Precision Injection Mold Tooling from Design to Production
Injection Molding Tooling
We deliver precision injection mold tooling solutions for industries ranging from automotive and medical to consumer electronics and packaging.
Injection Mold Tooling Built for Production
A focused tooling workflow for plastic injection molding: DFM review, mold engineering, precision steel machining, EDM finishing, assembly, tryout, and validation before your tool enters production.
DFM, Mold Design & Tooling Strategy
Design-for-manufacturing review, parting line planning, gate location, cooling layout, steel selection, and production tooling recommendations before cutting steel.
Precision Mold Steel Machining
High-speed CNC machining for mold bases, cavities, cores, sliders, lifters, inserts, and shutoff surfaces with tight dimensional control.
EDM, Wire Cut & Detail Finishing
Sinker EDM, wire EDM, polishing, texturing, and hand fitting for deep ribs, sharp internal features, fine details, and complex cavity geometry.
Mold Assembly, Tryout & Validation
Tool assembly, spotting, first shots, molding window tuning, sample inspection, engineering changes, and pre-shipment validation for production readiness.
Toolroom & Facilities
Our Strength
State-of-the-art infrastructure spanning mold design, machining, EDM, assembly, and quality assurance — all under one roof.
Precision Molds
Annual Tooling Capacity
0m²8,000m²
Total Toolroom Area
| Capability | Description |
|---|---|
| Mold Design | 3D CAD, conformal cooling, hot runner design |
| CNC Machining | 3-axis & 5-axis high-speed machining |
| EDM & Wire-Cut | Sinker & wire EDM for complex cavity details |
| Mold Assembly | Precision fitting, alignment, and tryout |
| Quality Inspection | CMM, mold flow analysis, surface measurement |
Technical Infrastructure
0+Sets80+Sets
CNC Machining Centers
0Set20Set
EDM Machines
0Units12Units
Wire-Cut EDM
0+Units15+Units
Injection Molding Presses
0Units5Units
CMM Machines
0+Skilled60+Skilled
Tooling Professionals
Material Capabilities
Comprehensive mold steel options for injection molding tooling
We source and machine a wide range of mold steels and materials to meet your exact tooling requirements.
| Material | Hardness | Applications | Lead Time |
|---|---|---|---|
| P20 (1.2311) | 28-32 HRC | General-purpose mold bases | 2-3 weeks |
| H13 (1.2344) | 46-50 HRC | Hot runner manifolds | 2-4 weeks |
| 420 Stainless | 48-52 HRC | Medical molds | 3-5 weeks |
| NAK80 (1.2738) | 37-43 HRC | High-polish optical molds | 2-4 weeks |
| S136 (1.2083) | 50-54 HRC | Mirror-finish molds | 3-5 weeks |
| Aluminum 7075 | N/A | Prototype molds | 1-2 weeks |
Metal AM Engineering & Production Support
From DfAM review and pilot builds to repeatable production, post-processing, and inspection, TigerHubs helps engineering teams turn metal 3D printed parts into qualified, production-ready components.
Design for Additive Manufacturing (DfAM)
Our engineering team optimizes metal AM designs for support strategy, thermal distortion, lattice structures, weight reduction, and part consolidation.
- Metal AM topology optimization & lattice design
- Support strategy and build-orientation review
Production Manufacturing Support
We support metal additive manufacturing from prototype approval into repeatable production, with build planning, batch scheduling, traceability, inspection documentation, and secondary finishing managed in one workflow.
- Pilot runs, bridge production, and low-volume manufacturing
- Batch traceability, inspection reports, and repeatable quality control
Post-Processing Services
Beyond printing, we provide metal-focused finishing including stress relief, heat treatment, support removal, CNC finishing, polishing, coating, and inspection.
- Stress relief, HIP coordination & media blasting
- CNC finishing, polishing, coating & passivation
Professional Mold Making Equipment
Automated guided vehicle systems are used for tasks that would typically be handled by forklifts, conveyor systems or manual carts, moving large volumes of material in a repetitive manner.
Equipments Center
Equipments Center
Equipments Center
Equipments Center
Equipments Center
Injection Mold Tooling Gallery
Product Case 1
Secondary Operations
We offer several secondary operations such as heat treatment, surface finishing, and laser marking.
Injection Mold Tooling Process
A production-focused workflow that turns plastic part data into a validated injection mold, with engineering checkpoints at every stage before shipment.
DFM Review & Moldflow Planning
Review part geometry, resin, tolerance targets, draft, undercuts, gate location, cooling layout, and risk areas before mold design starts.
Tool Design & Steel Preparation
Finalize 2D/3D mold structure, runner system, slides, lifters, inserts, ejectors, mold base, and steel/heat-treatment plan for the required production volume.
CNC Machining of Cavity & Core
Machine mold bases, cavities, cores, sliders, lifters, and precision inserts, then verify critical dimensions before detail finishing.
EDM, Wire Cut & Hand Fitting
Use sinker EDM, wire EDM, polishing, spotting, and bench fitting to complete ribs, shutoffs, sharp internal features, and sealing surfaces.
Tryout, Inspection & Shipment
Run first shots, tune the molding window, inspect samples and steel dimensions, document engineering changes, then prepare the mold for production handoff.
Industries We Support
Our injection mold tooling supports production programs across demanding industries, from precision plastic housings and functional components to complex multi-cavity tools. TigerHubs engineers combine DFM, moldflow review, CNC machining, EDM, fitting, and tryout experience to help teams move from validated mold design to reliable production.
Electric Vehicles
Trusted by Industry Leaders
See why engineering teams and procurement leaders trust TigerHubs for precision manufacturing, transparent communication, and dependable delivery.
"TigerHubs delivered a complex 32-cavity mold with conformal cooling that reduced cycle time."
James Mitchell
CTO, AutomateX Robotics
"TigerHubs caught gate vestige and cooling risks during DFM before steel cutting. The first T1 samples were much closer than we expected, and the mold only needed minor polishing before approval."
Michael Chen
Tooling Manager, NovaTech Appliances
"The mold quality exceeded expectations."
Dr. Elena Rossi
R&D Director, MedPrint
"TigerHubs stands out for transparency and production tracking."
Markus Weber
DriveTech GmbH
"We needed a family mold for several plastic housings with tight cosmetic requirements. Their team kept the schedule visible, shared tryout videos, and shipped a tool that ran stable from the first production batch."
Sophie Laurent
Product Industrialization Lead, Lumio Electronics
"For a medical device enclosure, TigerHubs helped us refine shutoffs, draft, and texture areas without compromising assembly fit. The documentation package and sample inspection reports made internal validation straightforward."
Daniel Foster
Senior Mechanical Engineer, HelixCare Devices
Frequently Asked Questions
Contact SalesSimple prototype molds ship in 2–3 weeks and complex production molds take 5–8 weeks, depending on complexity.
Yes. We run moldflow simulation and DFM review on every new tool before steel cutting.
Yes. We design and build multi-cavity molds, hot runner systems, and sequential valve gating.