Introduction: Engineering the Foundation of Patient Care
A hospital bed is not just a piece of furniture — it is a vital part of patient recovery and caregiver efficiency.
At Meyosis, every hospital bed is designed with one purpose: to combine comfort, safety, and reliability in one system.
The production process involves several carefully managed stages — from R&D and design to assembly, testing, and certification.
Each bed reflects Meyosis’ commitment to quality, ergonomics, and long-term durability.
Related page: Hospital Beds »
Overview of the Production Process
The manufacturing of hospital beds at Meyosis is a multidisciplinary workflow involving engineering, precision machinery, and strict hygiene standards.
Main Stages of Production
- Design & R&D
- Material Selection
- Frame Production
- Mechanical & Motor Installation
- Painting and Surface Coating
- Electrical and Functional Testing
- Quality Control & Certification
- Packaging and Shipping
Design & R&D: Functionality Begins with Ergonomics
Every model starts with ergonomic design.
Using advanced 3D CAD modeling software, the R&D team simulates different bed movements, patient weights, and operational scenarios.
Design priorities include:
- Patient comfort and stability
- Caregiver accessibility
- Compatibility with hospital environments
- Clean, minimal design for easier maintenance
Each model is validated through virtual stress tests and prototype verification before mass production begins.
Related content: Automatic Hospital Bed – Benefits & Use Cases »
Material Selection: Strength Meets Hygiene
The durability and hygiene level of each hospital bed depend on the materials used.
Meyosis Uses Only Certified Medical-Grade Materials
- AISI 304 Stainless Steel: Corrosion and rust-resistant; ideal for hospital environments.
- Carbon-Free Steel Profiles: Improve load capacity and frame rigidity.
- Epoxy Polyester Powder Coating: Ensures chemical resistance and long-lasting finish.
- Medical-Grade Leather Upholstery: Waterproof, antibacterial, and easy to clean.
- European Motor Systems: Certified low-noise and energy-efficient units.
Frame Construction and Welding
The hospital bed frame is the core structure that supports all moving components.
Meyosis produces these frames using CNC laser cutting and robotic welding technologies for maximum precision.
Production Steps
- Cutting: Laser precision ensures smooth, uniform edges.
- Welding: Automated welding minimizes structural deformation.
- Surface Cleaning: Removes oils and particles.
- Primer Coating: Prepares the metal for powder painting.
Every welded frame undergoes a dimensional tolerance inspection to ensure perfect alignment.
Motor Installation and Electronic Components
Modern hospital beds are equipped with electric motors that control multiple sections such as the backrest, knee, and height adjustment.
Motor Configurations
- 2-Motor Beds: Head and leg adjustments
- 3-Motor Beds: Adds height adjustment
- 5-Motor Beds: Includes Trendelenburg and reverse Trendelenburg positions
All Meyosis beds use low-voltage DC motors that meet international IPX4 water resistance and electrical safety standards.
Control units are equipped with hand remotes or side control panels for caregivers.
Product example: 5-Motor Hospital Bed »
Surface Treatment and Painting
Once the mechanical assembly is complete, the bed surfaces are coated with epoxy polyester powder paint for both protection and visual appeal.
Powder Coating Process
- Electrostatic powder application
- Heat curing at 180°C
- Hardness and thickness testing
- Visual inspection and color matching
This process provides a smooth, durable surface that resists disinfectants and repeated cleaning cycles.
Quality Control and Endurance Testing
Quality assurance is not optional — it’s integrated into every production step.
Every Bed Undergoes
- Load Test: Ensures resistance under 250 kg static load
- Electrical Safety Test: Checks motor insulation and grounding
- Noise & Vibration Test: Confirms operational sound levels below 40 dB
- Functionality Test: Verifies every bed movement and remote control function
These tests are conducted according to EN 60601 medical equipment standards.
Final Assembly and Inspection
The final assembly process integrates the mechanical, electrical, and safety systems.
Every screw is torque-tested, and each connection point is verified against the technical documentation.
Before shipping, the bed is placed on a dynamic test bench for 30 minutes to simulate real-life hospital use.
Packaging and Global Logistics
Meyosis products are shipped worldwide with packaging designed to protect them against environmental and handling damage.
Packaging Features
- Moisture-resistant protective film
- Shock-absorbing foam
- Palletized base for stability
- Product label with model and serial number
The logistics team ensures safe delivery to over 30 countries across Europe, the Middle East, and Africa.
Contact page: Get a Quote »
Hospital Bed Types by Use Case
| Bed Type | Application | Features |
|---|---|---|
| Manual Bed | Home care or small clinics | Mechanical adjustment, no power required |
| Electric Bed | Clinics and general wards | Motorized head and leg movements |
| ICU Bed | Hospitals and intensive care | 5-motor design with Trendelenburg functions |
| Home Care Bed | Private patients | Compact and aesthetically designed models |
Frequently Asked Questions
Are Meyosis hospital beds locally manufactured?
Yes, all metal components are produced in Turkey. Motors and control systems are sourced from certified European suppliers.
How long is the warranty?
2 years full warranty, with 10 years of spare part availability.
Do you export internationally?
Yes. Meyosis hospital beds are exported to over 30 countries.
Can custom dimensions be made?
Yes. Meyosis designs custom-made beds for specific project requirements.