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IoT Product Design,
From Concept to Manufacturing

From your first sketch to manufacturing 1,000+ units.
Complete product design for IoT innovators, industrial design, mechanical engineering, and electronics working together from day one, built to be manufactured at scale.

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Our Services

  • Industrial & Casing Design Spinnov

    Industrial & Casing Design

    We design product enclosures that balance aesthetics, ergonomics, and manufacturability, from initial concept sketches and CMF (colour, material, finish) decisions through to production-ready 3D CAD models. We design for injection moulding, extrusion, and sheet metal fabrication, with DFM built into every iteration.

  • Mechanical Design SPINNOV

    Mechanical Design

    We engineer the mechanical architecture of your product, structural analysis, tolerance stacking, assembly design, and mechanism development. Whether it's a precision-fit enclosure for a medical device or a ruggedized housing for an outdoor IoT sensor, we design for real-world performance and production efficiency.

  • Design Engineering SPINNOV

    Design Engineering

    We bridge the gap between concept and reality, translating early-stage ideas into technically validated designs. We run feasibility studies, identify risks in the design early, and ensure that your industrial design intent survives contact with manufacturing constraints, cost targets, and regulatory requirements.

  • Product Rendering & CMF SPINNOV

    Product Rendering & CMF

    We produce photorealistic product renderings and CMF (colour, material, finish) presentations that communicate your design intent to stakeholders, investors, and manufacturing partners, before a single prototype is built. Our visualisations are built directly from the 3D CAD, ensuring accuracy at every stage.

  • Prototyping & Iteration SPINNOV

    Prototyping & Iteration

    We build physical prototypes to validate form, fit, and function at every stage of the design process, using SLA, FDM, and SLS 3D printing for early concepts, and CNC machining for functional prototypes closer to production intent. We run two prototype iterations as standard before moving to zero series.

  • Design for Manufacture (DFM) SPINNOV

    Design for Manufacture (DFM)

    We prepare your product for production, optimising designs for injection moulding, tolerances, assembly efficiency, and cost reduction. We produce complete manufacturing documentation including 3D CAD files, technical drawings, BOMs, and assembly instructions ready for your manufacturing partner.

Find your niche that you fit in

  • SportsTech

    We create connected sports and performance systems, delivering embedded software and IoT solutions to enhance athlete training, monitoring, and analytics.

  • Automotive

    We develop embedded software and electronics for connected vehicles, ensuring safe, scalable, and high-performance solutions from prototype to production.

  • AgriTech

    We design and develop custom IoT products and platforms, combining cloud, data, and automation to improve efficiency across the agriculture sector.

  • Consumer Goods

    We design smart consumer products with embedded software and connectivity, enabling seamless user experiences and data-driven functionality.

  • MedTech

    We develop medical devices and software with embedded intelligence, ensuring safety, reliability, and regulatory compliance from prototype to production.

  • Smart Industry

    We provide industrial IoT and embedded solutions to optimize automation, monitoring, and predictive maintenance in smart factories.

  • Smart City

    We deliver integrated IoT and software solutions for urban infrastructure, enhancing mobility, energy efficiency, and real-time city management.

  • Smart Home

    We build connected home systems and IoT devices, combining intuitive software and electronics for convenience, efficiency, and automation.

  • Telecom

    We develop connected network and embedded software solutions, enabling reliable, high-performance communication systems and next-generation connectivity.

  • Critical Software

    We develop high-reliability embedded and software systems for safety-critical applications, ensuring performance and compliance in demanding environments.

Our complete product design process

  • We appoint the project team, define the design brief, and map all requirements and constraints. User research, competitive benchmarking, and technical feasibility assessments are completed in this phase, producing a clear specification that guides every decision that follows.

  • We translate your requirements into an initial working concept, typically a simplified, non-production-representative model that validates the core idea and identifies any fundamental technical risks before significant investment in detailed design.

  • We develop two iterations of working prototypes that progressively close the gap between concept and production-ready product. Industrial design, mechanical design, electronics, and embedded software come together here, tested, refined, and validated against your specification at each iteration.

