Designed for production
Cycle time, access, maintenance and process stability are considered during tooling decisions.
IN-HOUSE TOOLING
Injection Mold Manufacturing & Tooling
Precision mold engineering, machining, build, transfer, modification and maintenance, connected directly to the injection molding operation that will run the tool.
1954Mold-making at the core of Rimoni since
10,000+Molds manufactured
Up to 3.5 tMaximum mold weight
5-axisCNC machining with EDM capabilities
A PRODUCTION ASSET
A mold is not finished when it makes the first good part.
Production tooling has to support repeatability, cycle time, maintenance, engineering changes and part quality throughout the life of a program. Decisions made during mold design continue to affect manufacturing long after launch.
Rimoni keeps mold engineering, machining, build, maintenance and injection molding close together, so tooling decisions can be evaluated against real production requirements rather than in isolation.
FROM STEEL TO PRODUCTION
Mold design, machining, fitting, assembly and trial work inside the tooling operation.
Faster technical response
Tooling and molding teams can investigate issues and modifications inside one manufacturing organization.
Lifecycle support
Repair, refurbishment, engineering changes and preventive maintenance continue after launch.
Transfer-ready
Existing customer-owned molds can be evaluated, adapted and prepared for production transfer.
TOOLING CAPABILITY
New molds, transferred molds and the work required between launch and years of production.
Rimoni supports the complete tooling lifecycle, from mold engineering and precision machining through fitting, assembly, transfer, modifications and ongoing maintenance.
Production mold buildComplex thermoplastic injection molds, including multi-cavity and family tooling.
Precision machining5-axis and high-speed CNC milling, CNC turning, Sinker EDM, Wire EDM and grinding.
Mold transfer & takeoverAssessment, adaptation and run-in of molds received from another supplier or production site.
Modification & refurbishmentEngineering changes, repair, replacement of worn components and preventive maintenance.
TECHNICAL RANGE
A concise view of the tooling operation.
These figures are intended for early project qualification. Final mold architecture, size and manufacturing route depend on the part, press, material, production volumes and project requirements.
- Maximum mold weight
- Up to 3.5 t
- Mold types
- Thermoplastic · Multi-cavity · Family molds
- Machining
- 5-axis CNC · High-speed milling · CNC turning
BUILD & SUPPORT
Machining is only part of the tooling lifecycle.
Finishing, fitting, assembly, trial work and ongoing maintenance connect the tool to production performance.
- EDM
- Sinker EDM · Wire EDM
- Finishing & assembly
- Grinding · Polishing · Fitting · Mold assembly
- New mold capacity
- Tens to hundreds per year, according to project mix
CONNECTED MANUFACTURING
Tooling decisions are stronger when engineering and production stay close.
The mold can be delivered as a standalone project, or remain connected to the capabilities that precede and follow it in the manufacturing process.
Engineering & DFMPart geometry, materials, draft, wall thickness and flow behavior are reviewed before steel is committed.
Injection MoldingThe team that builds and maintains the mold stays connected to the manufacturing process that uses it.
Assembly & AutomationTooling decisions can be considered together with downstream handling, assembly and automation requirements.
SELECTED WORK
Tooling becomes meaningful when it performs in real production.
Selected products and manufacturing programs connected to Rimoni tooling expertise.
INDUSTRIES
The mold changes with the product and the production environment.
Explore how tooling requirements change across products, validation needs, documentation and production environments.
KNOWLEDGE CENTER
Engineering decisions made before steel is cut.
Selected articles can expand on DFM, mold design, materials, transfer to production and the manufacturing decisions that affect tooling performance.
Technical article
When Development Doesn’t Translate to Manufacturing
CASE STUDY · PRODUCT DEVELOPMENT & MANUFACTURING TRANSFER A dental device company came to Rimoni with a product that had already been developed by another company but had…
Technical article
Mold Design: The Engineering Behind a Successful Product
Why early mold design and DFM decide product quality: gating, cooling symmetry and ejection planning before steel is cut, and how in-house tooling shortens time-to-market.
MANUFACTURING CONFIDENCE
The tool is qualified against the part, the process and the production relationship behind it.
Dimensional inspection, fitting, trial work and project-specific approvals connect the mold to serial production. Tooling also sits inside a broader manufacturing organization with engineering, molding, quality and long-term support under one relationship.
CMMDimensional verification according to project requirements
Optical measurementVision and measuring systems where appropriate
Trial & run-inEvaluation before transition into serial production
Since 1954Mold making remains a core capability inside an integrated manufacturing group
FAQ
Questions that often come before a tooling project starts.
Can Rimoni take over an existing mold built by another supplier?
Yes. Existing molds can be reviewed, adapted, repaired and run in for transfer to serial production, subject to the condition of the mold and project requirements.
What types of production molds can Rimoni manufacture?
Rimoni manufactures thermoplastic injection molds, including complex, multi-cavity and family molds, according to the product, molding process and required production volumes.
Can tooling be supplied as a standalone service?
Yes. Tooling can be provided as a standalone capability or connected to engineering, injection molding, assembly and long-term production support within Rimoni.
Do you support mold modifications and ongoing maintenance?
Yes. Rimoni supports engineering changes, repair and refurbishment, replacement of worn components and preventive maintenance according to the production program.
LET’S TALK
Have a part, an existing mold or a new tooling challenge?
Send the drawing, CAD data or current mold status. We can review the product, tooling requirements and the path into stable production.