| Code | Maximum mass test range | Accuracy of mass | Accuracy of center of mass |
|---|---|---|---|
| ITU-C50M | 50kg | ±0.05%FS | ∆X ≤0.1mm; ∆YZ ≤0.1mm |
| ITU-C500A | 500kg | ±0.03%FS | ∆X ≤0.08mm; ∆YZ ≤0.08mm |




Principle of force and torque balance measurement
Suitable for 3D center of mass measurement of cylindrical and conical rotating objects, it can also be used for irregular objects after establishing a reference point on the machine
Using a traditional three-point sensor force measurement method, the mass and 3D center of mass are determined in a single measurement
Simple in design, economical and practical, and widely used
For automatic machines: high-efficiency measurement, automatic raising and lowering of the measuring stand and automatic rotation of the workpiece
Measurement software was developed in the VB 6.0 programmer and includes calibration and data measurement components
Stored data uses a standard Access database structure, facilitating data integration and analysis
| Code | Maximum mass test range | Accuracy of mass | Accuracy of center of mass |
|---|---|---|---|
| ITU-C50M | 50kg | ±0.05%FS | ∆X ≤0.1mm; ∆YZ ≤0.1mm |
| ITU-C500A | 500kg | ±0.03%FS | ∆X ≤0.08mm; ∆YZ ≤0.08mm |
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product specifications



