TJTENG
Detailed Description
The CW GAUGE is a dedicated inspection gauge designed to precisely measure the CW management dimensions of Constant Velocity (CV) Joint components.
CW dimensions are a key management item that can affect product assembly status and operational performance; therefore, it is crucial to reliably manage specified dimensions and tolerances during the machining process.
This measuring instrument is designed to accurately inspect designated CW measurement locations by utilizing a dedicated measuring section tailored to the shape and reference position of the product being measured.
After setting a reference value using a dedicated master, the dimensional deviation of mass-produced products against the reference value can be measured via a dial gauge or digital indicator.
By employing a dedicated positioning structure that allows the product to be seated in a consistent position, it reduces measurement deviations caused by changes in measurement location and operator variations, thereby ensuring high repeatability.
As it allows for rapid verification of the product's machining status on the production line, it can be utilized for process inspection, mass-produced product inspection, and final quality control. Furthermore, it can be designed and manufactured to specific specifications based on the product's shape, CW measurement location, measurement range, and tolerance conditions.
This product applies the latest technology to provide high precision and reliability. It delivers stable performance even under demanding measurement conditions required in industrial environments, and features a user-friendly interface that anyone can easily use.
Key Features
- 1. Dedicated CW Dimension Measurement
- Designed with a dedicated measurement structure to accurately inspect the CW control dimensions specified for the product.
- 2. Precise Comparative Measurement
- The processing status can be precisely verified by comparing the CW dimensional deviation of mass-produced products against a dedicated master.
- 3. Application of Dedicated Measurement Unit
- Stable measurements are possible by applying a dedicated measurement unit suitable for the shape of the object and the CW measurement position.
- 4. Master-Based Measurement Method
- After setting a reference value using a dedicated master, the deviation relative to the reference can be checked by comparing it with the actual product's measurement value.
- 5. High Repeatability
- Stable measurement results can be secured during repeated inspections by maintaining the product's mounting position and measurement point consistently.
- 6. Minimization of Operator Measurement Deviation
- Measurement deviations caused by operator skill levels and differences in measurement positions can be reduced by applying a dedicated positioning structure.
- 7. Rapid Production Process Inspection
- Measurement values can be checked immediately via a dial gauge or digital indicator after product mounting, making it suitable for mass production process inspection. 8. Machining Quality Management
- Quality control of key functional dimensions of the product is possible by managing the machining status of CW dimensions and deviations from standards.
- 9. Applicability to Mass Production 100% Inspection
- Through a simple product mounting and measurement structure, it can be utilized for repetitive 100% inspection and sample inspection in the production field.
- 10. Custom Design Available for Each Product
- It can be designed and manufactured as a dedicated gauge based on product shape, CW measurement location, measurement range, tolerances, and the customer's inspection standards.
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