High stability and high resolution non-contact displacement gauge ST-3541/3540
Capacitive measurement achieving excellent high stability and high resolution.
High stability, high resolution non-contact displacement gauge
- Company:岩崎通信機
- Price:Other
1~5 item / All 5 items
Capacitive measurement achieving excellent high stability and high resolution.
High stability, high resolution non-contact displacement gauge
It can be used for various applications such as bridge vibration and loading tests.
We offer a "non-contact displacement meter" that can precisely measure the target displacement. High-precision displacement information can be analyzed and obtained from images captured by a camera. There is no need to attach pattern images to either the measurement points or reference points. Additionally, we also provide a "shape measurement device" that can precisely measure the shape (three-dimensional shape) of the target. 【Features】 ■ High-precision displacement measurement using phase image analysis methods ■ Increased reliability with two cameras ■ Usable for a variety of applications *For more details, please download the PDF or feel free to contact us.
Catalog available! Non-contact displacement gauge that can measure in nanometers stably.
The PS sensor is an ultra-precise non-contact displacement meter that employs a unique capacitive method, achieving high stability, high resolution, and versatility. It is used in a wide range of fields such as displacement, vibration, shape, and position detection, and has received high praise as a general-purpose displacement meter that pursues cost performance. Additionally, considering the impact on the global environment, all products comply with lead-free and RoHS directives. We have accumulated many achievements as a high-performance tool with applicability in research and development fields, as well as integration into semiconductor-related devices and electronic equipment. We will make suggestions based on your usage environment. Please feel free to contact us. ***************************************************** We offer a free comprehensive catalog from Unipulse that includes details about the PS-IA. If you are interested, please feel free to contact us. ***************************************************** 【NanoTex Co., Ltd. has merged with Unipulse Corporation.】
From sampling to full measurement. We manage the variation in warpage quantitatively through coordinate measurement of multiple points using a non-contact displacement gauge.
Large, thin-walled cover lenses and resin panels are prone to warping and distortion during the cooling process after molding, which can lead to assembly defects and appearance issues. Traditional sampling three-dimensional measurements made it difficult to guarantee the entire production. Yoshida Techno Works has developed a dedicated measurement fixture with multiple non-contact displacement sensors to quantitatively acquire and manage coordinate data (warping amount) for all molded products. The measurement data is recorded and stored on a lot basis and is also used for feedback to optimize molding conditions. This initiative has significantly reduced the risk of defective products with shape issues leaking out and has eradicated assembly defects in subsequent processes.
New arrival! Response speed 5 times faster! Ideal capacitive displacement sensor for measuring the blur of rotating objects.
■High Response, High Stability, High Resolution, Capacitive Non-Contact Displacement Sensor The PS-IA-HS is an ultra-precise non-contact displacement sensor that utilizes a unique capacitive method, achieving high response, high stability, high resolution, and versatility. With a proven track record and high evaluation, the user-friendliness of the PS-IA has been maintained while the response speed has increased fivefold. It enables the measurement of high-speed displacement phenomena that were previously difficult to measure. It is ideal for measuring the wobble of rotating objects and for closed-loop control of piezo stages. * A wide lineup with a standard measurement range of 30μm to 10,000μm * Sensitivity remains unchanged regardless of material if it is a conductor * Not affected by surface roughness * High linearity: ±0.05% or less * Response speed of 5kHz We will make recommendations based on your usage environment. Please feel free to contact us.