Durable injection molds engineered for stable quality, repeatable performance and long-term production.
Production tooling is designed to manufacture consistent parts over extended production runs while maintaining dimensional, functional and cosmetic requirements.
Every mold is engineered around the part geometry, material, expected volume, cycle time and target tool life. Mold steel, cooling, gating, ejection and wear components are selected as part of one complete production system.
At HordRT , tooling design, mold manufacturing, validation and injection molding are managed within one coordinated workflow.
Discuss Your Production RequirementsMold construction is matched to your production volume, resin, part requirements and service environment.
Cooling, gating and ejection are developed to support stable cycles and consistent molding conditions.
Mold trials, inspection and corrective actions confirm readiness before regular production begins.
Tool construction, steel selection and mold components are specified according to the expected production volume, resin and part requirements.
Premium production tooling engineered for continuous, long-term manufacturing and demanding applications.
Automotive, medical and high-volume industrial production
Durable production molds that balance tool life, manufacturing cost and consistent part quality.
Established products with medium-to-high annual demand
Cost-effective production tooling for moderate volumes, controlled schedules and repeat manufacturing.
Medium-volume products and scheduled production batches
A controlled process connects mold engineering, manufacturing, validation and production preparation.
PROJECT DEFINITION
Part data, resin, expected volume, tolerance, appearance and production requirements are reviewed.
ENGINEERING ANALYSIS
Draft, wall thickness, undercuts, gating, ejection and potential manufacturing risks are evaluated.
TOOL ENGINEERING
Mold structure, runner, cooling, ejection and replaceable components are fully engineered.
MOLD MANUFACTURING
Components are manufactured through CNC machining, EDM, wire cutting, grinding and heat treatment.
TOOL ASSEMBLY
Mold components are fitted, assembled and inspected before the initial molding trial.
INITIAL TRIAL
Initial samples are molded to assess filling, ejection, cycle conditions and part quality.
VALIDATION
Sample measurements and molding results guide necessary corrections and further validation trials.
PRODUCTION RELEASE
Once requirements are confirmed, the mold is released for production or prepared for export.
Material selection and mold construction are matched to your production volume, resin and required tool life.
Stable and machinable steel for a wide range of production molds.
Hardened steel for demanding components and extended service.
Stainless mold steel for polished and demanding applications.
Stable pre-hardened steel for fine textures and polishing.
Integrated engineering, mold manufacturing, validation and injection molding help reduce handoffs and support a smoother path into production.
ONE COORDINATED WORKFLOW
Our engineers coordinate mold design, manufacturing, trials, inspection and production preparation within one manufacturing workflow.
Mold design considers expected volume, resin, cycle time, maintenance and target tool life.
Annual capacity of 1,800 mold sets supports both individual tools and ongoing production programs.
Mold trials, dimensional inspection and corrective actions confirm readiness before production release.
ISO 9001, IATF 16949 and ISO 13485 systems support demanding automotive, medical and industrial programs.
PRODUCTION TOOLING CASES
From automotive components to medical and industrial products, each production mold is developed around the part, material, required volume and long-term manufacturing conditions.
Durable production tooling developed for repeat molding, controlled appearance and consistent assembly performance.
Production tooling supporting dimensional control, cosmetic quality and repeatable assembly.
Maintainable tooling designed for reinforced materials, repeat production and demanding service conditions.
Have a production part that requires tooling review?
START YOUR PRODUCTION TOOLING PROJECT
Send us your part drawings, material requirements and expected production volumes. Our engineering team will review the tooling structure, mold life, tolerances and validation requirements.
Please send your 3D CAD file, resin specification, expected annual volume, surface requirements, tolerances and any relevant 2D drawings. If some details are not confirmed, our engineers can recommend practical tooling options.
Rapid tooling prioritizes shorter lead times and lower initial investment for prototypes and low-volume production. Production tooling uses more durable materials and production-focused construction for longer tool life and repeat manufacturing.
HordRT supports SPI Class 101 through Class 105 tooling. Production programs commonly use Class 101, 102 or 103, depending on the resin, expected volume, operating conditions and required tool life.
Tool life depends on mold class, steel hardness, molded resin, part geometry, cycle conditions and maintenance. A Class 101 mold may be designed for more than one million cycles, subject to the final tooling specification and operating conditions.
Validation typically includes mold construction inspection, molding trials, sample measurement, appearance review and evaluation of molding conditions. Required corrections are completed and verified before production release.
Yes. We support DFM, mold design, mold manufacturing, tooling validation, injection molding, inspection and related secondary processes within one coordinated manufacturing workflow.
Yes. Production molds can be manufactured for export according to agreed customer standards, machine specifications and component preferences. Export and documentation requirements should be confirmed at the beginning of the project.
