- 적용 분야
- 연구 개발 시험
- 산업 공정 제어
- 교통량 솔루션
- 제품
- 서비스
- 채용 정보
- 회사 정보
- 회사
- 역량
- Quality assurance for medical technology: what is important?
- Electromechanical joining: making production more cost-effective and transparent
- Optimizing vehicle dynamics: sensors and systems for mobility and motorsport
- Focus on patient's well being: production optimization for medical technology
- Solutions and expertise for spaceflight programs across the globe
- Achieving more with the right measurement technology: practical examples, from aircraft engines to NVH
- The evolution of the piezoelectric measuring chain: added value for industrial manufacturers
- At the forefront of technological development: measurement technology for the 21st century
- Focusing on resource efficiency: monitoring and optimizing large engines with cylinder pressure sensors
- Boost efficiency and conserve resources – intelligent plastics processing with Kistler
- How solutions from Kistler deliver optimized, reliable cutting processes
- Measurement technology generates added value: how Kistler supports vehicle development
- Making sure that if it belongs together, it stays together: fastening technology expertise from Kistler
- Systematic Weigh In Motion: focusing on automated weighing technology
- DTI can do more – and advances towards autonomous driving
- Kistler measurement technology enhances patient safety
- Effective production monitoring and quality assurance with Kistler
- Data acquisition of the next generation
- With piezoelectric measurement to success
- Reliable, safe and efficient vehicle tests – with Kistler
- Plastics technology: advancing towards Industry 4.0
- Electromechanical joining systems: an investment in the future
- On the path to success with efficient vehicle development
- Just in Time Production as Competitive Advantage
- 미디어 및 뉴스
- 행사 및 전시회
Services for medical device manufacturers – process monitoring systems for every demand
Our services for medical device manufacturers as well as plant and machinery manufacturers operating in environments where medtech equipment and pharmaceutical goods are produced: We support you in developing, selecting, integrating and maintaining the right process monitoring systems for production, assembly and product testing.
- Our sensor positioning service assists you with correct sensor installation, helping you to determine meaningful quality gates
- Application training for sensors and process monitoring systems
- Process investigations and tests on site at customer's premises or on our own test systems
- Support with installing sensors and commissioning (IQ) including connection to third-party systems, e.g. via fieldbus or OPC UA
- Support with mold validation to determine process limits (OQ)
- Compliance with QM system requirements
- Reducing the risk of incorrect use -> reliable and stable processes
- Advice on data analysis and data models
- Calibration of sensors and measuring chains directly on the plant, or at the Kistler calibration laboratory with traceability to ISO 17025 (depending on the application case)
Service – management of test and measurement equipment
Many customers need support to clarify questions and take decisions on calibrating and managing their process monitoring equipment:
- Why is calibration necessary?
- How often should equipment be calibrated / how are the intervals defined?
- Should we calibrate individual sensors or measuring chains?
- Traceable calibrations or service calibrations?
Kistler will be glad to advise you, and we will assist you with setting up a management system for your test and measurement equipment to make sure that you are audit-proof.
Contact us – our experts are standing by to help you!
In-situ calibrations – special services for medical device manufacturers as well as plant and machinery manufacturers
To meet customers' special requirements and in cases where the measurement setup cannot be dismantled (as happens in medtech applications), we will perform in-situ calibrations at your premises.
An in-situ calibration may also be required for regulatory reasons, or because of the need to minimize downtimes caused by time-consuming disassembly procedures.
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