After high accuracy image positioning, install the Min. diameter 0.06mm solder ball onto the substrate of the large substrate using microsphere mount. By using a unique metal cup method, the ball is loaded without damage and the microspheres are stable.
After high-precision image positioning, install the Min.p0.06mm solder ball onto a large substrate using microsphere mount. By using a unique metal cup method, the ball is loaded without damage and the microspheres are stable.
feature
Adopting a unique metal cup method developed for carrying microspheres
The recycling function of balls has significantly reduced the amount of waste balls
Stable ball loading is achieved through high-precision image positioning and substrate thickness detection functions
By reducing attachments, we can significantly reduce the time required for model changes
After high-precision image positioning, install the Min.p0.06mm solder ball onto a large substrate using microsphere mount. By using a unique metal cup method, the ball is loaded without damage and the microspheres are stable.
feature
Adopting a unique metal cup method developed for carrying microspheres
The recycling function of balls has significantly reduced the amount of waste balls
Stable ball loading is achieved through high-precision image positioning and substrate thickness detection functions
By reducing attachments, we can significantly reduce the time required for model changes
| Applicable varieties | Large substrate for micro convex lifting |
| Ball diameter | Min.φ0.06mm |
| Ball carrying range | Max. 250(W)×330(L)mm |
| Substrate size | Max. 260(W)×340(L)mm |
| accuracy | ±0.015mm (3σ) |
| size | 1300(L)×1245(W)×1700(H)mm |
| weight | 1200kg |

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