Testing Equipment
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Testing Equipment, Testing Instrument & Equipment, Weighing Scales
Die Height Indicator – Wako Seiki Co. Ltd.
Testing Equipment, Testing Instrument & Equipment, Weighing ScalesDie Height Indicator – Wako Seiki Co. Ltd.
Mainly used as die positioning equipment for presses.
What is die height?
Die Height is the distance from the top to the bottom of the slide when the adjustment of the slide is set to the limit at the bottom dead center.What is shut height?
Shut height is the distance from the top to the bottom of the head surface when the bolster plate is removed from the slide at the bottom dead center.What is open height?
Open height is the distance from the bottom of the slide to the top of the bolster when the adjustment of the slide is set to the limit at the bottom dead center.Slide adjustment amount
During metal mold mounting, the connecting rod and slide adjustment screw (connecting screw) adjust the vertical positioning of the slide.
The mounted mold’s range of motion and height is set by the amount of the adjustment.What is a Die Height Indicator?
The Die Height Indicator is used when these adjustments are made.
The maximum and minimum settings at the time of molding are decided through this device.SKU: n/a
Are you looking for a testing equipment product?
When selecting testing equipment for your company’s needs, there are several important points to consider during the comparison and evaluation process.Common Comparison Points for Any Product
1. Accuracy and Precision
Assess the accuracy and precision of the Testing Equipment. Look for equipment that provides reliable and precise test results, ensuring that the measurements are within acceptable tolerances for your specific application. Consider the equipment’s measurement resolution, repeatability, and calibration requirements.
2. Test Range and Compatibility
Evaluate the test range and compatibility of the Testing Equipment. Determine if the equipment can perform the desired tests and measurements within the required range. Consider factors such as the maximum and minimum test values, the types of materials or components that can be tested, and any specific test standards or certifications required.
3. Test Speed and Efficiency
Consider the test speed and efficiency of the Testing Equipment. Determine if the equipment can conduct tests within the required time frame for your production needs. Look for features such as quick setup and sample handling, automated or semi-automated testing processes, and the ability to perform simultaneous or batch testing.
4. Instrument Calibration and Traceability
Consider the calibration and traceability capabilities of the Testing Equipment. Determine if the equipment requires regular calibration and if the calibration process is straightforward and traceable to national or international standards. Calibration ensures the accuracy and reliability of the test results.
5. Data Acquisition and Analysis
Evaluate the data acquisition and analysis capabilities of the Testing Equipment. Determine if the equipment can collect and process test data effectively.