We Build the Hardware Behind Your Product

Mechanical and Electrical Engineering

WHAT IT IS: We design and build assemblies that combine mechanics, electronics, power, and heat management, so your device works in the real world, not just in theory.

WHY IT MATTERS: Most products fail because of heat, power, or mechanical stress, not bad ideas. We solve these problems during design, before they become expensive problems during testing.

WHAT'S INCLUDED:

Mechanical + electrical integration plan
Thermal strategy (materials, airflow, heat sinking, layout considerations)
Design choices that reduce failure modes and extend lifespan

GOOD FIT FOR: Products with motors, actuators, batteries, high-power electronics, tight enclosures, or harsh environments.

If overheating, packaging, or reliability is a concern, we’ll design it out.

INSU prototype development, INSU design, Hardware, software, prototype, prototype development, product development, technolog

3D Design and Engineering Files

WHAT IT IS: We create production-ready 3D models and drawings that define exactly how your product is built, dimensions, tolerances, materials, and interfaces. The files your manufacturer needs to actually make it.

WHY IT MATTERS: Bad drawings cost you money at the factory. Clean CAD means fewer revision cycles, faster quotes, and no surprises when parts arrive.

WHAT'S INCLUDED:

Detailed 3D models and assemblies
Key drawings and specifications (as needed)
Interface definition for electronics, fasteners, seals, connectors, and mounting

GOOD FIT FOR: Teams that need accurate mechanical definitions for prototyping, testing, or early production quotes.

Bring us your rough concept, we’ll turn it into a buildable mechanical system.

3D PRINTING

WHAT IT IS: We design custom electronic boards tailored to your product's exact size, power, sensor, and connectivity requirements, not generic off-the-shelf components that almost fit.

WHY IT MATTERS: Off-the-shelf boards are great; until they don’t fit, don’t pass requirements, or can’t scale. A custom PCB can reduce cost, improve performance, and simplify manufacturing.

WHAT'S INCLUDED:

PCB design aligned with your mechanical constraints
Power, sensor, and connectivity integration
Prototype builds, bring-up support, and revision planning

GOOD FIT FOR: Products that require compact packaging, low power, specific sensors, robust connectivity, or production scaling.

If you want to hold your concept in your hands in a couple of weeks, we can make that happen.

Custom PCB Design and Development

WHAT IT IS: We design the electronics at the core of your product, the circuit board that controls everything. Sized, powered, and connected for exactly what your product needs to do.

WHY IT MATTERS: The PCB is where your hardware idea becomes real. Getting it wrong means expensive respins. Getting it right means faster testing, lower costs, and a cleaner path to manufacturing.

WHAT'S INCLUDED:

Concept directions and refined form language
User-centered layout decisions (controls, indicators, access, serviceability)
Design aligned to manufacturing methods and cost targets

GOOD FIT FOR: Consumer products, medical/health devices, premium B2B hardware, and anything that must look credible and intuitive.

If your electronics need to be smaller, stronger, or production-ready, we’ll design the right board for you.

Rapid prototyping and iteration

(MVPs, bench testing, performance validation, design-to-build guidance)

WHAT IT IS: We build working prototypes fast, then test them against real requirements, not assumptions. Every iteration improves on measurable results, not guesswork.

WHY IT MATTERS: Speed without validation creates expensive false confidence. We prioritize the tests that de-risk the product and prove it meets real requirements.

WHAT'S INCLUDED:

MVP scope definition (what matters most, what can wait)
Bench testing plans and performance validation results
Design-to-build guidance so each iteration improves manufacturability

GOOD FIT FOR: Early-stage teams racing to product-market fit, pilots, investor demos, or internal approval milestones.

If you need to move fast and be sure it works, we’ll build the shortest path to proof.

INDUSTRIAL PRODUCT DESIGN

WHAT IT IS: We design the product’s physical experience: form factor, usability, ergonomics, and visual language, aligned with how it will actually be manufactured.

WHY IT MATTERS: Great engineering doesn’t sell if the product feels awkward, confusing, or “prototype-ish.” Industrial design bridges desirability and function so the first impression builds trust.

WHAT'S INCLUDED:

Concept directions and refined form language
User-centered layout decisions (controls, indicators, access, serviceability)
Design aligned to manufacturing methods and cost targets

GOOD FIT FOR: Consumer products, medical/health devices, premium B2B hardware, and anything that must look credible and intuitive.

If you want to hold your concept in your hands in a couple of weeks, we can make that happen.

Early Manufacturing readiness and supplier coordination

WHAT IT IS: We prepare your prototype design to survive the real world of suppliers, lead times, tolerances, and assembly; then coordinate the early build path.

WHY IT MATTERS: A working prototype is not automatically manufacturable. Manufacturing readiness prevents delays, cost overruns, and “we can’t build this” surprises. Design for Manufacturing & Assembly engineering practices reduces unit cost, improves yield, shortens build time, and prevents late-stage redesigns when a prototype has to become a real, repeatable product.

WHAT'S INCLUDED:

DFM/DFA thinking embedded in design decisions
Bill of Materials (BOM) and sourcing strategy support
Supplier coordination for early runs and prototype builds

GOOD FIT FOR: Teams moving from prototype to pilot run, small-batch production, or first manufacturing partner conversations.

If you’re planning to build more than one unit, let’s make sure your design is ready for it.

PROCUREMENT

WHAT IT IS: We manage or support procurement of components, materials, and prototype build items; aligned with performance requirements and realistic lead times.

WHY IT MATTERS: Procurement decisions control schedule and risk. The wrong parts can stall builds, create reliability issues, or force redesigns.

WHAT'S INCLUDED:

Parts selection aligned to availability and technical requirements
Substitutions strategy when supply shifts
Build-ready kits and purchasing coordination (as needed)

GOOD FIT FOR: Time-sensitive builds, constrained supply chains, or teams that want engineering to guide purchasing.

If lead times and parts risk are keeping you up at night, we’ll bring control to the build.

Technical SOP & Risk Mitigation

WHAT IT IS: We document repeatable processes and proactively manage technical risk so your prototype can be built, tested, and improved consistently.

WHY IT MATTERS: Teams lose time when builds aren’t repeatable or knowledge lives in someone’s head. SOPs and risk mitigation turn your prototype effort into a scalable product effort.

WHAT'S INCLUDED:

Assembly and test SOPs where appropriate
Risk register thinking: failure modes, mitigations, and verification steps
Documentation that supports onboarding, vendors, and early production

GOOD FIT FOR: Teams transitioning from a one-off prototype to repeatable builds, pilots, or production discussions.

If you want fewer unknowns and more control, we’ll turn your process into something repeatable.

We Build the Hardware Behind Your Product

Mechanical and Electrical Engineering

3D Design and Engineering Files

3D PRINTING

Custom PCB Design and Development

Rapid prototyping and iteration

(MVPs, bench testing, performance validation, design-to-build guidance)

INDUSTRIAL PRODUCT DESIGN

Early Manufacturing readiness and supplier coordination

PROCUREMENT

Technical SOP & Risk Mitigation

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