We develop products for digital dentistry where ergonomics, precision, optical integration and perceived quality come together to improve clinical usability and support reliable manufacturing.
We apply industrial design and product development to medical solutions and wearables, with special attention to fit, comfort, interaction, materials and the relationship between the body, the object and its context of use.
We design equipment for dental printing and healthcare technology, combining hardware integration, user experience, product identity and development ready for industrialisation.
We develop products for digital dentistry where ergonomics, precision, optical integration and perceived quality come together to improve clinical usability and support reliable manufacturing.
Product design for medical devices
At Trem, we collaborate with companies in the medical and healthcare sector on the design and development of medical devices, equipment and technology-based products, integrating usability, functionality, product architecture and manufacturing from the very beginning. The result is reliable, clear and coherent solutions, with close attention to ergonomics, perceived quality and finishes, ready to scale and developed with the highest manufacturing reliability.
We generate high impact projects
with measurable results
We apply our experience in industrial design and product development to projects in the medical, healthcare, and dental sectors, bringing technical expertise, high-quality standards, a user-focused approach, and a clear understanding of manufacturing.
+25
+200
Years of experience
Performed projects
+100
Satisfied clients
Meeting the Real Requirements of Medical Products
Developing a medical device or piece of medical equipment requires a consistent approach to component integration, physical architecture, ergonomics, cleanability, maintenance, robustness, materials, processes, and manufacturing feasibility, in order to achieve products that are precise, reliable, easy to use, and perceived as high quality.
Component Integration
We develop the product based on the real system: electronics, sensors, wiring, connectors, interface, access points, fixings, and internal constraints. We organise the whole product so it works properly and remains consistent both technically and formally.
Usability and Ergonomics
We design according to who uses the product, in what context, and how often. We improve grip, interaction, access, visibility, legibility, and ease of understanding to provide safety, comfort, and confidence in use.
Robustness & Reliability
The product must perform well in real-world use. We define geometries, joints, wall thicknesses, and construction solutions with stability, repeatability, and durability in mind.
Perceived Quality
Form also communicates. We refine the design so that the product feels precise, professional, and aligned with the clinical or technical environment in which it operates.
Materials, Finishes, and Details
We work on joints, tolerances, textures, openings, transitions, and finishes to reinforce perceived quality, usability consistency, and manufacturing feasibility.
Technical Requirements
From the outset, we integrate ventilation, insulation, assembly, wiring, technical access, and connectivity so that the product works properly and can be manufactured and maintained efficiently.
Regulatory Requirements
We take product constraints into account from the early stages in order to avoid decisions that may require redesign later and to support a more controlled industrialisation process.
Assembly and Maintenance
We design the product for real assembly: less complexity, clear access, sound construction logic, and easier repairs, replacements, and servicing.
Budgets and Timelines
We design with a target cost and a realistic schedule in mind. We choose the right approach depending on the project stage, expected production volume, and required level of validation.
Our sectors
We work with medical and healthcare companies developing devices, equipment, and technology-based systems for different use environments, from clinical and hospital settings to dental, diagnostic, and laboratory applications. Our work adapts to both new product development and redesign projects, bringing together industrial design, product development, and technical integration in solutions where functionality, ease of use, formal coherence, and manufacturing feasibility are critical.
If you are developing a medical device or healthcare product ready to move towards manufacturing, this is where we can bring the most value
Medical devices
Clinical equipment
Healthcare technology
Dental sector
Diagnostics and laboratory
Medical monitoring
Clinical instrumentation
Our working methodology
Based on more than 25 years of experience, our work methodology, structured in four phases, allows us to tackle successful projects.
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We understand the product, its context of use, and its constraints: size, target cost, environment, maintenance, technical requirements, applicable regulations, and timeline.
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We propose design routes and product architectures oriented towards manufacturing, integrating components, interaction, and formal language in a coherent way.
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We define geometries, joints, tolerances, access points, parts, closures, and assembly strategy to reduce risk and make production easier.
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We refine the product until everything fits and works properly: usability, robustness, integration, perceived quality, and compatibility with the production process.
We support manufacturing and ensure that the final result remains consistent with the defined quality standard.
From Design to Production
We manage the transition into production through a network of suppliers selected based on volume and the required manufacturing technology. This allows us to support different client profiles:
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Prototypes
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Short runs (10–100 units)
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Mid-volume runs (~1,000 units)
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High-volume production (~10,000 units)
Every manufacturing process has strengths and limitations. That’s why we design for manufacturing from day one (DFM), avoiding “nice-looking” solutions that later compromise cost, lead time or quality.