  • We test continuously throughout the project and run two formal test phases, one after each prototype iteration. Every test is conducted against a documented test plan, and results feed directly back into the next design iteration.

  • We produce a small initial run using production-intent tooling and processes. The zero series is extensively tested and checked, this is your final validation gate before committing to full-scale production.

  • We finalise all manufacturing documentation, 3D CAD files, technical drawings, BOMs, assembly instructions, and quality control criteria, and support the handover to your manufacturing partner for volume production.

Let's build a product

Our tech stack

  • TypeScript

  • Python

  • PHP

  • Flutter

  • Electron

  • Nest.JS

  • Docker

  • Azure

Get inspired by our
case studies

Discover the business challenges we’ve solved together with our clients, turning complex problems into scalable, real-world solutions.

A police officer wearing a uniform with a patch that says 'Politie' is sitting at a desk in a control room, looking focused while holding his chin.

Vodafone & Politie: Crowd Control Button

Built an IoT‑enabled device to signal peak crowds and ensure polite communication, and enhance safety in busy public spaces.

Critical Software • Product Design

Young male soccer player dressed in blue shorts and a dark jersey practicing agility drills on a soccer field with LED cones.

SmartGoals: SkillCourt

Built 5 Smart Sport Fields in major Dutch cities, transforming underused public spaces into data-driven hubs for community physical activity.

SportsTech • Product Design

A robotic welding arm performing a weld on a large metal workpiece in a workshop.

Smart Industry • Product Design

WeCobot: OnRing

Designed a plug-and-play welding solution that makes welding processes faster, safer, and more efficient.

See our success stories

What our clients say about us across industries

  • Reinoud Arts, CEO of Brel Home

    “With SPINNOV as our technology partner and in collaboration with Vodafone Business, we developed a revolutionary IoT control system and platform for solar roller shutter motors that is a true game changer in our industry.“

  • Eric Sanders, Founder of ProSpike

    “SPINNOV contributes actively to the development of our robust ProSpike system. Their work on the electronics, embedded software, and even at the conceptual level has been of immense value to our company.“

  • Sander Kok, Founder of MyWay

    “SPINNOV translates our vision for smart parking solutions into high-quality hardware that seamlessly integrates with our software.”

  • Henk van Eldik, Manager of GreenDMS

    “Measuring soil quality with sensors and connectivity underground for a competitive price is a challenge that we have taken on together with SPINNOV. Thanks to our good relationship, we can always quickly discuss new ideas and further developments.”

Your Questions, Answered

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  • We provide end-to-end product design services including industrial and casing design, mechanical design, design engineering, CMF development, product rendering, prototyping, and full manufacturing preparation. We work across IoT devices, medical devices, consumer products, and industrial equipment.

  • Our process runs from discovery and requirements definition through proof of concept, two prototype iterations, zero series production, and manufacturing preparation. At each stage, deliverables are reviewed against the agreed specification, giving you clear visibility and control throughout the project.

  • Yes. We deliver fully detailed 3D CAD models, 2D technical drawings, tolerance annotations, and manufacturing documentation as standard deliverables. Files are provided in formats compatible with your manufacturing partner's requirements.

  • Timeline depends significantly on product complexity. A straightforward IoT enclosure project might take 10–16 weeks from discovery to manufacturing preparation. A complex multi-discipline product, integrating electronics, software, and mechanical systems, typically runs 6–12 months. We provide a detailed phased timeline after our initial discovery session, and we stick to it.

  • Yes. We have experience designing products for regulated industries including medical devices, where industrial design decisions have direct implications for IEC 60601 compliance, biocompatibility requirements, and IP ratings. We factor regulatory constraints into the design from day one rather than treating them as a late-stage audit.

Discuss your product design challenge with our engineers.

What happens next

  • Our experts will contact you within 24 hours.

  • If needed, we’ll sign an NDA to guarantee your privacy.

  • You’ll receive a detailed proposal with estimates and timelines.

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