Project Description
XM 800
The XM 800 machining centers are characterized by extreme compactness and, in particular the travel of the axes are: X: 850 mm; Y: 510 mm; Z: 500 mm. The entire structure is in Meehanite cast iron and hence the machine is suitable for every type of process, with every kind of product. The spindle is ISO 40-BT, 8.000 RPM (standard), numerous options are can be added, personalising the machine depending on the customer’s needs. Reliable, economic and compact, this machine center is suitable to be placed in small spaces.
These characteristics make the center XM 800 have a wide diffusion in all sectors and applications.
XM 800
The XM 800 and XM 1000-600 series machining centers are characterized by extreme compactness and a large working area, in particular the XM 1000-600 center, the useful strokes: X: 1010 mm; Y: 600 mm; Z: 600 mm. the strokes in the Y-Z axes are increased and make this machine” stands out “of the common standard. To ensure greater stability during machining, the table is supported by 4 double-roller guides (crossed).
These characteristics make the center XM 1000-600 have a wide diffusion in all sectors and applications.
INFO
| FEATURES | MOD. XM 800 |
| Table Dimension - max load | 950 x 500 mm - 450 Kg |
| “T” slots number -distance- dimensions | 5 x 18 x 100 mm |
| X axis travel | 850 mm |
| Y axis travel | 510 mm |
| Z axis travel | 500 mm |
| Distance from the spindle nose and table surface | 140 - 650 mm |
| Standard spindle attack | ISO - BT 40 |
| Standard spindle speed | 8.000 RPM |
| Motor spindle power | 7,5 Kw - 70 Nm - (S1) |
| CNC | VISEL mod. VSC 1021M |
| Max axis speed | 28 m/min |
| Standard tools change | Cestello - Armeless type |
| Tools number | 16 |
| Machine net weight | 4.300 Kg |
| Power supply | 17 Kw |
| Machine dimensions | 2.600 x 2.160 mm H max 2.700 mm |
Keyboard KBJ 2121 ADVANCED High speed + RTCP function
Converter PROGRAM SELCA-VISEL
Import file CAD .DXF
CNC VSC 1070 12,4 inch, 5 assi, High speed + RTCP
CNC VISPLUS 210 touch screen 18 inch
Electronic estens. Manual handweel + LAN
4°-5° axis predispositions (wirings)
Predispositions (wirings) tool presetting
X-Y-Z predispositions (wirings)
Pressur. Linear scale X-Y-Z axis
Switch off machine from CNC
Wireless Probe 3D
Calibration sphere
Tools presetting Z+D
WIRELESS Z+D tools presetting
HSK 63/A and 50/A difference (spindle + tools change)
ISO-BT 30 difference (spindle + tools change)
ARM TYPE 24 positions ATC
12.000 RPM Spindle + Cooling System
Direct-drive 15.000 RPM + cooling system
BUILD IN Spindle 24.000 RPM 8Kw + cooling system ISO-BT 30
Cooling System 4.000 BTU unit
CTS trhough the spindle 30 BAR
Steel belt type chip conveyor with chip tank
Oil skimmer
Tank wash with high pressure liquid
Fume extractor
KIT ECO Version (con sistema rigenerativo – regenerative system)
KIT INDUSTRY 4.0
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.