Earlier risk reduction
Manufacturing issues can surface before tooling and serial-production commitments are made.
PRODUCT ENGINEERING & DFM
Product Engineering & Design for Manufacturing
Engineering that connects product requirements to materials, tooling, injection molding, assembly and serial production before expensive manufacturing decisions are locked in.
ConceptRequirements translated into a practical product direction
DFMGeometry reviewed for tooling and stable production
Mold FlowFlow and molding behavior considered before tooling
TransferEngineering continues into tooling and serial production
MANUFACTURING STARTS IN ENGINEERING
Good engineering reduces what has to be fixed later.
Part geometry, wall thickness, draft, interfaces, tolerances and material choices all influence the mold, the molding process, assembly and long-term production stability.
Rimoni engineering works alongside tooling and manufacturing teams, so design decisions can be tested against production reality before they become expensive constraints.
Fewer late changes
Geometry, materials and interfaces are reviewed before changes become slow and expensive.
Manufacturing-connected decisions
Engineering choices are evaluated together with mold, process and assembly requirements.
Continuity into production
The project can continue from DFM into tooling, molding and production without resetting the technical context.
ENGINEERING IN PRACTICE
Design becomes useful when it is tested against manufacturing reality.
Use this space for authentic images of CAD work, engineering reviews, prototypes, product measurements or engineers working directly with tooling and production.
ENGINEERING CAPABILITY
From product requirements to production-ready geometry.
The scope can begin with a concept, a partially developed product or an approved design that needs a focused manufacturing review.
Concept & detailed engineeringProduct geometry, mechanical structure, interfaces and production-ready design development.
DFMWall thickness, draft, parting lines, undercuts, tolerances and assembly requirements are reviewed against the manufacturing process.
Materials & engineering analysisMaterial selection and engineering analysis are considered against functional, mechanical and manufacturing requirements.
Mold Flow, prototyping & transferFlow behavior, prototypes and design verification support the transition into tooling and serial manufacturing.
DFM REVIEW
What we review before tooling.
The exact review depends on the product and project stage. The objective is to identify constraints early and connect product intent to a stable manufacturing route.
- Part geometry
- Wall thickness, ribs, bosses, undercuts and structural features
- Tooling interface
- Draft angles, parting lines, ejection and gate considerations
- Dimensional requirements
- Tolerances, mating surfaces and functional interfaces
- Material & molding behavior
- Material choice, filling, cooling, shrinkage and warpage risk
- Assembly
- Interfaces, joining methods and downstream manufacturing requirements
CONNECTED CAPABILITIES
Engineering is strongest when the next manufacturing steps are already in the room.
Industrial Design
User needs, product form and functional intent can be developed together before detailed engineering begins.
In-House Tooling
Engineering decisions are reviewed against real mold architecture, machining and maintenance requirements.
Injection Molding
Part geometry, material and tolerances stay connected to the process that will manufacture the product at scale.
Assembly & Automation
Interfaces, joining methods and downstream handling can be considered before product geometry is frozen.
SELECTED PROJECTS
Engineering decisions become visible in the product that reaches production.
Selected projects from the existing Engineering page show how design, DFM, tooling and manufacturing come together in real products.
Coral
Coral Manta – Pool Unit
The CORAL System gives you the peace of mind you need when owning a private pool… It is constantly watching and analyzing your pool…
Cnoga Medical
CNOGA
The Cnoga All-In-One measures 15 biomedical parameters non-invasively, including blood glucose. A device that reads through tissue depends on the optical path staying identical…
Mazor Robotics & Medtronic
Mazor cart
The surgical navigation system enables surgeons to precisely track the location of surgical instruments throughout a procedure.
INDUSTRIES
The engineering questions change with the industry and the product.
Materials, regulation, appearance, interfaces, environment and production volumes can change the right design direction significantly.
KNOWLEDGE CENTER
The engineering work continues beyond this page.
Selected articles can expand on DFM, materials, product transfer, mold design and the decisions that shape stable serial production.
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.
QUALITY AS AN ENGINEERING INPUT
Quality requirements should influence the design before production starts.
Functional requirements, tolerances, materials, inspection needs and project-specific documentation are stronger when they are considered during engineering rather than added at the end.
Quality & CertificationsSpecificationsRequirements translated into measurable engineering inputs
TolerancesCritical dimensions and interfaces reviewed against process capability
MaterialsSelection connected to function, manufacturing and project requirements
Production transferEngineering context maintained into tooling and manufacturing
ENGINEERING INSIDE A MANUFACTURING GROUP
The engineering team is connected to the organization that has to make the part.
Rimoni combines engineering, tooling, injection molding, cleanroom production, assembly and automation. That context lets engineering decisions be evaluated against the full manufacturing path rather than a single isolated stage.
FAQ
Questions that often come before an engineering project starts.
When should Rimoni engineering join a project?
Rimoni can join from an early concept, during detailed engineering and DFM, or later when an existing design needs review before tooling, transfer or serial production.
Can you review an existing design without redesigning the whole product?
Yes. A focused DFM review can identify manufacturing risks, geometry issues, material considerations and tooling constraints while preserving the approved product intent wherever possible.
Can Rimoni support material selection?
Yes. Material selection can be reviewed against functional, mechanical, regulatory, molding and commercial requirements, together with the specific part geometry and production process.
Can the same team continue from engineering into tooling and production?
Yes. Engineering can continue directly into mold design and manufacturing, injection molding, assembly and serial production, reducing technical handovers between separate suppliers.
LET’S TALK
Have a concept, drawing, 3D model or product that needs a manufacturing review?
Send what you already have. We can review the product, identify the right engineering scope and connect the work directly to tooling and production when relevant.