KIMA. Robotic Arm

ENGINEERING EXCELLENCE

Accelerate your Development with KIMA.

Purpose-Built for Medical Robotics

In MedTech, every millimeter of space and every millisecond of latency counts. The KIMA robotic arm is not an industrial robot adapted for medicine – it is a purpose-built solution designed for seamless integration into your clinical environment while addressing the stringent safety, performance, and reliability requirements of medical applications.

High-Precision Medical Robotics

Designed for precision-driven surgical robotics, KIMA combines calibrated accuracy, repeatable motion control, and compact clinical integration to support advanced medical system development.

weight
12.6 kg
payload capacity
3 kg
Reach
750 mm
total lenght
1200 mm
RepeatAbility
<0.1 mm
accuracy
<1 mm
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The No Controller Box Approach

Engineered to Simplify
Medical Robotics Development

Ultra-Compact Form Factor

Weighing less than 13 kg, the KIMA robotic arm is designed to fit within the demanding spatial constraints of operating room environments. Its compact footprint and reduced weight provide greater flexibility for robotic system design and integration in complex clinical settings.

Integrated Safety Architecture

Every joint includes redundant torque sensors and supports advanced monitoring functions designed for medical environments. This architecture helps monitor joint-level performance and supports the safety requirements of medical robotic applications.

High-Precision Performance

Supporting payloads of up to 3 kg at a 1.2 m reach, the KIMA robotic arm delivers a calibrated accuracy of 1 mm and a repeatability of 0.1 mm for demanding medical applications. Its high-precision performance enables the control and consistency required for delicate medical interventions and advanced robotic procedures.

Seamless OEM Integration

KIMA features an open architecture using EtherCAT communication protocols and a control library in a controller-less design, enabling direct control and easier integration into existing medical platforms. Instrument drives include power and passthrough I/O capabilities, facilitating the integration of surgical instruments and medical devices.

Standard-Setting Certifiability

Designed to accelerate your time-to-market, KIMA is engineered for compliance with IEC 60601-1 and IEC 62304 Class C software standards. Its certifiability-focused design helps simplify regulatory processes and supports the demanding requirements of medical systems and applications.

KIMA. Robotic Arm

Built for MedTech.

Purpose-built for healthcare and operating room environments, KIMA enables OEMs to accelerate innovation while meeting the demanding requirements of medical robotics.

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