REGNER® Linear Actuators: Electric Linear Motion Engineered for OEM Applications

REGNER designs and manufactures electric linear actuators and motion control solutions for OEM applications that require reliable, controlled and repeatable movement. Since 1994, our engineering approach has focused on developing linear motion solutions that can be integrated into medical equipment, industrial machinery, special vehicles and other demanding applications.

From standard electric linear actuators to fully customised developments, REGNER works with equipment manufacturers to find the right combination of force, speed, stroke, dimensions, feedback and control for each application.

Electric linear actuators designed for integration

An electric linear actuator converts the rotary movement of an electric motor into controlled linear movement. In an OEM product, however, actuator selection involves much more than simply defining a required force or stroke.

The actuator becomes part of a complete mechanical and electrical system. Its dimensions, mounting points, duty cycle, speed, position feedback, electrical connections, environmental protection and control architecture can all influence the performance of the final equipment.

This is why REGNER approaches linear actuation as an engineering problem rather than simply as a component selection process.

REGNER electric linear actuator range

The REGNER linear actuator portfolio covers a broad range of motion requirements for OEM equipment. Different models provide different combinations of force, speed, stroke, voltage and position feedback, allowing engineers to select an actuator according to the operating profile of the application.

The current REGNER range includes the RA38, RA44 MAP, RA45 MLS, RA47, RA47X, RA67, RA90 and RA91 electric linear actuator families.

Depending on the model and configuration, REGNER actuators can provide different control and feedback options, including limit switches, potentiometers and digital encoders.

This range allows REGNER to address applications with very different requirements, from compact mechanisms to systems requiring forces of several thousand newtons.

Standard and custom linear actuators

A standard electric linear actuator is often the most efficient solution when its mechanical and electrical specifications already match the requirements of the equipment.

OEM applications, however, frequently introduce constraints that cannot be solved with an off the shelf component. Available installation space, mounting geometry, connectors, cables, stroke, speed, control logic or environmental conditions may require the actuator to be adapted to the equipment.

REGNER therefore combines its standard linear actuator portfolio with engineering capabilities for the development of custom linear actuators.

Depending on the project, parameters such as force, speed, stroke, retracted length, mechanical interfaces, feedback systems, electrical connections and control can be adapted to the requirements of the final product.

More than an electric linear actuator

Linear motion rarely operates in isolation. The performance of an actuator depends on how it interacts with the mechanical structure, electronics, sensors, power supply and control system of the equipment.

REGNER combines mechanical engineering, electronics and motion control capabilities to help OEM manufacturers develop complete actuation solutions.

This approach can include actuator selection, mechanical adaptation, position feedback, electronic control, user interfaces, system integration, validation and preparation for series production.

For equipment manufacturers, this means that the linear actuator can be developed as part of the complete product architecture rather than treated as an isolated component.

Linear actuators for medical technology and OEM equipment

REGNER electric linear actuators are designed for integration into equipment across multiple sectors, including medical technology, biotechnology, pharmaceutical equipment, industrial machinery, special vehicles and other specialised OEM applications.

Each sector places different demands on linear motion. Medical equipment can require controlled and reliable movement within compact mechanisms. Industrial equipment may prioritise robustness, force and repeatability. Special vehicle applications can introduce demanding mechanical and environmental conditions.

Understanding these requirements before selecting the actuator helps ensure that the complete motion system is designed around the real operating conditions of the equipment.

How to choose the right linear actuator

Choosing an electric linear actuator requires evaluating the complete operating profile of the application.

Key parameters include required force, stroke, movement speed, duty cycle, available installation space, supply voltage, mounting configuration, environmental conditions and the required level of position feedback or motion control.

Maximum force alone should not determine actuator selection. Two applications requiring the same force can have very different requirements in terms of speed, frequency of movement, precision, integration and expected service life.

Evaluating these parameters together makes it possible to identify whether an existing REGNER actuator is suitable or whether the application would benefit from a customised solution.

From engineering to series production

For OEM manufacturers, developing the right actuator is only part of the process. The solution must also be validated, industrialised and manufactured consistently throughout the life of the product.

REGNER supports projects from the initial definition of motion requirements through engineering, prototyping, validation and preparation for series production.

This combination of product development and manufacturing capability allows linear motion to be considered from the earliest stages of equipment design, reducing integration problems later in the development process.

Looking for an electric linear actuator manufacturer?

If you are developing equipment that requires controlled linear movement, REGNER can help you evaluate the application and identify the most suitable actuation architecture.

Explore our range of electric linear actuators or contact our engineering team to discuss force, stroke, speed, control, integration and customisation requirements for your project.