Industrial Design & Product Development Firm

Security Camera Development

A high-throughput wireless security device packaged in a luxury-tier enclosure and custom stand.

The Mechanical Hurdles

Cramming dense electronics into a small, high-end housing triggers two silent killers: RF signal interference trapped inside the shell, and thermal throttling under heavy workloads.

The Embedded Architecture

Optimized internal component layout and shielding to block local interference, paired with tight thermal management that keeps data moving fast without overheating the enclosure.

Nascar Daytona Keychain | AirTing

A pocket-sized consumer novelty featuring a complex, hermetically sealed fluid/air apparatus.

The Mechanical Hurdles

Miniaturizing a sealed system invites micro-leakage, material degradation under UV exposure, and fragile valve mechanisms that break down after repeated customer use.

Manufacturing Solution

We selected high-barrier fluoropolymer gaskets to prevent fluid migration and UV breakdown, then engineered a simplified, low-part-count valve mechanism with tight internal tolerances to ensure reliable, positive tactile feedback drop after drop.

Furniture Prototype Development

A high-volume, load-bearing furniture assembly engineered for toolless user setup.

The Mechanical Hurdles

Mass-producing flat-pack furniture usually means sacrificing structural rigidity, dealing with fiber delamination during rapid thermal cycling, or relying on overly complex factory hardware.

Manufacturing Solution

We integrated advanced substrate composites and a high-tolerance, minimalist fastening system. This bypassed complex factory tooling entirely while ensuring rigid, foolproof alignment right out of the box.

Industrial Design Firm Capabilities Blueprint

Industrial Design Medical Prototype CAD Drawing

Industrial Product Design Capabilities

We take raw concepts and engineer them for the real world - focusing on scalability, manufacturing efficiency, and per-unit cost control from day one.

During the prototyping phase, designs are systematically de-risked utilizing 3D printing and CNC machining to rigorously evaluate material tolerances, mechanical clearances, and structural integrity.

By implementing advanced Design for Manufacturing (DFM) principles early in the lifecycle, critical production variables—including draft angles, uniform wall thicknesses, and parting lines—are optimized to minimize tool wear and eliminate part defects during high-volume injection molding.

The Result: A clean handoff to the assembly line that bypasses costly downstream redesigns, preserves your cosmetic finish, and protects your manufacturing margins.

Industrial Design Firm CAD & Tech Data Sheet

Medical Device Industrial Design | MagLipix

An anatomical, pressure-distributing medical device designed for high-yield, single-shot overmolding.

The Mechanical Hurdles

Medical hardware has zero room for error: rigid contact points cause user fatigue and skin irritation, while complex multi-part assemblies blow up base manufacturing costs.

Manufacturing Solution

We integrated variable-durometer thermoplastic elastomers for ergonomic skin contact and engineered a self-locating, single-shot overmolded profile that cuts assembly parts down to zero while eliminating user strain.

Children's Toy Industrial Design | My Friendship Bracelet

A portable, low-cost plastic workstation designed to simplify multi-strand crafting for children.

The Mechanical Hurdles

Turning a chaotic, multi-threaded process into a child-friendly toy creates unique mechanical headaches: strands tangle under high friction, anchor points slip, and complex assemblies blow up the target retail price point.

Manufacturing Solution

We engineered a spring-loaded top clip to maintain constant thread tension and designed variable-width anchor slots to prevent overlapping. Under the hood, we optimized the internal ribbing and tolerances for high-volume, low-cost injection molding with zero user assembly required.

Bracelet Maker Industrial Design Workstation

Medical Equipment Prototype | Fanoscan

A clinical-grade bio-diagnostic imaging and medical scanner prototype prepared for human trials.

The Mechanical Hurdles

Transitioning an optical lab bench setup into a field-ready medical device means fighting multi-axis chassis vibration, thermal-optical misalignment, and strict ISO 13485 compliance hurdles.

