Technical features
| For suction cups | Two suction cups | |
| Speed per 1 mosaic tile | 1,1 sec. | 1,7 – 1,9 sec. |
| Speed per 1 squire metre | 2,5 hours | 3,8 hours |
| Number of simultaneous feed colors | 32, can be increased up to 64 colors | 32 |
| Frame | Machine-made aluminum profile | Machine-made aluminum profile |
| Guide | Rail Hiwin (Taiwan) | Rail Hiwin (Taiwan) |
| X DRIVING GEAR | Hiwin HGR15RC | Hiwin HGR15RC |
| Y DRIVING GEAR | Hiwin HGR 20RC | Hiwin HGR15RC |
| Z DRIVING GEAR | Rail MR 7ML | Polished shaft SFC8 |
| Controller | Dynomotion (USA) | USB SmoothStepper (China) |
| Drivers | Dynomotion (USA) programmable | Leadshine (China) programmable |
| Pneumatics | SMC (Япония) | SMC (Япония) |
| Voltage | 240B — 220B, 50 Hz | 240B — 220B, 50 Hz |
| DRIVING GEAR | Stepped-motor | Stepped-motor |
| Connection | USB. | USB. |
| Language | G-code ISO | G-code ISO |
| Working table material | Aluminum 2 mm. | Aluminum 2 mm. |
| Pneumatic receiver | Steel. Volume 2 l | Steel. Volume 2 l |
| Vacuum in system | 10-75 kPa, max 80 kPa. | 24 -54 kPa, max 60 kPa. |
| Working area dimensions (XYZ) | 520 х 550 х 25 (мм) | 520 х 550 х 25 (мм) |
| Machine dimensions (XYZ) | 890 х 825 х 580 (мм) | 890 х 825 х 400(мм) |
| Vacuum holding time until complete discharge is 8 hours. | ||
| Net weight | 59 kg. | 50 kg. |
The warranty for the main units and assemblies is 1 year. The warranty covers manufacturing defects and does not apply to natural wear and tear. If something happens to your equipment, please contact us and we will make everything possible to ensure that your equipment is working properly.
Comparison of the assembly speed of two suction cups and four suction cups
Technological features
The main distinctive feature of the machine is the design of the guides. Machine tool technologies apply two basic types of guides.
Rail. In this technology, the power load and displacement functions are separated. The function of the power load is carried by the frame or support beam, to which the rail guides are attached. The displacement function is carried by rail guides, on which special bearings are installed.
Shaft. In this technology, the displacement and power load functions are combined. The shaft both carries on itself the entire power load and provides the displacement function. This technology is much cheaper than the use of rail guides. However, it has a significant drawback: – rapid wear under loads, due to a large number of movements; – Shaft sagging and loss of accuracy with time.
To lay a plate of 100 000 chips, machine makes 200 000 back / forward movements and 200 000 left / right movements in high-speed mode. Therefore, we have chosen a technology based on rail guides.