3D Laser scanner for scanning of springs in loaded and unloaded condition
Equipment for strain measurement and 3D laser scanning of springs in free and loaded (up to 10 t) condition
The equipment is designed for automatic non-contact laser control of spring geometry both in free and loaded (up to 10 t) condition.
The equipment allows controlling the quality of the spring manufacturing process. The user can scan the springs after each technological operation: winding, hardening, tempering, grit hardening, etc. The geometric dimensions are controlled at each scan and the cloud points are saved to the database. Thus the user is able to compare the geometry of the spring, its statistical analysis and control the drift of power and linear characteristics during the technological process and operation.
The equipment allows measuring the force characteristics of springs, and scanning geometry of the spring under load and comparing it with the unloaded spring or spring under a different load.
Spring bar diameter
Average spring diameter (estimated value)
Outer spring diameter
Inner spring diameter (estimated value)
Spring height in free condition.
Spring height under estimated static load
Spring height under estimated workload
Spring height under test load
Number of active coils
Total number of coils
Nominal pitch of working coils winding
Inactive coil winding pitch
|Range of measured springs
|horizontally (diameter), mm
|from 130 to 330
|vertically (height), mm
|from 160 to 510
|The range of the applied load, kg
|from 320 to 10000
|Acceptable error threshold
|- geometrical parameters without load, mm
|- geometrical parameters with load, mm
|Force measurement, kgf
|not more than 10
The laser scanners...
Industrial Laser 3D scanner is designed for non-contact...