Gear Metering Pumps & Meter Mix Dispense Machines with highest accuracy for processing liquids and pastes.
High-precision rotary stroke bearings for backlash-free linear and rotational movements for use in machine and device construction.








광범위한 응용 분야를 위한 혁:
- • 신적인 계측
- • 길이와 직경
- •형태와 위치
- • 기어와 샤프트

액체 및 페이스트의 정밀 혼합과 계량
- • 기어 계량 펌프
- • 화이버 생산을 위한 펌프
- • 믹스 디스펜서 기계 및 혼합 헤드

백래시 없는 선형 및 회전 이동을 위한 로터리 스트로크 베어링:
- • 기계식 엔지니어링
- • 정밀 엔지니어링
- • Optik
- • 전자 부품
- • 및 기타 여러 산업







국제적으로 사업을 운영하는 회사로서 Mahr는 독일 뿐 아닌 전세계에서 특허를 보유하고 있습니다.

Quality assurance equipped for the future


In production, manufacturing and quality assurance are moving closer together. Modern and future-oriented quality management therefore needs software solutions for the intuitive and fast evaluation and documentation of measurement results. Wireless technologies that allow convenient and secure transmission of measurement data also play a key role in the QA of the future.
At Control 2018 in Stuttgart, Mahr uses several examples to show how companies can increase the efficiency of their quality assurance through the interplay of high-quality measurement technology and innovative software.
Example 1: Electrical length measurement
With MarWin Millimar Cockpit, Mahr has supplemented the Millimar program for electrical length measurement with innovative software for data evaluation and documentation. Hardware and software are optimally matched so that a smooth transfer of measurement data to the PC is possible. By evaluating with Millimar Cockpit, companies gain valuable information about the quality of their products directly from production.
Example 2: Testing rotationally symmetrical workpieces
If timely statements about the production quality are necessary, it makes sense to use measuring technology directly in the production environment. The manual shaft measuring station MarShaft MAN provides information in a matter of seconds as to whether workpieces were produced within the tolerances. The associated software MarWin EasyShaft MAN also allows users without programming knowledge to work simply and reliably with the system: numerous functions are already preprogrammed and stored in the software. To create a new measurement program, these are selected one after the other. The resulting measurement sequence is then saved and will be available for re-use in the future.