DL 3116-4116
The gantry (double column) machining centers of the DL xx16 series are suitable for machining large pieces. The useful strokes of the X axis can be 3,000 – 4,000 mm, the useful stroke on the Y axis is 1,600 mm, in the Z axis: 1.000 mm. The distance between the columns (passing light) is 1,800 mm. The crosspiece is entirely in cast iron, the particular support of the slide (Y axis) has a square fixing (90 °) ensuring great rigidity and excluding “falls” of the axes even during heavy machining. The machine has a structure that can equip a gearbox and ISO 50 spindle and the standard spindle is ISO-BT 40 which allows significant removal.
The standard tool change is 40 ARM TYPE positions (random), complete fairing with front and rear opening to facilitate the assembly of the pieces to be machined, optional is the Top-Cover. Numerous options: high pressure through the 30 bar spindle, pressurized optoelectronic lines, range change, electrospindle, etc …, can be implemented in order to make the machine available for any type of machining on any type of material.
DL 3116-4116
The gantry (double column) machining centers of the DL xx16 series are suitable for machining large pieces. The useful strokes of the X axis can be 3,000 – 4,000 mm, the useful stroke on the Y axis is 1,600 mm, in the Z axis: 1.000 mm. The distance between the columns (passing light) is 1,800 mm. The crosspiece is entirely in cast iron, the particular support of the slide (Y axis) has a square fixing (90 °) ensuring great rigidity and excluding “falls” of the axes even during heavy machining. The machine has a structure that can equip a gearbox and ISO 50 spindle and the standard spindle is ISO-BT 40 which allows significant removal.
The standard tool change is 40 ARM TYPE positions (random), complete fairing with front and rear opening to facilitate the assembly of the pieces to be machined, optional is the Top-Cover. Numerous options: high pressure through the 30 bar spindle, pressurized optoelectronic lines, range change, electrospindle, etc …, can be implemented in order to make the machine available for any type of machining on any type of material.
| TECHNICAL FEATURES | MOD. DL 3116 | MOD. DL 4116 |
| Table dimensions | 3.000 x 1.500 mm | 4.000 x 1.500 mm |
| "T" slots | 9 x 22 mm (int. 150 mm) | 9 x 22 mm (int. 150 mm) |
| Distance between the columns | 1.800 mm | 1.800 mm |
| Table load | 10.000 Kg | 12.000 Kg |
| X axis | 3.100 mm | 4.100 Kg |
| Y axis | 1.600 mm | 1.600 mm |
| Z axis | 1.000 mm | 1.000 mm |
| Distance between table and spindle nose | 150 - 1.170 mm | 150 - 1.170 mm |
| Standard spindle attack | BT - ISO 40 | BT - ISO 40 |
| Max spindle speed | 10.000 RPM | 10.000 RPM |
| Spindle motor | 22 Kw Ac (S1) - 26,5 Kw (S3) | 22 Kw Ac (S1) - 26,5 Kw (S3) |
| Max spindle axis | X 22 m/min; Y-Z 18 m/min | X 22 m/min; Y-Z 18 m/min |
| CNC | VISEL VSC 1070 | VISEL VSC 1070 |
| Tool change | ARM TYPE 40 "random" | ARM TYPE 40 "random" |
| Net weight | 30.000 Kg | 35.000 Kg |
| Coolant tank capacity | 800 l | 800 l |
| Machine dimensions | 8.315 x 4.340 mm ; 4.390 mm | 8.315 x 4.340 mm ; 4.390 mm |
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USER FRIENDLY CNC maximum simplicity with high performance.
Versatile, simple and practical, VISEL CNCs have been designed using criteria of extreme simplicity of use with a practical and intuitive “USER FRIENDLY” operator interface. Extremely complete, they can be programmed at various levels: in standard ISO (G code), for the compilation of pre-defined cycles (MACRO), through direct creation, drawing a profile directly on the machine or importing it from a CAD file in .DXF format with consequent processing. The powerful firmware and innovative architecture allow high tech performance in the complex machining of molds and high-quality parts.
USER FRIENDLY CNC maximum simplicity with high performance.
Versatile, simple and practical, VISEL CNCs have been designed using criteria of extreme simplicity of use with a practical and intuitive “USER FRIENDLY” operator interface. Extremely complete, they can be programmed at various levels: in standard ISO (G code), for the compilation of pre-defined cycles (MACRO), through direct creation, drawing a profile directly on the machine or importing it from a CAD file in .DXF format with consequent processing. The powerful firmware and innovative architecture allow high tech performance in the complex machining of molds and high-quality parts.