Rapid Tooling for Faster Product Development
Reduce tooling cost and lead time with standardized shared mold bases, custom mold inserts and production-grade injection molding.
- ✓ Typical Lead Time of 5–10 Days
- ✓ Shared Mold Base System
- ✓ Production-Grade Plastic Materials
- ✓ No MOQ for Flexible Production
Customer-specific inserts.
Real injection-molded parts.
THE TOOLING ROUTE EXPLAINED
What Is
Rapid Tooling?
A faster way to produce injection-molded parts in the material your product is actually designed to use.
HordRT machines the customer-specific cavity and core inserts in aluminum or pre-hardened steel. The inserts are then fitted into a suitable shared or dedicated mold base and used on an injection molding machine to produce functional parts.
A more efficient tool construction reduces initial investment and shortens the path to the first molded parts.
The injection molding process, production-grade resin and functional part characteristics remain representative of the final product.
Ideal for design validation, bridge production and flexible low-volume manufacturing.
CUSTOM RAPID TOOLING
The Right Tooling for Every Production Stage.
From early validation to long-term production and overseas transfer, each tooling route is engineered around your volume, mold life, material and launch plan.
01
Prototype Tooling
Cost-conscious tooling for producing real molded parts during design verification and functional testing.
Explore solution →
02
Bridge Tooling
Flexible tooling that supports pre-production and initial market demand before full-scale production.
Explore solution →
03
Production Tooling
Durable tooling engineered for repeatable quality, dimensional stability and ongoing production.
Explore solution →
04
Export Tooling
Standalone tooling prepared for transfer to your nominated molding facility, with documentation and secure shipment.
Explore solution →Not sure which tooling option fits your project? Share your CAD files and estimated production volume.
Get a Tooling Recommendation →A CONTROLLED BUILD PROCESS
How We Build Your Rapid Tool.
One engineering team manages the path from manufacturability review to mold trial, with each stage prepared for the next.
Project Review
CAD, resin, volume, tolerance and mold-life review.
DFM Analysis
Manufacturing risks and recommended changes confirmed.
Mold Design
Structure, cooling, ejection and runner engineering.
Shared Mold Base Matching
A suitable MUD base is selected and verified against the approved cavity and core insert design.
Tool Manufacturing
CNC, EDM, wire cutting and precision finishing.
Fitting & Assembly
Component inspection, fitting and mold assembly.
Mold Trial & Validation
T1 sampling, inspection and tooling optimization.
ENGINEERED FOR YOUR APPLICATION
Materials, Finishes & Part Capabilities.
Select the right tooling material, production resin and surface finish for your application, supported by practical part-design and molding capabilities.
MATERIAL SELECTION
Match tooling investment to your required mold life.
Tool steel and resin selection are based on production volume, part geometry, cosmetic requirements and expected tool life.
Discuss Material Selection →Mold Materials
Selected according to mold life, resin, surface requirements and project economics.
Molding Resins
Production-grade thermoplastics for validation, bridge production and repeat orders.
SURFACE REQUIREMENTS
Control appearance, texture and functional performance.
Mold surfaces can be prepared for functional, cosmetic or application-specific requirements.
Discuss Finish Requirements →Mold Surface Finishes
Common finishes for visual, tactile and functional molded-part surfaces.
As-Machined Functional surfaces
Polishing Smooth or glossy surfaces
Bead Blasting Uniform matte appearance
EDM Texture Controlled technical texture
Molded-Part Appearance
Appearance requirements are reviewed during DFM and mold design to confirm the selected finish is achievable.
PART DESIGN
Rapid tooling for more than simple molded parts.
Tooling structures can be configured around part geometry, inserts, undercuts, cosmetic requirements and production plans.
Request a Part Review →Structural Capabilities
Manufacturing Options
TOOLING QUALITY CONTROL
Quality Built Into Every Tool.
Quality is controlled throughout material preparation, component machining, mold assembly and trial validation.
Each quality gate protects the next manufacturing stage.
Material Verification
Tooling materials, standard components and requirements are checked before manufacturing.
Dimensional Control
Critical mold-component dimensions are inspected during machining and before assembly.
Mold Trial & Inspection
T1 parts are reviewed for dimensions, appearance and functional performance.
Final Review
Tooling condition and approved project requirements are reviewed before release.
Selected according to geometry, tolerance and project requirements.
MANUFACTURING AT A GLANCE
Built to Support Real Production.
Integrated tooling, molding and machining resources support rapid development and reliable production for global customers.
Total Factory Area
Mold Sets Annual Capacity
Experienced Employees
Countries Served
Satisfied Customers
ONE COORDINATED TEAM
Toolmaking and molding managed under one workflow.
