Sweden as a nation is strong in the field of medical technology – and Compotech is too. We are and have been involved in many development projects in the field of medical technology and we love to learn new things and to solve problems. Quality and traceability are common issues and requirements in this sector which we are used to complying with. We have set out some examples of the products we regard as particularly suitable for medical equipment or instruments below. The summary is not complete. Please regard it as a form of inspiration rather than as an indication of the products we have for your application.
Wide range of brushless motors that can be used in a wide range of applications. Fairly simple models are used for conveyor belts and in heating/ventilation whereas high-performance models such as cage-wound motors are used where performance, precision and above all torque are important, for example in robotics or medical technology.
This type of motor is based on a stepper motor in which the shaft has been replaced by a nut that rotates with the rotor. A lead screw has then been fitted through this nut, which when prevented from rotating produces a linear motion. Available with various windings and in sizes ranging from 20 mm to 86 mm square. Produces up to 1700 N.
With stepper motor-driven complete linear units & guides, the support already done, you just need to mount your load.
The applications for direct drive rotary motors are broad, but they are particularly prominent in medical technology and robotics. Within these fields, the application areas range widely from surgery to X-ray and laboratory equipment, with a generous span of sizes and dimensions.
The DMC series comprises advanced controllers for 1-8 servo or stepper motor shafts, which can also be combined with built-in drivers. With leading servo performance, powerful software tools and a shallow learning curve this is an excellent choice for centralised servo systems with high requirements for performance, advanced functionality and user-friendliness. Certified to ISO 13485:2003.
Ingenia‘s offering includes high performance – high power density servo drives and motor controllers altogether with powerful control software. Ingenia technology drives brushless and brushed motors as well as voice coils. Advanced features include field buses (CANopen, EtherCAT, Ethernet/IP) with the lowest latencies, sinusoidal commutation, field oriented control, advanced PID filters and much more. A strong focus on next generation power stage design has helped Ingenia design and manufacture some of the world’s smallest and highest efficiency motor controllers.
Magnetic, optical and inductive encoders have fundamentally different designs. This often provides good opportunities to find an encoder that is well suited for a specific application and environment.
Modern displays are usually based on some type of liquid crystal, in which the crystals are actuated in a certain pixel by means of a voltage in order to affect how the light, which is backlit, passes and reaches the observer’s eyes. Displays based on liquid crystal are used in everything from small displays in digital watches to wide-screen TVs, although there is a significant difference in both technology and performance between different types of LCD displays.
Vippomkopplare används inom industriella applikationer för maskiner och apparater men även inom belysningsindustrin. Den stora möjligheten att få fram olika typer av vippor gör att omkopplarna passar bra att använda till designprodukter. Vipporna kan om man vill, vara det lilla extra som sätter extra karaktär på slutprodukten.
There are many types of microphones, flexibility in design and implementation provides a wide range of solutions that can have standard or custom sound characteristics.
Dynamic speaker elements can be designed to reproduce the entire frequency range or just parts of it (bass, mid-range, treble, etc.). In addition, we can adapt them in production to specific requirements in terms of their characteristics, including impedances of up to 600 ohms.