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Submit 2D / 3D Drawings
Send drawings, CAD files, material notes, surface finish, tolerance requirements, and estimated production volume.
MOLD MANUFACTURING & TOOLING SERVICES
Custom Mold Manufacturing & Tooling Services
FSD Precision provides injection molds, die casting molds, prototype tooling, production tooling, and mold modification support for precision manufacturing projects.
- Custom mold design and manufacturing for overseas OEM buyers.
- CNC, EDM, wire cutting, mold assembly, and T1 trial support.
- Mold making plus die casting, CNC machining, and surface finishing coordination.
Mold Manufacturing
CNC
EDM
Wire Cutting
Mold making support from engineering review to T1 sample trial
Mold Design Support
CNC + EDM + Wire Cutting
T1 Sample Trial
Dimensional Inspection
One-Stop Manufacturing Coordination
Service Scope
Mold manufacturing scope at a glance
This page covers custom mold manufacturing, injection mold making, die casting mold support, prototype tooling, production tooling, and T1 sample trial coordination.
Primary service
Custom mold manufacturing and tooling coordination
Tooling types
Injection molds, die casting dies, prototype tooling, production tooling
Tooling processes
CNC machining, EDM, wire cutting, grinding, mold fitting and assembly
Validation support
T1 sample trial, dimensional inspection, mold adjustment and approval
Project fit
Overseas OEM buyers needing tooling plus part production support
Service Overview
Mold Manufacturing Capabilities
FSD Precision supports custom tooling services from early DFM review to mold machining, assembly, T1 trial, and production handoff.
Injection Mold Making
Custom plastic injection molds for prototype testing, bridge production, and mass production.
Injection mold pageDie Casting Mold
Die casting tooling for aluminum and zinc alloy components, including mold design, machining, assembly, and trial production.
Die casting mold page
Prototype Tooling
Fast tooling solutions for design validation, functional testing, and small-batch production.
Prototype tooling page
Production Tooling
Durable steel molds for stable mass production and long-term manufacturing programs.
Mass production support
Mold Design & DFM Review
Engineering review before tooling to improve manufacturability, reduce mold risk, and optimize production cost.
DFM guide
Mold Modification & Repair
Support for existing mold adjustment, insert replacement, mold repair, and production optimization.
Mold-to-production supportMold Manufacturing Process
Our Mold Manufacturing Process
A clear process helps overseas OEM buyers control drawing review, mold design, machining, T1 sample trial, and production release.
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Engineering Review
FSD reviews part geometry, application requirements, manufacturing route, and tooling risk before quotation.
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DFM Feedback
Engineering feedback may cover draft, wall thickness, parting line, gate location, ribs, bosses, and tolerance risk.
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Mold Design
Mold structure, cavity/core layout, inserts, runner, cooling, ejection, and assembly details are planned.
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Material Selection
Tool steel or aluminum tooling is selected based on part material, volume, surface finish, mold life, and cost target.
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CNC / EDM / Wire Cutting
Mold bases, cavities, cores, inserts, slides, and precision tooling components are machined.
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Mold Assembly
Mold components are fitted, checked, polished where required, and prepared for initial trial.
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T1 Sample Trial
First trial samples are produced for inspection, fit review, and customer approval.
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Inspection and Optimization
Sample dimensions, appearance, flash, fit, and functional issues are reviewed before mold adjustment.
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Mass Production or Mold Delivery
After approval, FSD can support part production, export delivery, or mold handoff based on the project scope.
Have drawings ready for tooling review?
Send 2D drawings, 3D files, target material, surface finish, and estimated production volume for RFQ review.
Mold Types
Mold Types We Support
FSD Precision supports prototype tooling, production tooling, mold inserts, and replacement tooling components for custom manufacturing programs.
Injection Molds
Die Casting Dies
Prototype Molds
Production Molds
Aluminum Molds
Steel Molds
Single-Cavity Molds
Multi-Cavity Molds
Insert Molds
Overmolding Tools
Mold Inserts
Replacement Tooling Components
Mold Materials
Common Mold Materials
Material selection depends on part material, production volume, surface finish requirements, mold life, and cost target.
P20
Common mold steel for plastic injection molds and general production tooling.
H13
Hot-work tool steel commonly used for die casting molds and high-temperature tooling areas.
S136
Stainless mold steel used where corrosion resistance, polishability, or clean surface quality matters.
718
Pre-hardened mold steel used for stable production molds and larger tooling structures.
NAK80
Mold steel used for high-polish cavities, cosmetic plastic parts, and texture-sensitive surfaces.
Aluminum Alloy
Used for prototype molds, rapid tooling, bridge tooling, and small-batch validation.
Beryllium Copper Inserts
Used in cooling-sensitive zones, deep ribs, hot spots, and cycle-time-critical mold areas.
Need help choosing mold material?
FSD can review mold steel, expected mold life, part material, cosmetic requirements, and cost target before quotation.
Industries Served
Industries We Serve
FSD Precision supports mold manufacturing projects for overseas OEM buyers across industrial, automation, energy, medical, electronics, and precision equipment markets.
Automotive Components
Molds and dies for housings, brackets, covers, thermal parts, and launch-stage OEM components.
Learn more
Automation Equipment
Tooling support for automation housings, covers, brackets, and precision equipment parts.
Learn more
Industrial Machinery
Durable molds and tooling components for machinery covers, cast bodies, formed parts, and repeat production hardware.
Learn more
New Energy Systems
Tooling for battery hardware, charging components, thermal housings, and structural parts.
