parts suited for semiconductor and electronic manufacturing devices.
- Medical And Healthcare Equipment:Corrosion‑resistant, clean‑grade components for medical and laboratory instruments.
- Automotive And New‑Energy Systems:High‑strength precision parts for new‑energy vehicle and automotive assemblies.
- Aerospace And High‑End Industrial Equipment:Reliable performance‑critical components for aerospace and premium industrial machinery.
- Packaging And Logistics Machinery:Durable wear‑resistant parts for packaging and logistics processing equipment.
- Consumer Electronics And Home Appliances:Precision structural and functional parts for household and consumer‑electronic products.
Common Mold Materials
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. Metal .-
6061/7075
Light‑Weight Alloy Delivers Good Machinability And Thermal Conductivity. Ideal For Housings, Brackets And Structural Fixtures.
Typical Applications- Lightweight Housings
- Brackets
- Impellers
- Fixtures
- Structural Parts
Cost Efficiency:
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316L/17‑4PH
High Corrosion‑Resistance And Tensile Strength For Hygienic Working Conditions. Perfect For Medical Hardware And Fluid Valve Components.
Typical Applications- Corrosion-Resistant,
- Medical
- Fluid
- High-Strength Components
Cost Efficiency:
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H13,/SKD11
Features High Hardness, Wear‑Resistance And Impact‑Tolerance For Long‑Cycle Operation. Suited For Mold Inserts And Heavy‑Duty Wear Parts.
Typical Applications- Machinery Components
- Tooling
- Wear Parts
- Mold Components
Cost Efficiency:
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Beryllium Copper/Ti‑6Al‑4V
Excellent Thermal‑Electrical Conductivity And Superior Specific Strength. Fit For Thermal Inserts And High‑Load Special Components.
Typical Applications- Electrical
- Therma
- High-Strength
- Special-Performance Parts
Cost Efficiency:
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PEEK,/PPS
Low‑Friction, Chemical‑Resistant Insulating Material With Good Heat Resistance. Suitable For Anti‑Wear Sliding And Insulating Precision Parts.
Typical Applications- InsulaLow-Friction,ting parts
- Insulating
- Chemical-Resistant
- Lightweight Components
Cost Efficiency:
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Optimal CNC machining requires balancing tolerances, surface finish, geometry, material, volume, and inspection needs. Leadpoint performs a full drawing review to define datums, fixturing, machining sequence, and inspection strategy before production.
Surface Finishing for Molds
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3‑Axis CNC Milling
3‑axis CNC milling handles standard prismatic geometry for general structural parts.
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Multi‑Axis Machining
4‑axis indexed and 5‑axis machining for multi‑side parts and complex curved surfaces.
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Turn‑Mill Machining
CNC turning and turn‑mill processes deliver complete machining for rotational components.
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Precision Hole Machining
Drilling, reaming, boring and threading for high‑accuracy precision hole finishing.
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Hard‑Material Processing
Integrated grinding and EDM for hardened steel, close‑fit and hard‑to‑machine features.
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Full‑Range Inspection
Deburring, surface finishing and drawing‑compliant functional & dimensional inspection.
Tolerance Guide
CNC Tolerances Are Assigned By Part Function. Over‑Tight Tolerances On Non‑Critical Features Only Raise Cost And Lead Time Without Gaining Better Performance. Leadpoint Evaluates Dimensions That Require Special Setups, Precision Finishing Or Enhanced Inspection.
We conduct drawing‑tolerance review, material revision control, in‑process inspection, precision measurement and traceable delivery to stabilize part quality and avoid redundant manufacturing costs.
- Review drawing datums, assign tolerances based on part function to avoid unnecessary high cost.
- Verify material grade and control drawing revisions to prevent specification deviations.
- Conduct first‑article and in‑process checks for stable batch production quality.
- Monitor tool wear; adopt CMM / optical inspection to validate threads, position and surface finish.
- Provide agreed‑scope inspection reports, with part labeling and traceability for repeat orders.
| Control Item | Tolerance / Control Standard | Service Deliverable & Application |
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| Drawing & Datum Review | Tolerance defined per functional requirement | Filter non‑critical dimensions to reduce cost & lead‑time |
| Material Verification & Revision Control | Trace material grade & drawing revision | Avoid deviation caused by material or drawing update |
| First‑Piece & In‑Process Inspection | Key dimension 100% spot‑check during machining | Catch errors early before mass production |
| Tool Offset & Wear Monitoring | Compensate tool wear for batch consistency | Stabilize dimensional repeatability for repeat orders |
| CMM / Optical Inspection | High‑precision measurement for complex geometry | Verify positional & relational accuracy of multi‑feature parts |
| Multi‑Item Feature Checks | Thread, hole, flatness, position, surface finish inspection | Guarantee assembly, fit and surface performance |
| Custom Inspection Reports | Report issued per customer‑agreed scope | Support incoming quality audit |
| Part Protection & Traceability | Labeling + traceable records for batches | Reproducible quality for subsequent repeat orders |
Not sure about the right tolerance for your part?
Get Free Quote Steps in the Mold Components Machining
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STEP 1
Drawing Submission -
STEP 2
DFM Review -
STEP 3
Process Planning -
STEP 4
Core Machining -
STEP 5
Secondary Processing -
STEP 6
Full Inspection -
STEP 7
Final Shipment
Case Studies
We showcase successful projects across multiple industries, reflecting our expertise in mold design, manufacturing, and precision engineering.
Frequently Asked Questions
Start Your CNC Machining Project
Send your 3D model, 2D drawing, material, quantity, critical tolerances, finish, and target date. Our engineering team will review the design and return a quotation based on a practical machining and inspection route.
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Our Equipment
Our advanced manufacturing equipment ensures high precision, stable production, and consistent quality across every stage of mold design and manufacturing.
Expert Team, Exquisite Molding
The Leadpoint mold design team combines deep industry experience with practical expertise. Our core team members include:
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General Manager / Founder: 15+ years in precision mold and machining
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Technical Director: 12+ years in CNC machining and mold design
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Production Manager: 10+ years in precision manufacturing management
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Quality Manager: 8+ years in precision parts quality control
What You Can Expect From Us
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Engineering Review Before Quotation
We evaluate geometry, tool access, setups, tolerance, surface finish, and inspection requirements before confirming the manufacturing plan.
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Multiple Machining Routes
Milling, turning, grinding, and EDM can be combined for parts that cannot be completed economically in one process.
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Prototype to Repeat Production
The same engineering team can support early validation parts and controlled repeat orders.
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Material and Finish Coordination
Material condition, heat treatment, anodizing, passivation, plating, coating, and polishing can be planned with machining allowances.
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Clear Inspection Scope
Critical dimensions and required reports are agreed in advance to avoid ambiguity at final inspection.
