Electromechanical engineering for arthroscopy (arthroscopy) equipment
Electrolomas collaborates with medical technology manufacturers who need to integrate cameras, lighting, electronics, wiring, and precision mechanisms into compact and reliable equipment.
We get involved from technical review and prototyping all the way to industrialization, mass production, and final assembly. We can work on an already defined architecture or help turn a concept into a documented, repeatable set ready for validation.
Miniaturization requires coordinating optics, mechanics, heat dissipation, connectivity, and sealing without compromising image quality or the ergonomics of the equipment.
Miniaturization, optics, lighting, and precise movement in a single architecture
Components and cabling for medical endoscopy systems
We integrate the necessary components according to the equipment’s architecture and intended use:
• Cameras, image sensors, optical modules, and high-density connections.
• Lighting sources, light guides, intensity control, and thermal management.
• Micromotors, actuators, positioning, and precision mechanisms.
• Flexible wiring, sealed connectors, and paths adapted to tight spaces.
• Control electronics, power, communications, and embedded software.
• Housings, mounts, and subassemblies with sealing and cleanliness requirements.
Precision, tightness, and reliability for medical vision equipment
In arthroscopy and endoscopy, the stability of the image and the safety of the assembly depend on each electrical, optical, and mechanical interface. We manufacture under ISO 9001 and ISO 13485 management systems and apply controls adapted to the documentation and the manufacturer’s requirements.
Optical integration
Alignment and integration of cameras, lighting, connectors, and mechanical elements to maintain a stable and repeatable transmission.
Tightness and cleanliness
Selection of materials, seals, protections, and processes compatible with the cleaning and reprocessing requirements defined for the product.
Control and traceability
Documented processes, component identification, and functional testing to ensure the quality of each assembly and batch.
From concept to manufacturable arthroscopy or endoscopy system
We can get involved in a specific phase or support the entire project:
1. Technical review: architecture, miniaturization, interfaces, sealing, and risks.
2. Prototyping: initial integration of optics, lighting, electronics, and mechanics.
3. Industrialization: optimization for assembly, testing, cleaning, and maintenance.
4. Supply chain: sourcing and coordination of critical components.
5. Manufacturing and assembly: electronics, wiring, subassemblies, and complete equipment.
6. Quality and after-sales: verification, traceability, logistics, and repair.
Common applications
• Camera systems for arthroscopy and endoscopy.
• Light sources and medical lighting modules.
• Image control and processing units.
• Wiring, connectors, and sealed assemblies.
• Precision movement and positioning modules.
• Accessories and peripherals for medical visualization systems.
Frequently asked questions about arthroscopy and endoscopy
What components can Electrolomas integrate into these devices?
We can integrate cameras, lighting, electronics, micromotors, sensors, power supplies, wiring, connectors, and mechanical assemblies according to the manufacturer’s documentation.
Can you work with miniaturized designs?
Yes. We check space restrictions, cable routes, heat dissipation, mounting accessibility, and tolerances to turn the design into a repeatable process.
How are tightness and cleaning requirements addressed?
We integrate materials, seals, and protections defined for the product and set up controls that allow us to verify the assembly according to its specifications.
Can you manufacture prototypes and production runs?
Yes. The project can start with prototypes or pre-series and evolve to recurring manufacturing with documentation, tooling, controls, and traceability.
Can Electrolomas deliver subassemblies or the complete equipment?
Yes. The scope can include specific modules or the assembly, functional verification, packaging, and logistics of the complete system.
Are you developing an arthroscopy or endoscopy system?
We analyze with you the miniaturization, electromechanical integration, and the most suitable manufacturing process.