High-Precision Ball Screw Linear Actuators by Line Tech
In environments where precision is non-negotiable, our ball screw-driven linear actuators deliver exceptional accuracy and load-handling capabilities, meeting the needs of industries that demand reliability in every motion.
With Line Tech‘s Swiss-engineered solutions, Kiwi Motion offers ball screw linear actuators that are designed for the most demanding applications.
Achieving the right balance between precision, load capacity, and repeatability is crucial in scientific research, medical instrumentation, and manufacturing.
Unlike traditional actuators, our ball screw actuators are crafted to excel under heavy loads and in precise positioning tasks, ensuring reliability in critical applications.
What is a Ball Screw Driven Linear Actuator?
A ball screw linear actuator transforms rotary motion into highly accurate linear motion using a ball-threaded spindle.
This precise mechanism is ideal for applications with essential load capacity and minimal backlash.
With components like pre-tensioned bearings, linear guides, and drive elements, our ball screw actuators deliver exceptionally smooth motion. The system’s robust design ensures consistent, reliable performance in any environment.
Ball Screw Actuator Applications
Scientific and Medical Instrumentation:
Precision is paramount in scientific and medical fields. Our ball screw actuators provide unmatched accuracy, essential for applications like microscopy, laboratory automation, and high-precision sample handling.
Industrial Automation and Manufacturing:
With load capacities reaching up to 366kN and torque up to 30kNm, these actuators are ideal for heavy-duty manufacturing automation, delivering robust performance for tasks requiring precise control and positioning, even under high loads.
Packaging and Material Handling:
For material handling and packaging applications that require both speed and accuracy, ball screw actuators offer a reliable solution. Their ability to maintain position and handle repetitive movements makes them well-suited for these industries.
High-Precision Robotics:
In robotics applications, ball screw actuators offer outstanding repeatability and smooth motion control. They are highly adaptable, providing dynamic linear motion with precision and minimal maintenance requirements.
Features of Our Ball Screw Driven Linear Actuators
Exceptional Precision and Repeatability:
Line Tech’s ball screw actuators achieve repeatability up to 0.005mm, making them ideal for precision-demanding tasks across various sectors.
High Load Capacity and Torque Performance:
With load capacities up to 366kN and torque handling up to 30kNm, these actuators support even the heaviest loads, ensuring reliable operation across diverse applications.
Compact and Modular Design:
The compact modular design of Line Tech’s actuators combines performance with space-saving efficiency. Constructed with an aluminium alloy base and a protective steel strip, these actuators are built to withstand external factors like dirt and debris.
Central Lubrication and Maintenance Efficiency:
Equipped with central lubrication points, our ball screw actuators are designed to minimise maintenance downtime, ensuring long-term reliability and optimal performance.
Customisation Options and Limit Switches:
Limit switches and motor attachments can be integrated upon request to enhance safety and positioning accuracy. Specialised configurations are also available, offering tailored solutions for complex applications.
Precision and Durability in Motion
With stroke lengths up to 3000mm and robust, modular construction, Kiwi Motion’s ball screw actuators from Line Tech are the top choice for precise, load-bearing linear motion. From compact positioning units to versatile bridge modules, each actuator is crafted to deliver optimal performance with minimal backlash, ensuring accuracy and longevity.
If you’re ready to explore the potential of ball screw actuators for your application, contact our team at Kiwi Motion. Let us help you select the right solution tailored to your project’s specific demands.