spindle drive
Spindle drive for precise and powerful linear movement
When workpieces need to be moved, positioned, or clamped with the highest precision, the spindle drive is the means of choice. Ortlieb develops compact, low-maintenance drive solutions based on proven spindle technology – ideal for machines, systems, and special solutions in the industry.
Spindle drives are central components for precise linear movements in mechanical engineering, automation, and testing and measurement technology.
Ortlieb develops and manufactures high-quality spindle drives that impress with accuracy, high performance, and long service life.
Our systems are used worldwide in demanding applications where reliability and repeat accuracy are crucial.
What is a spindle drive?
A spindle drive converts the rotation of a motor into linear movement – usually via a lead screw guided in a nut. Depending on the application, ball screw drives, trapezoidal screws, or planetary roller screws are used. Spindle drives are precise, low-maintenance, and easy to integrate.
Functionality and design of spindle drives:
A spindle drive converts rotary motion into linear motion.
It consists of a precision-manufactured spindle, a nut unit, and a matching guide.
Ortlieb relies on finely tuned spindle technologies that are designed for minimal wear and high efficiency.
Different spindle systems are used depending on the application:
Trapezoidal thread spindles
Ball screw spindles
Planetary roller spindles (PWG)
Special spindles for high loads or high dynamics
By selecting the appropriate spindle technology, the drive can be optimally adapted to force, speed, stroke, and precision.
Overview of Ortlieb spindle drives
Compact design with integrated guide system
Robust enclosures for industrial environments
Variants with ball screw, trapezoidal screw or planetary roller screw
Customizable to different lift heights and forces
Optional with sensor technology (position, end positions, torque)
Advantages of our spindle drives
High positioning accuracy
Diverse interfaces for integration
Low maintenance effort
Compatible with standard motors and controls
Energy efficient compared to pneumatics/hydraulics
Long lifespan even under continuous load
Typical areas of application for spindle drives
Adjustment axes in machines and systems
Workpiece positioning
Test applications with precise motion profiles
Format distortions
Clamping Devices with Linear Drive
Combination with planetary roller screws and electric cylinders
In many applications, screw drives form the basis for complete linear systems.
Ortlieb often combines its spindle drives with:
Planetary roller screws (PWG) for compact, backlash-free high-performance drives
Ortlieb servo spindles for particularly dynamic linear axes
SERAC® electric cylinders as an electrical alternative to hydraulic systems
These modular solutions enable precise, energy-efficient linear movements for a wide range of requirements.
Frequently Asked Questions about Spindle Drives
Which spindle technologies are used by Ortlieb?
Ortlieb uses ball screw drives, trapezoidal threads, or planetary roller screws depending on the application.
Are custom stroke lengths possible?
Yes – our spindle drives can be customized to meet your requirements.
How is the spindle drive powered?
Depending on the need, it can be powered by servo motors, stepper motors, or manual adjustment. Optionally, complete drive units with motors are available.
Are you looking for a reliable spindle drive for your application?
Ortlieb provides customized drive solutions with high precision – talk to us.