OEM Microsurgery Bed
for OEM Integration and Microsurgical Applications
The OEM Microsurgery Bed delivers precise, vibration-free motion for complex surgical procedures in ophthalmology, neurosurgery, and microsurgery. Its motorized height, tilt, and rotation controls enable exact patient positioning and superior surgical accuracy. With a modular, customizable design, it adapts seamlessly to clinical workflows and OEM system integrations worldwide.
| Feature | Specification |
|---|---|
| Height Adjustment | 500 – 800 mm |
| Tilt Angles | ±15° (Trendelenburg / Reverse) |
| XY Movement | ±50 mm |
| Load Capacity | up to 200 kg |
Why Conventional Surgical Beds Fall Short in Microsurgery
Modern microsurgery requires submillimeter stability and ergonomic access under high magnification. Conventional operating tables often lack the motion precision, modularity, and control flexibility demanded by today’s surgical and OEM applications.
Limited Fine Adjustment
Most standard OR tables provide only coarse mechanical motion, restricting precise alignment for microscope-guided procedures.
Vibration and Motion Drift
Vibration or instability can compromise surgical accuracy, especially under high magnification in ophthalmic or neurosurgical settings.
Complex Integration
Typical surgical tables cannot connect directly to microscopes, navigation systems, or digital control interfaces – complicating OEM system development.
Lack of Mobility and Battery Operation
Fixed installations and the absence of backup power reduce flexibility for mobile ORs and R&D environments.
Advantages and Benefits
The OEM Microsurgery Bed eliminates these limitations through advanced motorization, modular design, and OEM integration flexibility. Built in Germany under ISO13485, it ensures precise, repeatable positioning and long-term reliability across surgical and research environments.
- Motorized height, tilt (±15°), and rotation for precise surgical alignment
- ±50 mm XY axis motion for micro-adjustments under the microscope
- Low-vibration mechanics for stability in high-magnification procedures
- Battery and mains operation for mobile or stationary use
- Memory positioning with programmable presets for repeatable workflows
Motorized Adjustments
Precision-controlled height, tilt, and rotation for accurate surgical access.
Modular System Architecture
Removable head, leg, and arm supports for maximum flexibility.
Patient-Centered Design
Low entry height and stable surface increase patient safety and comfort.
Remote Control & Memory Function
Save time through repeatable positioning and ergonomic control.
Get in Touch
Co-Develop Your Surgical Positioning System with gKteso
Precision
Contact us to learn how to integrate the OEM Microsurgery Bed for precise, motorized patient positioning and seamless system integration in ophthalmic, neurosurgical, and microsurgical applications.
- Modular platform with customizable motion profiles and support geometry
- Seamless integration with microscopes and digital control systems
- CE-compliant, FDA-ready, and built for long-term clinical performance
Seamless Integration
into Clinical Workflows
The OEM Microsurgery Bed integrates effortlessly into operating rooms and OEM development environments. It connects directly with surgical microscopes, navigation systems, and imaging devices via customizable interfaces. The platform supports analog, digital, and API-based control – enabling synchronized motion logic, memory functions, and system-level automation.
Fully EU MDR 2017/745 compliant and tested under IEC 60601-1, the system is also available with FDA-ready documentation for North American partners. Its low entry height improves accessibility and safety, while the stable base ensures vibration-free operation, even under heavy microscope setups.
Our Applications
for Microsurgery and OEM Development
Precise, ergonomic, and adaptable – the OEM Microsurgery Bed supports a wide range of microsurgical and research applications. From ophthalmic and neurosurgical procedures to robotics and preclinical testing, it delivers motion control that meets the highest technical and clinical standards.
- Motorized height, tilt, and rotation for precision workflows
- Stable, low-vibration platform for microscope-based procedures
- Compatible with Zeiss, Leica, and Haag-Streit surgical microscopes
Ophthalmic Surgery
Micro and Neurosurgery
ENT & Skull Base
Surgical Research & Robotics
Veterinary Microsurgery
Device Testing & Development
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Frequently Asked Questions
How does the programmable memory function improve throughput and setup consistency in automated surgical research or robotic setups?
What mechanical or electrical integration options exist for combining this bed with specific imaging systems or surgical microscopes?
Engineered for seamless multi-vendor integration, the bed connects effortlessly with leading surgical microscopes. It supports analog, digital, and API based communication protocols to allow direct synchronization with external optical or navigation hardware. This open interface approach enables real time data exchange, allowing the table’s motion logic to adapt dynamically to the microscope’s focus parameters. The stable base is structurally reinforced to guarantee vibration free operation, even when heavy microscope setups are physically attached to the system.
Why is a dual power system with battery backup critical for mobile operating rooms or device testing environments?
How does the table support specialized patient setups for complex neurosurgery or skull base procedures?
How does the modular design of the table accommodate complex microsurgical applications like ENT and neurosurgery?
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