Engineering Services For Manufacturers

Your Product Is Stuck In Engineering. We Fix That.

Redyna handles product design, tooling, and CAE so your team can focus on shipping. We work with manufacturers who can't afford to wait on slow vendors or internal bottlenecks.

Redyna provides product design, tool design, engineering consultancy, and CAE services to manufacturers in the automotive, industrial machinery, consumer products, medical device and electronics industries.

Industries we work with

AutomotiveIndustrial MachineryConsumer ProductsMedical DevicesElectronics EnclosuresAutomotiveIndustrial MachineryConsumer ProductsMedical DevicesElectronics Enclosures
Process

How a project with Redyna actually runs

Most engineering vendors disappear after the kickoff call. We don't.

  1. 01

    Discovery

    We start by understanding what you're building, what constraints you're working within, and what 'done' actually means for your timeline.

  2. 02

    Design

    We produce detailed engineering designs in SolidWorks, CATIA or NX. Everything is documented and yours to keep.

  3. 03

    Simulation & Validation

    Before anything is manufactured, we run CAE analysis in Ansys and Moldflow to catch structural, thermal or flow issues in software.

  4. 04

    Delivery & Handoff

    You get production-ready files, clear documentation, and a team you can call if something changes.

Proof

Problems we've solved

Case studies are not testimonials. Here's what we were given, what we did, and what happened.

All case studies
100-ton hydraulic bench press with steel frame, hydraulic power unit and safety guarding
Automotive Manufacturing

An automotive component manufacturer needed 100 tons of pressing force in a compact, serviceable machine.

Mechanical and hydraulic design, FEA on the frame, closed-loop circuit, prototype build and load testing.

100 tons delivered with stable pressure and a compact footprint

Read the full story
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Resources

Engineering content worth reading

All articles
FEA stress contour plot on a bracket
CAE
6 min readWhat is CAE and why should manufacturers care about it before tooling?CAE (Computer-Aided Engineering) is the use of simulation software to predict how a part will behave under real loads, heat, pressure or flow before it is physically made. For manufacturers, running CAE before tooling is committed is the cheapest point at which a design failure can still be fixed.Know More
Injection mould cavity block in a toolroom
Product Design
7 min readDFM basics: why your product design keeps failing in manufacturingDesign for Manufacturability (DFM) is the practice of designing a part around the process that will make it. Most designs fail in manufacturing because process constraints — draft, wall thickness, tolerance capability, tool access — were treated as a downstream problem instead of a design input.Know More
Exploded technical view of a device assembly
Tooling
6 min readHow to choose a tool design partner: what to ask and what to avoidChoose a tool design partner by how specifically they ask about your production reality — machine tonnage, volumes, resin grade, tolerance capability — before they quote. A partner who quotes tooling without asking those questions is designing in isolation, and isolation is where tool rework comes from.Know More
Injection moulding fill simulation
Product Design
5 min readProduct design vs product engineering: what's the difference and which do you need?Product design defines what a product is — its form, function, user interaction and concept. Product engineering defines how it gets made — materials, tolerances, structural performance and manufacturing process. Most manufacturers who say they need design actually need both, sequenced correctly.Know More
3D scanning a metal casting
Consultancy
6 min readWhen to bring in outside engineering consultancy (and when not to)Bring in outside engineering consultancy when the problem is specialised, time-boxed, or outside your team's core expertise — a simulation study, a feasibility assessment, a design review before a costly commitment. Do not outsource work that is central, ongoing and load-bearing for your product; that expertise should live in-house.Know More
Why Redyna

Why manufacturers work with us instead of building it in-house

Fast turnaround without cutting corners

We work in parallel where most vendors work in sequence. Design and simulation happen together, not one after the other.

Industry-specific experience

We've worked across automotive, industrial and consumer product categories. We know the tolerances, certifications and manufacturing realities your industry expects.

Full stack, one team

Product design, tooling, simulation — you don't need three separate vendors. One point of contact, one scope, one timeline.

Tools your engineers already know

We work in SolidWorks, CATIA, Ansys, HyperMesh and Moldflow — so handoff is clean and your team doesn't have to translate files.

Redyna mechanical design engineer reviewing a 3D CAD assembly on a widescreen monitor
The team

The people behind the work

We're engineers, not account managers. When you talk to Redyna, you talk directly to the person doing the work.

Lead Engineer & Founder

Mechanical design · CAE

I spent a decade inside automotive and industrial engineering teams watching good products stall because the design work sat in a queue. Redyna exists so that queue isn't yours. I still run the CAD and the simulations on most projects — if we work together, you'll be talking to me.

Works in: SolidWorks, CATIA, Ansys, Moldflow, HyperMesh.

More about how we work
FAQ

Questions we get before every project

Still not answered? Ask directly — you'll get a straight reply from an engineer.

If your engineering is the bottleneck, let's talk.

No long intake forms. No sales team. You talk to an engineer from the first call.

NDA on request before any technical detail is shared.