You get designs customers like and engineers can trust. As an industrial and product design company, EnCata turns engineering concepts into appealing commercial products through market research, concept development, visualization, 3D CAD, engineering, and design validation.
Industrial design at EnCata is not a styling layer added after engineering. From the outset, we connect user experience and product identity with internal architecture, materials, target cost, assembly, and the intended manufacturing process, with a mechanical engineer involved from the start.
We create surface and solid CAD (delivered with the full tree), visualizations, and design-intent documentation around real components so engineering and prototyping teams can continue without rebuilding the concept.
Competing products, users, use scenarios, cost targets and technical constraints, written as a brief you can approve or argue with. Skip this stage if you already have one.
We define user touchpoints, controls, viewing angles, grip, access, cleaning, and maintenance needs together with color, material, finish, and tactile decisions.
Alternative directions through sketches, proportions and layout studies, built around your actual component envelope. You pick between real options, not variations of one shape.
We assign one industrial designer and one mechanical engineer to your project, and they stay involved from concept to handoff. We keep all models in PDM with revision control.
Share your current concept or prototype. We’ll identify the design and engineering work needed to move it forward and get back to you with a preliminary estimate.
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We benchmark product analogs and competitors, but do not copy them. Your device gets a distinctive look built around market fit, functionality, and price.
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You get a CMF specification a supplier can quote from – not a mood board – plus forms, materials, and finishes that look good and are viable for production cost, tooling, assembly, and scaling.
03
Enclosure geometry, antenna keep-out zones, sealing surfaces, ventilation paths and service access are agreed with mechanical and electronics engineers while the form is still moving, so your concept does not become a costly redesign after the visual stage.
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Our standard NDA bars us from naming you as a client at all. Strong evidence of this is our public portfolio, which shows only a fraction of the projects we have run.
Our industrial design and mechanical engineering expertise covers a broad range of tools and technologies, from ergonomics and CMF to CAD, prototyping, simulations, and DFM. This reduces the need to involve multiple contractors for different technical tasks.
Deep domain understanding increases the success rate of your product.
A convincing render can still hide unresolved questions about use, component fit, assembly, and production.
We define the product form only after mapping user actions, internal modules, interfaces, materials, and the intended manufacturing route. The goal is a design that survives engineering, not a shape that must later be rebuilt around the hardware.
Grip, cleaning, reach, viewing angles, loading, maintenance determine dimensions and interface placement.
PCBs, sensors, optics, tanks, airflow paths, actuators, wiring, and structural parts define the real design envelope.
Materials, part splits, draft angles, wall thickness, tooling, and assembly affect both appearance and unit cost.
Work that highlights the incredible technologies, solutions, and products EnCata developed
EnCata engineered a smart hydroponics IoT plant pot that automates plant care through nutrient dosing, using sensors and cloud control. We delivered industrial design, CAD models, BOM, and specs to help the client move from lab research to a market-ready device.
concepts developed as part of this project
major modules to enable functionality
EnCata developed a multifunctional IoT device that purifies, humidifies, ionizes, and monitors indoor air. We supported a consumer startup as an engineering contractor — from concept and embedded software to pilot production. All IP belongs to the customer.
successful crowdfunding campaigns
features delivered in one device, replacing multiple single-purpose products
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EnCata developed a hand-operated kinetic toy with a custom actuator mechanism that converts axial pressure into controlled rotation. We delivered the full mechanical product development cycle – from concept and ball screw design to TRL-7 prototype.
in the full mechanism
maximum speed
EnCata helped an early-stage health tech company develop a custom reclining pod MVP – a smart wellness hardware solution designed for workplace recovery zones. Our team handled structural analysis, actuator-driven kinematics, and full-cycle mechanical prototyping.
built and tested to meet all requirements
weight of the fiberglass-reinforced load frame
EnCata helped a laboratory equipment company develop a Fourier spectrometer – a device for analyzing the spectral composition of light in analytical measurements and healthcare diagnostics. The project cut BOM costs by 24%, reached TRL-8, and resulted in a patent.
from TRL-4 to TRL-8
BOM cost reduction for batch production
Concept only, CAD only, or a DFM review of a form you already have. Tell us where your project stands and what your deadline is. You get a scope, an estimate in hours, and a calendar commitment.
From early design direction to a production-oriented design package.
Each stage answers a different product-readiness question. The TRL labels below describe the typical maturity of the product being designed, not a separate readiness level for industrial design.
Which product direction is worth developing?
Does the selected form support the user and the internal architecture?
Does the design work as a physical product?
Can the design move toward pilot production without losing its intent?
Through hardware projects across consumer, industrial, and laboratory products, we have learned that industrial design works best when use, form, engineering, and production are developed together.
We define who uses the product, where it is used, and what the person must see, touch, load, adjust, clean, or service before developing the final form.
Electronics, sensors, optics, tanks, motors, mechanisms, wiring, airflow, and structural zones are included before the product envelope is fixed.
Mockups and physical prototypes are used to confirm scale, ergonomics, interfaces, access, and CMF decisions before tooling or detailed production engineering.
We compare directions by usability, distinctiveness, engineering risk, manufacturing route, tooling, unit cost, and future production volume.
Related engineering services that turn a selected industrial design direction into a working, testable, and manufacturable product.
Mechanical architecture, enclosures, mechanisms, component fixation, structures, tolerances, fastening, cooling paths, and production documentation that turn design intent into functional hardware.
Appearance models, ergonomic mockups, enclosure samples, functional assemblies, and iterative prototypes produced through 3D printing, CNC, vacuum forming, silicone molding, and related methods.
PCB architecture, sensors, displays, controls, connectivity, power systems, and component placement that define the internal layout and product interfaces.
Material and process selection, part splits, tooling requirements, assembly logic, supplier constraints, DFM and DFA review, and manufacturing cost optimization.
We turn design sketches into engineering models that are easy to manufacture, assemble, and scale.
