Electromechanical engineering for hospital furniture
Are you developing a motorized hospital bed, chair, or piece of medical equipment? Are you developing a motorized hospital bed, chair, or piece of medical equipment?
technical aspects and the prototype, through to serial production and final assembly of the equipment. We integrate linear actuators, motors, power supplies, control units, controllers, sensors, wiring, and mechanical components into reliable, repeatable, and ready-to-use assemblies.
its validation.
Manufacturing of electrical systems for hospital beds
A single partner for integrating electronics, cabling, and mechanics into medical furniture
its validation.
Our team can work with an existing design or collaborate on its industrialization to simplify assembly, improve maintainability, and optimize costs and timelines.
Our team can work with an existing design or collaborate on its industrialization to simplify assembly, improve maintainability, and optimize costs and timelines.
Our team can work with an existing design or collaborate on its industrialization to simplify assembly, improve maintainability, and optimize costs and timelines.
• Control: control units, patient handsets, panels for healthcare staff, and remote controls.
• Sensors: position, presence, limit switch, and safety signals.
• Specialized wiring: harnesses, connectors, protective elements, and cable routings adapted for movement.
Electromechanical components for medical furniture
• Specialized wiring: harnesses, connectors, protective elements, and cable routings adapted for movement. In the hospital environment, every movement and every connection must respond safely and predictably. We manufacture under ISO 9001 and ISO 13485 management systems and apply
Safety, traceability, and quality control
controls adapted to the requirements of each project.
Safety, traceability, and quality control
controls adapted to the requirements of each project.
Traceability
controls adapted to the requirements of each project.
Repeatable manufacturing
Functional verification of assemblies and electrical controls, along with tests defined in consultation with the client based on the equipment’s intended use.
Documented processes, tooling, and controls for transitioning from prototype to stable production runs with consistent quality.
1. Technical review: requirements, architecture, components, and manufacturing risks.
1. Technical review: requirements, architecture, components, and manufacturing risks.
3. Industrialization: optimization of product, process, tooling, and documentation.
3. Industrialization: optimization of product, process, tooling, and documentation.
5. Manufacturing and assembly: electronics, wiring, subassemblies, and complete equipment.
From prototype to furniture ready for integration
6. Quality, logistics, and after-sales: verification, packaging, dispatch, and repair.
6. Quality, logistics, and after-sales: verification, packaging, dispatch, and repair.
• Hospital beds and intensive care beds.
• Treatment, dialysis, and blood-draw chairs.
• Dental, optical, and rehabilitation furniture.
• Motorized mounts for clinical equipment.
Common applications
Frequently asked questions about electromechanical hospital furniture
• Assistive systems for patient mobility and transfers. We can integrate actuators, motors, control units, controllers, sensors, power supplies, batteries, wiring and mechanical components, as well as perform the assembly and
What systems can Electrolomas integrate into a hospital bed?
functional verification of the assembly.
Can you work from an already developed design?
Yes. We review the client’s documentation and can manufacture according to it, or propose design-for-manufacturing improvements focused on assembly, reliability, maintainability, and cost.
Can Electrolomas manufacture prototypes and subsequently carry out mass production?
Yes. We review the client’s documentation and can manufacture according to it, or propose design-for-manufacturing improvements focused on assembly, reliability, maintainability, and cost. Yes. The same team can support the project from the initial units through to repeatable production, managing components, processes, controls, and traceability.
What controls are applied to the equipment?
Yes. The same team can support the project from the initial units through to repeatable production, managing components, processes, controls, and traceability.
Can you deliver the equipment fully assembled and ready for the end customer?
Yes. The same team can support the project from the initial units through to repeatable production, managing components, processes, controls, and traceability.