Manufacturing Solution

We integrated active thermoelectric cooling substrates and precision aluminum sub-frames to lock down optical paths against thermal drift. Using biocompatible, medical-grade polymers, we engineered a modular enclosure that withstands aggressive isopropyl alcohol (IPA) sanitization while bypassing permanent adhesives for rapid teardown during clinical testing.

FanoScan Medical Imaging Prototype Equipment

InTouch GPS Design | Rugged Handheld

A high-gain, ruggedized satellite navigation handheld engineered for extreme outdoor conditions and heavy industrial use.

The Mechanical Hurdles

Compressing a sensitive multi-array antenna & electronics into a pocket-sized shell invites design conflicts: heavy impacts shatter standard plastics, moisture infiltration ruins circuitry, and thick protective casings block wireless satellite signals.

Manufacturing Solution

We combined high-impact polycarbonate shells with shock-absorbing overmolded rubber bumpers to achieve IP-rated moisture sealing and drop-force protection. Crucially, we specified specialized, RF-transparent polymers that safeguard the internal architecture against severe environmental shock without degrading satellite reception, while optimizing co-molded side-grips and internal button tolerances for secure, tactile operation in mud, dirt, and heavy field use.

InTouch Rugged GPS Mobile Device Rendering

FanoScan Medical Scanner Prototype Primary Shot

FanoScan Medical Scanner CAD Wireframe View

InTouch Handheld GPS CAD Wireframe Layout

SousChef Culinary Dispenser Appliance Concept

SousChef Culinary Dispenser CAD Wireframe View

Raw Shaving Industrial Design | RS-18 Luxury Razor

A high-precision, marine-grade luxury safety razor engineered for elite retail curation (Bergdorf Goodman, Neiman Marcus).

The Mechanical Hurdles

Bringing a luxury grooming product to high-end department store shelves means it cannot just function well—it has to look and feel like a flawless, heavyweight heirloom. Poor balance, rough blade exposure, or microscopic surface flaws instantly disqualify a product from prestige retail buyers.

The Luxury Architecture

We precision-machined a flawless, perfectly balanced center-of-mass handle out of marine-grade 316L stainless steel. By fine-tuning the blade-gap head geometry and integrating a protective safety guard, we eliminated skin friction and drag to deliver an ultra-smooth, premium shave while meeting the stringent visual and tactical standards of luxury retail curation.

RS-18 Luxury Razor Retail Display Box Packaging Layout

SousChef Prototype | Automated Culinary Dispenser

An automated countertop culinary dispensing appliance utilizing a modular, dishwasher-safe capsule ecosystem.

The Mechanical Hurdles

Designing smart kitchen appliances introduces a trio of mechanical challenges: food ingredients degrade without airtight seals, multi-channel fluid tracks risk severe cross-contamination, and high part-counts make consumer disassembly and mass manufacturing financially non-viable.

Manufacturing Solution

Engineering a single injection-molded gate that achieves a tight hermetic seal without complex valving, while isolating fluid and ingredient paths into distinct capsules to eliminate flavor transfer. To slash production overhead and make user teardown effortless, we replaced expensive mechanisms with a streamlined snap-in architecture that leaves all wear components 100% dishwasher safe.

Automated Smart Spice Dispenser Interior Mechanics View

Cobra EMS Network Tester CAD Wireframe Drawing

Smart Beverage Cooler Multi-Dispenser Enclosure

Smart Beverage Cooler CAD Wireframe Layout

XBlox Modular Adjustable Dumbbell Concept

XBlox Modular Adjustable Dumbbell CAD Drawing

Network Tester Industrial Design | Cobra EMS

A modular, low-power Wi-Fi telemetry bridge engineered to link legacy field equipment directly to high-throughput cloud servers.

The Embedded Architecture

Bridging vintage analog hardware with modern cloud architectures exposes critical integration bottlenecks: high packet-loss rates, unstable multi-layer protocol handshakes, and fragile firmware that drops connection during remote, unattended field deployments.

