Linker (1)

Product Overview
The Linker is a precision-engineered component used in robotic-assisted surgical systems for orthopedic procedures.
Designed and manufactured by TARUK Medical Instruments, this linker facilitates the stable connection between modular robotic arms and surgical instruments, ensuring accurate force transmission and alignment during complex procedures.
The component is designed to deliver consistent mechanical stability, dimensional accuracy, and reliable performance, critical for high-precision joint reconstruction surgeries.

Design & Functionality
The Linker serves as a structural interface that maintains alignment and stability between robotic modules and end-effector tools.
Key design features:
● Reinforced frame structure for minimized deflection under operational load
● High-precision contact surfaces for accurate alignment with robotic arms
● Lightweight medical-grade stainless steel for durability and balance
● Smooth, passivated finish to simplify sterilization and reduce contamination
● Modular design allowing quick assembly and disassembly for maintenance
This linker ensures repeatable positioning and consistent force transfer during both manual and robotic-assisted operations.

Engineering & Manufacturing Capabilities
TARUK’s manufacturing capabilities combine 5-axis and 4-axis CNC machining centers with turn-mill compound machines, enabling the production of complex geometries with tight tolerances.
Key capabilities include:
● Multi-axis machining for precision geometrical accuracy
● Dimensional verification using coordinate measuring systems (CMM)
● Controlled surface finishing and passivation for corrosion resistance
● High-precision assembly to ensure proper interface alignment
Every Linker is produced under an ISO 13485-certified quality system, ensuring reliable mechanical performance and compliance with international medical device standards.

OEM / ODM Customization Services
TARUK offers comprehensive OEM/ODM services for the Linker, supporting global robotic system developers with customized solutions.
Customization options include:
● Adjusting dimensions and geometry to fit unique robotic arms
● Modifying contact surfaces to accommodate different instruments
● Optional material selection and surface finishing
● Private labeling, serial coding, and traceability documentation
Through collaborative engineering, TARUK enables OEM partners to accelerate product development while maintaining full regulatory compliance.

Quality Control & Validation
Each Linker undergoes strict quality assurance to guarantee accuracy and reliability.
Inspection and validation procedures include:
● Dimensional verification and tolerance analysis
● Mechanical stability and fatigue testing
● Surface smoothness and corrosion resistance assessment
● Controlled cleaning, passivation, and final assembly
● Complete traceability from raw material to final shipment
These rigorous procedures ensure every unit meets the high standards expected by leading robotic surgery OEMs.

Why Choose TARUK
TARUK distinguishes itself as a trusted engineering and manufacturing partner for robotic surgical components.
Key advantages include:
● Engineering-driven collaboration: Early involvement in design and assembly planning ensures optimized tolerances and functionality
● Advanced CNC machining: 5-axis and 4-axis centers with turn-mill compound machines deliver precise sub-millimeter accuracy
● Certified quality system: ISO 13485 ensures traceable and validated production
● Flexible supply chain: Supports prototyping, small-batch production, and high-volume delivery
● Global OEM experience: Proven track record serving multiple robotic system developers worldwide
By choosing TARUK, clients gain a partner capable of delivering precision, reliability, and innovative engineering solutions for their robotic surgical devices.

Contact TARUK
For inquiries about specifications, CAD review, or OEM collaboration on the Linker, please contact TARUK Medical Instruments.
We are committed to delivering precision-engineered components that meet the evolving needs of robotic-assisted orthopedic surgery.