WHY HORDRT
Rapid Tooling Backed by Production Experience.
From engineering review to mold trials and molded-part validation, each stage is connected under one experienced manufacturing team.
Engineering-Led DFM
Identify tooling, molding and part-design risks before manufacturing begins.
In-House Toolmaking
Machining, fitting, assembly and mold trials remain under one coordinated team.
Flexible Tooling Routes
Shared or dedicated tooling is selected around volume, mold life and production plans.
Inspection & Validation
Critical dimensions and molded samples are reviewed before the tool is approved.
SELECTED RAPID TOOLING PROJECTS
From Tooling Strategy to Real Molded Parts.
Representative projects showing how rapid tooling supports design validation, functional testing and early production across different applications.
Automotive Structural Bracket
Production-intent molded samples used to evaluate geometry, assembly fit and functional performance before scale-up.
02
APPEARANCE & ASSEMBLY REVIEW
Clear Diagnostic Device Housing
Transparent molded housing for appearance, dimensional and assembly evaluation before production tooling.
View Project →
03
EARLY PRODUCTION
Handheld Electronics Enclosure
Molded enclosure supporting ergonomic review, assembly verification and early product demand.
View Project →FROM CAD TO MOLDED PARTS
Start Your Next Rapid Tooling Project.
Share your CAD files, material, expected quantity and target timeline. Our engineers will review your project and recommend the right tooling route.
· Can produce multiple prototypes from a single mold or tool
·Allowing to make multiple molds quickly as your design changes
· Can make either hard or soft tools based on customer's needs. Hard tools are ideal for complex designs,while soft tools can be used for simple designs or cost-effective prototype testing.
· Ideal for experimenting with different materials
· Could result in higher product development costs if create multiple moldsfor each new design iteration
· Not always a good option if the design will change significantly during the prototyping stage
· May require higher quality materials to make a robust master pattern
WHY CHOOSE US
INSTANT QUOTING
Timely reply and provide the quote within 24 hours
NO MOQ REQUIRED
Hord does not have minimum order quantity
HIGH QUALITY
ISO 9001 & IATF 16949 certificated and inspect every step
COST-EFFICIENT
+30% cost lower than western competitors
QUICK TUAROUND
Parts make in 7 days and delivery on time
DFM ANALYSIS
Once receiving the inquiry, we will provide you with a preliminary DFM report
PROFESSIONAL SERVICES
More than 20 years of rapid tooling making
GOOD RAPUTATION FROM CUSTOMERS
Customers are satisfied with our services, products quality and delivery time.
01 What information do you need to quote my rapid tooling project?
Please send your 3D CAD file, preferred plastic material, required quantity, surface-finish requirements, color, tolerances and any relevant 2D drawings. Your estimated annual volume and target delivery date will also help us recommend the most suitable tooling solution.
02 How quickly can HordRT manufacture a rapid tool?
Typical rapid tooling lead time is approximately 5–10 working days after the mold design and DFM details are approved. Actual lead time depends on part size, geometry, mold structure, tooling material, surface finish and inspection requirements.
03 What is the expected life of a rapid tool?
Tool life depends on the tooling material, plastic resin, part geometry, mold structure and maintenance conditions. We select the mold construction and tooling material according to your expected production quantity and long-term project requirements.
04 Can rapid tooling use production-grade plastic materials?
Yes. Rapid tooling can produce parts using production-grade thermoplastics such as ABS, PC, PC/ABS, PP, POM, PA, PMMA, TPU, PBT and selected glass-filled materials. This allows you to evaluate the actual fit, function and performance of the part.
05 Can the tool be modified after the first mold trial?
In many cases, yes. Steel-safe adjustments and other practical design changes can be incorporated after the initial mold trial. Feasibility, cost and lead time depend on the requested change and whether additional steel must be added or removed.
06 What production quantities are suitable for rapid tooling?
Rapid tooling is suitable for functional prototypes, engineering validation, pre-production testing, bridge production and low-volume manufacturing. The appropriate quantity depends on the plastic material, part design, mold construction and required tool life.
07 Who owns the rapid tooling and mold inserts?
Once the tooling cost has been paid in full, the customer-specific cavity and core inserts belong to the customer. When HordRT’s shared MUD system is used, the standard mold base, hot sprue and shared hydraulic components remain the property of HordRT.
If the complete mold must be transferred to another molding supplier, a dedicated mold base and related components will need to be quoted separately.
08 When should I choose production tooling instead?
Production tooling is generally more appropriate when the product design is stable and the expected long-term volume justifies a dedicated, higher-durability mold. Our engineers can compare both options based on mold life, production quantity, unit cost and future manufacturing plans.