Technical enclosure design for a dental resin printer: electronics integration, user experience, and manufacturing readiness.
Enclosure prototyping and validation for a validator terminal: ergonomics, interface and internal architecture before industrialisation
Housing design for an SDDR return terminal: robustness, fast servicing, and manufacturing criteria for real-world deployment.
Technical enclosure design for a dental resin printer: electronics integration, user experience, and manufacturing readiness.
Enclosure design for technology products
At Trem, we design and develop enclosures, technical housings and functional covers for technology products: electronic devices, connected equipment, instrumentation, robotics and medical technology. We combine industrial design with technical criteria from the outset to create solutions that integrate electronics effectively, simplify assembly and are ready for reliable manufacturing.
We generate high impact projects
with measurable results
+25
+200
Years of experience
Performed projects
+100
Satisfied clients
Meeting Every Product Requirement
When designing an enclosure or housing, the decisions that shape the product’s success happen early: how the electronics are integrated, how heat is managed (ventilation/cooling), how the product is protected, how it is assembled and serviced, which materials and manufacturing processes are used, and what the real unit cost will be. In some projects, industrial design and aesthetics are key to stand out in a competitive market; in others, robustness, modularity and cost optimisation take priority. In every case, the result must convey quality, trust and ease of use.
Hardware & Software Integration
We develop the enclosure around the real system: electronics, wiring, connectors, sensors and user interfaces. We optimise layout, access points and fastening solutions.
Assembly & Maintenance
We design technical enclosures with real assembly in mind: fewer steps, fewer fasteners, and clear access points. We enable repairs, replacements and upgrades to reduce build time, downtime and cost (serviceability).
Robustness & Reliability
A housing must withstand real use—not just look right. We define joints, wall thicknesses and reinforcements for impacts, vibration and working conditions, ensuring consistent, repeatable quality in production.
Ergonomics
We design around the user: who they are, how they operate the product, and for how long. We refine grip, interaction and comfort to improve safety, confidence and user experience.
Purposeful Aesthetics
Form communicates function and positioning. We tailor the design to either stand out or blend into its category, reinforcing brand and perceived value.
Perceived Quality
Details make the difference: parting lines, gaps, tolerances, textures and finishes. We define materials and CMF (Color, Material & Finish) to convey precision, trust and quality.
Technical Requirements
From the start, we integrate ventilation, thermal management, insulation, wiring and connectivity. The enclosure (housing) is designed so the hardware runs reliably and remains easy to assemble.
Standards & Compliance
We address regulatory and compliance requirements from the design phase to avoid late redesigns. This speeds up industrialisation and reduces risk when launching the product.
Budget & Timeline
We design to a target cost and a realistic schedule. We choose manufacturing processes based on volume—from short runs to thousands—and validate with prototypes before moving into production.
Our sectors
We design enclosures and technical housings for products that incorporate electronics, connectivity or demanding usage requirements. We adapt each solution to the real needs of the product: hardware integration, assembly, maintenance, robustness, regulatory requirements and manufacturing, both for short runs and for larger-scale production.
If you need an enclosure ready for production, we can support you from product architecture through to industrialisation.
IoT and Connected Devices
Robotics and Industrial Automation
Smart Retail and Phygital Experiences
Instrumentation and Laboratory Equipment
Urban Mobility and Micromobility
Smart Cities and Industry 4.0
Telecommunications and Networkin
Biometric devices and FinTech
Energy and Electrical Management
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 define the product, its use context and key constraints: volume, target cost, environment, applicable standards/regulations, service/maintenance needs and timeline.
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We propose design routes and product architecture with manufacturing in mind, integrating the electronics efficiently from the start.
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We define geometries, joints, tolerances, ventilation/insulation, access points and an assembly strategy to reduce build time and prevent failures.
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We support manufacturing and ensure the final result matches 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.
