힘센서는 물체에 작용하는 힘(Force)을 정밀하게 측정하는 산업용 계측 센서의 총칭으로, 인장, 압축, 토크 등 다양한 하중을 감지할 수 있습니다. 힘센서는 로드셀, F/T 센서, 압력 기반 센서 등을 포함하는 상위 개념입니다.
힘센서는 산업용 로봇, 협동 로봇(Cobot), 자동화 생산 설비, 시험 장비, 항공·자동차 테스트 시스템 등에서 사용되며, 정밀한 힘 제어와 분석을 가능하게 합니다. 특히 고정밀 제어와 데이터 기반 자동화 시스템에서 핵심 역할을 수행합니다.
당사에서는 다양한 형태의 힘센서 제품을 제공하고 있으며, 용도에 따라 로드셀, 다축 센서, 미니어처 센서, 토크 센서 등으로 구성할 수 있습니다. 힘센서를 통해 산업용 시스템의 제어 정밀도와 데이터 신뢰성을 향상시켜 보시기 바랍니다.
Feature
- High precision with the principle of resistance strain type.
- Two-direction force structure.
- Good temperature characteristics with self-compensated strain gauge.
- Tiny crosstalk error, strong long-term stability.
- Overload protection.
- Stable structure and high rigidity.
Feature
- High precision with the principle of resistance strain type.
- Crosstalk error, strong long-term stability.
- Good temperature characteristics with self-compensated strain gauge.
- Upper and lower flange surfaces, stable structure, high rigidity.
- Large range of measurement.
- Two-direction force structure.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error.
- Small size, low height, suitable for small-volume applications.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Upper and lower flange surfaces, stable structure, high rigidity.
- Tiny crosstalk error, strong long-term stability.
- Good temperature characteristics with self-compensated strain gauge.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Tiny crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, low height, suitable for small volume applications.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
Feature
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.