Medical
»The encoder systems are surprisingly easy to install and set up in light of their performance.«
3DHISTECH (Hungary)
We make encoders for medical applications.
Why RLS magnetic encoders?
CHALLENGES
- Reliability
- Accuracy
- Size, compact design
BENEFITS
- Wide range of available sizes
- Wide range of resolutions
- Industry standard output options
- True absolute encoders
- Non-contact 360° rotation or linear position detection
- Large installation tolerances
- Easy installation
- High reliability
How do surgical robots work?
The latest generation surgeries are being performed today using surgical systems, which allow surgeons to perform the most minimally invasive procedures. The system incorporates the height of motion control technologies so that every motion provides the smooth, accurate movements reminiscent of a skilled surgeon – even at slow, calculated speeds.
The surgical system itself requires only the use of two 8- and one 12-mm wide hole in a patient, for insertion of the two surgical manipulators and a camera. Only the robot and surgical assistants stand over the patient, while the surgeon, the system operator, can be across the room at the Surgeon’s console where even the look and feel of the open surgery is duplicated with precision. The whole system consists of three distinct components, which includes the surgeon console, patient-side cart that holds the instruments, and the image processing equipment.
Recommended products
-
HiLin™ High-accuracy Linear Magnetic Encoder System
-
Orbis™ Analogue and Incremental Through-hole Analogue and Incremental Rotary Encoder
-
AksIM-4™ Big Rings Off-Axis Rotary Absolute Magnetic Encoder
-
RMB20 with AM4096 chip Rotary Magnetic Encoder Module with AM4096 chip
-
RMB20 Rotary Magnetic Encoder Module
-
LF11 Linear Absolute Magnetic Encoder
-
LA12 Absolute Magnetic Encoder System with Mitsubishi, Yaskawa and Fanuc Serial Communication
-
AksIM-2™ Off-Axis Rotary Absolute Magnetic Encoder Module
-
AksIM-2™ Redundant Off-Axis Rotary Absolute Magnetic Encoder Module
-
LA11 Linear Absolute Magnetic Encoder
-
Orbis™ Rotary Absolute Magnetic Encoder Module
-
RLB Miniature Incremental Magnetic Encoder Module
-
RLC2HD Miniature Incremental Magnetic Encoder Module
-
RLM Miniature Incremental Magnetic Encoder
-
RLC2IC Miniature Incremental Magnetic Encoder Module
-
RM08 Miniature Rotary Magnetic Encoder
-
RMB14 Rotary Magnetic Encoder Module
-
RMB23 Rotary Magnetic Encoder Module
-
RMB28 / RMF44 / RMF58 with AM4096 chip Rotary Magnetic Encoder Module with AM4096 chip
-
RMB28 / RMF44 Rotary Magnetic Encoder Module
-
RMB28 with SATI03 Rotary Magnetic Encoder Module
-
RMB29 Rotary Magnetic Encoder Module
-
RMB30 Rotary Magnetic Encoder Module
-
AksIM™ Off-Axis Rotary Absolute Magnetic Encoder