Manufacturing Solution

We engineered a resilient telemetry enclosure supporting complex multi-layer protocol handshakes across legacy standards and modern 802.11ax/b/g/n bands. To ensure persistent uptime in harsh environments, we built robust diagnostic logic arrays optimized specifically for remote fleet logistics and autonomous sensor node recovery.

Telemetry Bridge Device & Wifi Network Integration Diagram

Beverage Cooler Design | Smart Multi-Dispenser

A high-capacity, automated beverage dispensing and mixing workstation engineered for commercial and high-end residential use.

The Mechanical Hurdles

Pushing liquids through automated delivery channels exposes severe engineering flaws: pressure drops cause inconsistent pour volumes, stagnant fluid traps become breeding grounds for bacteria, and thermal fluctuations alter beverage carbonation and viscosity mid-pour.

The Embedded Architecture

We engineered a precision-valved, positive-displacement fluid path with optimized internal diameters to maintain consistent flow rates and eliminate pressure cavitation. By designing a toolless, quick-disconnect modular manifold utilizing food-grade, antimicrobial polymers, we enabled rapid sanitation cycles while keeping manufacturing part-counts low for cost-effective scale.

Smart Beverage Cooler Mobile App Interface and Enclosure Assembly

XBlox Concept | Modular Dumbbell

A space-efficient, square-profile adjustable dumbbell that compresses an entire weight array into a compact, interlocking footprint using a dual-end interior plate loading system.

The Mechanical Hurdles

Packing adjustable weight into a tight space brings a cascade of design problems: loose plates rattle and shift during high-velocity lifts, quick-release doors snap under repeated drop forces, and traditional round weights constantly roll around the gym floor.

Manufacturing Solution

We engineered internal retention channels to lock the weight plates tight, eliminating any rattle during heavy movement. To handle the abuse, we developed rugged, quick-release dual-end door hinges built to withstand heavy drop impact, wrapped in a minimalist square-block form factor that stops rolling and maximizes storage efficiency.

XBlox Square Dumbbell Technical Blueprint Specifications

Industrial Product Design Capabilities

Bridging the gap between creative concept and market reality by engineering for scalability, manufacturing efficiency, and optimized per-unit production costs.

During the prototyping phase, designs are systematically de-risked utilizing 3D printing and CNC machining to rigorously evaluate material tolerances, mechanical clearances, and structural integrity.

By implementing advanced Design for Manufacturing (DFM) principles early in the lifecycle, critical production variables—including draft angles, uniform wall thicknesses, and parting lines—are optimized to minimize tool wear and eliminate part defects during high-volume injection molding.

The Result: A seamless transition to the assembly line that bypasses costly downstream redesigns, preserves premium cosmetic appeal, and strictly controls manufacturing margins.

Industrial Design Portfolio

Patent Portfolio

Imagined on Paper. Engineered for Reality

Core Capabilities

What does an industrial designer do?

Product Prototyping & Testing

idk3CO turns raw ideas into physical models you can actually hold, test, and break - before you spend a dime on factory tooling. By hammering out the fit, form, and mechanical bugs through real-world prototyping, we make sure your product doesn't just look good on a screen, but actually survives the real world.

Ergonomics & Physical UX

We obsess over the physical details most people only notice when they're wrong - weight distribution, grip comfort, and how a button clicks. If a device doesn't feel natural and intuitive in the hand, users won't trust it. We make sure it feels right the second they pick it up.

Design for Manufacturing (DFM)

A brilliant prototype is useless if a factory can't actually build it affordably. We design for the real world—dialing in wall thicknesses, draft angles, and material flow so your product moves smoothly from our workbench to the assembly line without eating your profit margins.

Marketability

If your product looks like everything else on the shelf, it's going to get ignored. idk3CO designs distinct, eye-catching products that turn basic functionality into something people actually desire—and are eager to buy.