Model: WD370-WAX
Worktabe structure: 9-axis joint-action worktable
Number of heads: 4
Motor: Ac servo motors+6step motors
Transition: Screw balling and linear
1.Various customized resin printing wax inlays
2.Light luxury silver jewelry
3.Popular silver and copper jewelry
4.Wax inlay for various flat and curved products
Why we develop the 3d scanner wax setting machine?
It solves the problems of time-consuming and labor-intensive teaching mode programming, damage to eyesight, and lack of accuracy. It uses 3D cameras and algorithms for offline programming to achieve automatic inlay of diamonds (gems) on wax models.
Model | WD370-WAX |
Worktabe structure | 9-axis joint-action worktable |
Number of heads | 4 |
Motor | Ac servo motors+6step motors |
Transition | Screw balling and linear |
Accuracy | ±0.05mm |
Speed | 7pcs/ s in flat pattern |
Input voltage | 220V 50Hz |
Net wet | 250kg |
Machine size | 680(L)* 750 (W)* 1230 (H)mm |
Packing size | 870(L)*770(W)* 1370 (H)mm |
Features
Simple. Offline programming with 3D cameras and algorithms shortened the prograrming time-cost more than 90%.
´Adaptable. Suitable for multi-size and multi-shape diamond setting,such as 3D, curved and flat diamond.
´Accurate. The accuracy of setting is within 0.05mm, and avoid missing or wrong settings;
´Fast. The average processing speed is 9,000-12,000 pcs per hour, and can reach 20,000 pcs under optimized condition
´Optimizable. The special software is independently developed, has independent intellectual property rights, and freeupgrade for customers in lifetime.
Humanized.The handle programmer is convenient, practical and easy to operate. The prepared files can be copied tomultiple machines for producing the same product., Designed drawings can be imported directly to generate the setting locations automatically
