TRIM is an industrial design and product engineering studio that helps companies develop physical products. Our work includes product strategy, industrial design, user experience, mechanical design, prototyping, design for manufacturing, and production support.
We specialize in turning complex technologies into products that are clear, usable, manufacturable, and visually well resolved.
TRIM is based in Tel Aviv, Israel, and works with companies locally and internationally.
TRIM works across several hardware-based industries, including medical devices, digital health, wearables, consumer electronics, wellness products, FemTech, babytech, clean technology, and advanced hardware products.
Yes. TRIM works with startups at different stages, from early idea and proof of concept to investor-ready product concepts, prototypes, and production preparation. We help startups define the product, reduce development risk, and create a clear path toward manufacturing.
Yes. TRIM also works with established companies that need industrial design, product redesign, engineering support, DFM optimization, or help developing new product lines.
TRIM provides industrial design and product engineering services, including:
Yes. TRIM can support the full product development process, from early product definition and concept design to engineering, prototyping, manufacturing preparation, and production support.
Depending on the project, we can lead the design process, support an internal engineering team, or collaborate with external manufacturers and suppliers.
Industrial design focuses on the product’s usability, ergonomics, appearance, user interaction, and overall experience. Product engineering focuses on how the product works, how it is built, how parts are assembled, and how the product can be manufactured reliably.
At TRIM, industrial design and engineering are developed together, so the product is not only attractive but also functional, realistic, and production-ready.
Yes. TRIM provides mechanical design and 3D CAD development for plastic parts, enclosures, mechanisms, assemblies, and production-oriented components.
Yes. TRIM supports design for manufacturing and design for assembly. This includes simplifying parts, improving assembly logic, reducing cost drivers, selecting suitable manufacturing technologies, and preparing the product for real-world production.
Yes. TRIM can help redesign, optimize, or improve an existing product. This may include improving usability, reducing production cost, simplifying assembly, updating the visual language, improving ergonomics, or adapting the product for a new market.
Yes. TRIM has experience designing medical devices, digital health products, wearable medical devices, monitoring devices, and healthcare-related hardware.
Our approach combines usability, ergonomics, safety, cleanability, manufacturability, and a professional visual language suitable for medical environments.
Yes. TRIM works on wearable devices and body-worn products, including products that require comfort, ergonomics, adjustability, compact design, material selection, sealing, charging logic, and integration with electronics.
Yes. In medical and healthcare products, usability is critical. TRIM considers how patients, doctors, nurses, technicians, and caregivers interact with the product. We focus on clarity, ease of use, maintenance, cleaning, safety, and day-to-day reliability.
TRIM does not replace a regulatory consultant or certification body. However, we design with medical product requirements in mind and can collaborate with regulatory, clinical, and engineering teams to support the development process.
A typical TRIM process includes:
The exact process depends on the project stage, complexity, budget, and timeline.
Yes. TRIM can help define an early-stage idea and turn it into a clearer product direction. This can include product architecture, user scenarios, sketches, 3D concepts, technical feasibility review, and a roadmap for the next development stages.
Yes. TRIM often collaborates with internal engineering teams, external R&D teams, manufacturers, electronic engineers, software teams, and startup founders.
We can lead the industrial design and mechanical development or support specific areas such as ergonomics, enclosure design, DFM, product visualization, or production detailing.
EVT, DVT, and PVT are product development validation stages:
TRIM can support product design and engineering decisions throughout these stages.
TRIM can support prototype development by preparing 3D files, guiding prototype strategy, working with prototype suppliers, and helping evaluate prototype results.
Depending on the project, prototypes may include 3D printing, CNC machining, silicone parts, sheet metal, soft goods, vacuum forming, or other manufacturing methods.
Yes. TRIM helps choose materials and production technologies based on product function, appearance, durability, cost, assembly, weight, texture, regulatory needs, and expected production volume.
Yes. TRIM can communicate with manufacturers and suppliers during the development process. We help adapt the design to production constraints and improve the product before tooling or mass production.
Yes. TRIM can prepare production-oriented CAD files, assemblies, part structure, and 2D drawings with dimensions and tolerances when required.
The cost depends on the project scope, complexity, stage, number of parts, required engineering depth, prototype needs, and production requirements.
Early product analysis or concept work may be smaller in scope, while a complete product development process from concept to production requires a larger budget and timeline.
Timelines vary by project. A focused concept phase may take a few weeks, while full product development, prototyping, engineering, and production preparation can take several months or more.
TRIM usually defines the process in phases so the client can make informed decisions at each stage.
Yes. Depending on the project, TRIM can work with a fixed project scope, phased proposal, or hourly framework. For early-stage projects where the scope is still changing, an hourly or phased approach can provide more flexibility.
Helpful information includes:
The first step is usually a short introductory meeting to understand the product, the stage of development, the technical challenges, and the business goals. After that, TRIM can recommend a suitable process, phase structure, and estimated scope.
TRIM combines industrial design, mechanical thinking, usability, and production knowledge in one integrated process. This helps reduce the gap between concept and manufacturing and creates products that are not only visually strong but also practical, functional, and realistic to produce.
TRIM works as a boutique studio with hands-on senior involvement. We focus on clear thinking, precise design, engineering feasibility, manufacturability, and a product language that supports the brand and user experience.
Yes. TRIM can help transform an early product idea, prototype, or technical proof of concept into a professional product concept suitable for investor presentations, fundraising, strategic partnerships, and internal decision-making.
Yes. By combining industrial design, usability, mechanical design, DFM, and production thinking early in the process, TRIM helps identify problems before they become expensive to fix.