Learn more
Medical Device Components
Mold development support for plastic enclosures, functional parts, and controlled validation routes.
Learn more
Consumer Electronics
Injection molds and die casting tools for compact enclosures, connector windows, and cosmetic surfaces.
Learn moreSemiconductor Equipment Parts
Tooling and manufacturing support for equipment frames, covers, fixtures, and precision components.
Learn moreRobotics and Precision Equipment
Prototype and production tooling for covers, joints, end-effector parts, and equipment components.
Learn moreQUALITY CONTROL
Quality Control for Mold Projects
Mold project quality control is planned around design review, material confirmation, component inspection, T1 sample checking, trial feedback, and final sample approval.
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Mold design review
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Material confirmation
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Mold component inspection
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T1 sample inspection
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CMM dimensional inspection if required
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Trial production feedback
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Mold adjustment report
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Final sample approval before production
Typical Mold Project Examples
Typical Mold Project Examples
These examples show common tooling support scopes without overpromising project results.
Aluminum Die Casting Housing Mold
Application
Industrial control equipment housing
Support
Mold design, die casting trial, CNC machining, and surface finishing coordination.
Plastic Injection Mold for Automation Component
Application
Automation equipment plastic housing
Support
DFM review, injection mold manufacturing, and T1 sample adjustment.
Prototype Tooling for Small-Batch Testing
Application
New product validation
Support
Fast tooling, sample production, and dimensional inspection.
Multi-Cavity Production Tooling
Application
High-volume plastic or metal component production
Support
Mold machining, assembly, trial production, and optimization.
Have a similar mold project?
Share your application, drawings, material requirements, and target volume so FSD can review the tooling route.
WHY CHOOSE FSD PRECISION
Why Choose FSD for Mold Manufacturing?
FSD Precision supports overseas OEM mold projects with engineering review, precision tooling processes, T1 sample trial, quality control, and one-stop manufacturing coordination.
Engineering Review
Before tooling
CNC / EDM / Wire Cutting
Mold component machining
T1 Sample Trial
Inspection and optimization
One-Stop Manufacturing
Mold to production delivery
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Engineering Review Before Tooling
FSD reviews drawings, material requirements, tolerances, surface finish, and production volume before mold manufacturing.
- 2D and 3D drawing review
- Tolerance and surface finish clarification
- Production volume and tooling route check
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Integrated Manufacturing Capability
FSD can coordinate mold making, die casting, CNC machining, surface finishing, assembly, and export delivery.
- Mold making plus part production
- Die casting and CNC machining coordination
- Surface finishing and export packaging support
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Precision Machining Support
CNC machining, EDM, wire cutting, grinding, and other processes are used for mold components and precision inserts.
- Cavity, core, insert and mold base machining
- EDM and wire cutting for detailed mold features
- Grinding and fitting support for tooling accuracy
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T1 Trial and Mold Optimization
After mold assembly, FSD supports T1 sample trial, inspection, adjustment, and optimization before mass production.
- T1 sample trial and inspection
- Mold adjustment and optimization feedback
- Final sample approval before production
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Quality Control and Inspection
Dimensional inspection, sample checking, material confirmation, and production feedback are included to reduce project risk.
- Mold component inspection
- Sample dimensional checks
- Inspection feedback before production release
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Suitable for Overseas OEM Projects
FSD supports custom drawings, small to medium production runs, export packaging, and engineering communication.
- English RFQ and engineering communication
- Small to medium production run support
- Export-ready packaging and delivery coordination
Related Manufacturing Services
Related Manufacturing Services
These internal service pages help buyers compare mold manufacturing with part production, secondary processing, and one-stop manufacturing support.
CNC Machining
Precision machining for mold components, inserts, prototypes, and production parts.
/services/cnc-machining
Die Casting
Aluminum and zinc die casting production after tooling validation.
/services/die-casting
Surface Finishing
Anodizing, polishing, blasting, coating, and cosmetic surface treatment.
/services/surface-finishing
Sheet Metal Fabrication
Fabricated covers, brackets, panels, and formed metal components.
/services/sheet-metal-fabrication
Injection Molding
Plastic part production after injection mold approval.
/services/injection-molding
Manufacturing Solutions
One-stop manufacturing support for overseas OEM projects.
/solutions
Ready to review your mold drawings?
FSD can review 2D drawings, 3D files, material requirements, finish notes, and estimated production volume.
FAQ
Mold Manufacturing FAQ
These answers help buyers prepare drawings, clarify mold scope, and understand T1 sample trial support.
What files are required for mold quotation?
2D drawings, 3D CAD files, material requirements, tolerance requirements, surface finish, and estimated production volume are helpful for quotation.
Can FSD support both mold making and part production?
Yes. FSD can support mold manufacturing, die casting, CNC machining, surface finishing, assembly, and export delivery.
Do you provide T1 samples?
Yes. After mold assembly, T1 samples can be produced for inspection, testing, and approval before mass production.
What mold materials do you support?
Common materials include P20, H13, S136, 718, NAK80, aluminum alloy, and copper alloy inserts depending on the project.
Can you modify or repair existing molds?
Yes. FSD can support mold modification, insert replacement, repair, and tooling optimization based on the existing mold condition.
How long does mold manufacturing usually take?
Lead time depends on mold size, complexity, material, tolerance, and production requirements. FSD will evaluate the project after receiving drawings.
Final CTA
Start Your Mold Manufacturing Project with FSD Precision
Send us your drawings, material requirements, expected production volume, and application details. Our engineering team will review your project and provide a practical tooling solution.