For higher positioning and speed control, FAULHABER provides a wide range of encoders to combine wit...
1 - 22 by 22 results
Point of Care (PoC) analysis for SARS-CoV-2
Point of Care (PoC) analysis If results are to be available promptly so that quick decisions can...
The universal torque modules UDM5 are an integrated solution of drive and precise torque measurement...
High-performance in the smallest of spaces – the FAULHABER portfolio today spans from 4-pole s...
Motors with integrated Electronics
FAULHABER Motion Control Systems combine the high performance of a FAULHABER brushless motor with ta...
Our universal Precision5 joining modules are designed for tasks that require small forces and maximu...
Linear guides standard ARC / HRC linear guide with four raceways in the O variant Long lubri...
Intelligent component alignment for medical...
Intelligent component alignment at the push of a button Do you know the problem? You align the r...
Stepper motors can be used for more than just a rotation. When combined with lead screws, they pr...
Automatic measurement on the CNC machine
Measuring on the CNC machine for more productivity hyperMILL® PROBING is the optimal and user...
Linear guide miniature High loads and torques possible Unique ball deflection system Embed...
Linear motors from FAULHABER – Exceptionally...
When it comes to executing translational motions as efficiently and flexibly as possible, linear mot...
Additive manufacturing for medical technology
Additive manufacturing - only really perfect with CAD / CAM Additive manufacturing offers many ne...
Planetary gearboxes – robust and precise
Thanks to their robust construction, FAULHABER metal planetary gearboxes in combination with FAULHAB...
Drill Drill & reamer Attachments for drill & reamer Sagittal oscillating saw Blad...
DC motors from FAULHABER - Cogging-free use
Coreless DC motors from FAULHABER differ from conventional DC motors with iron armatures primarily d...
Linear motors / linear axes The CPC portfolio also includes numerous linear motors and linear axe...
Manual Workstation UFM-C-Compact
plug and play For the processing of small to medium-sized series, or for testing and checking mater...
Most users do not need individual motors to realise their drive solutions. They are better off with...
Stepper motors for demanding positioning...
For demanding positioning tasks that require a high level of accuracy, stepper motors are generally...
ST finite linear guide High resilience and high torque The finite ST miniature guide...
DC motor controllers from FAULHABER
In most cases, an electronic controller is needed to operate a micromotor. It allows the drive power...
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ELCON Medical Instruments GmbH (EN)
78532 Tuttlingen, Deutschland
78244 Gottmadingen, Deutschland
78052 Villingen - Schwenningen
Schuler Präzisionstechnik KG (EN)
78559 Gosheim, Deutschland1 - 28 by 28 results
Drive technology & mechanics of the area Components and parts for medical devices
Products and services from the categories Drive technology and mechanics for medical technology in medical technology or other healthcare-related industries .
Drive technology for medical technology, drive technology for medical devices, drive technology for laboratory devices, drive technology for machines, mechanics for medical technology, mechanics for medical devices, mechanics for laboratory devices, mechanics for machines
The fields of drive technology and mechanics are related, but the former is more technical in nature. The latter focuses on the overall methods of movement generation, energy supply and transmission systems. The focus lies on the overall mechanism, which combines the energy source and propulsive force to generate the desired movement. In some areas of application, the powertrain plays a central role, since it transfers energy and represents the connection between multiple system components.
The core elements of drive technology and mechanics are control electronics and motors. These can be expanded according to the requirements of the application. Communication options include standard bus systems and wireless solutions. In order to provide the correct signal to the motors, the microcontrollers are fed with various sensors. The sensors measure speed, current and absolute positions. Experts select the appropriate control algorithm depending on the application requirements. The following is a list of different control algorithms and their use in industrial and commercial applications.
Various technologies are used to control the motion of machines. The three basic types of drive technologies are electric, pneumatic and hydraulic. They all have different uses. The electric type is based on electric motor technology. Pneumatic and hydraulic drives are based on fluid technology. They transmit energy using compressed air and hydraulic fluids. Consequently, their application is not limited to mechanical or electrical devices. The electrical ones are used in automobiles and other vehicles.
Another application for drive technology is in the aerospace industry. Special lightweight construction gears are used for the aerospace industry. These require robust products and high weights. The Harmonic Drive (r) gears were first used in the Apollo program in 1971. Today, this technology is present in several satellite systems orbiting the earth. Furthermore, these systems allow packaging machines and machine tools to produce consumer goods economically and consistently. In this way, they are extremely versatile.
The technology used for drive systems has countless applications. In the aerospace industry, it is often used in spacecraft. In these applications, high-tech components are essential for space flight. These products must meet the demands of a spacecraft to stay in the air. In the packaging industry, the special gears allow machine tools to produce consumer goods economically and in constant quality. In the automotive sector, the industry is also heavily dependent on drive technology.
General drive technology includes a wide range of components. Encoders, controllers and sensors are part of mechatronics. Its application spans the entire range of drive technologies. Typical examples include electrical and hydraulic drive systems, as well as positioning systems. They can also be used in oily environments. There are many other types of electric and mechanical drives, but they all share some characteristics. It is important to know what type of technology you need and what you need.