Tank.G
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INTEGRATED MANUFACTURING SOLUTIONS HORIZONTAL 4/5-AXIS MACHINING CENTER

Based on the experience and features from the TANK horizontal machining centers, the product range has been further expanded with the even more flexible TANK.G models, featuring a wide choice in terms of axes stroke, machining volume, pallet size, spindles and the possibility for different types of head configuration: horizontal or tilting, transmission with double worn screw or torque motors. These TANK.G machining centers have found widespread application in the Aerospace, Energy Oil & Gas and General Precision Mechanics sectors. Dynamic performance: ■ Unparalleled performance on all...

Tank.G 4AX_H 4 Axis Horizontal Milling WORK AREA X-axis stroke Y-axis stroke Z-axis stroke X/Y/Z axes thrust X/Y/Z rapid feed speed X/Y/Z axis acceleration PALLET_ Pallet dimensions Maximum fixture height Maximum fixture rotation diameter Maximum fixture dimensions Maximum rotation speed Maximum load allowed on pallet kg 5.000 COMMON DATA FOR ALL AXIS CONFIGURATIONS >£ ) ACCURACY (as for ISO 2B0-2 standards) Accuracy of positioning - linear axis (A) pm Sistematic positional deviation - linear axis (M) pm Repeatability - linear axis (R) pm Accuracy of positioning - circular...

20 Torque Motor 8 (worm-screw transmission) 15 (Torque Motor transmission - Option) 5.000 8.000 COMMON DATA FOR ALL AXIS CONFIGURATIONS TOOL-MAGAZINE Type_ Tool-taper Number of tools (standard version) Number of tools (option - up to) Tool mass Maximum length Maximum diameter Tool changing time Modular rack with tool movement system and exchange arm HSK 100/ISO 50/HSK63 80/199 399 - 599 - 999 kg 35 (HSK 63 15) COOLANT TREATMENT UNIT (BASIC VERSION) Chip conveyor type Scraping type Total tank capacity Filter type Flow rate Standard low pressure system litres/min 300 / 400 (to be...

Tank.G 5AX_TH 5 Axis Tilting Head Milling WORK AREA X-axis stroke Y-axis stroke Z-axis stroke X/Y/Z axes thrust X/Y/Z rapid feed speed X/Y/Z axis acceleration Pallet dimensions Maximum fixture height Maximum fixture rotation diameter Maximum fixture dimensions (TBD according to automation solution) Maximum rotation speed Maximum load allowed on pallet kg 5.000 TILTING HEAD UNIT_ OPTION 1 - WORM-SCREW TRANSMISSION Rapid rotation speed RPM A-axis tilting angle (standard version) degrees Maximum torque (standard version) Nm Minimum resolution degrees OPTION 2 - TORQUE MOTOR...

(TBD according to automation solution) (TBD according to automation solution) 20 Torque Motor 20 Torque Motor 8 (worm-screw transmission) 15 (Torque Motor transmission - Option) 5.000 5.000 8.000

COMMON DATA FOR ALL AXIS CONFIGURATIONS Accuracy of positioning - linear axis (A) pm Sistematic positional deviation - linear axis (M)_pm Repeatability - linear axis (R)_pm Accuracy of positioning - circular axis (A) arc sec Sistematic positional deviation - circular axis (M)_arc sec Repeatability - circular axis (R) _arc sec Tool-taper Maximum speed RPM Maximum power kW Maximum torque Nm Accessories included HSK 100/ISO 50/HSK 63 from 6.000 to 30.000 up to 115 up to 1.300 Variable preloading bearings TOOL-MAGAZINE Type Tool-taper Number of tools (standard version) Number...

5 Axis Tilting Head Milling/Turning WORK AREA X-axis stroke Y-axis stroke Z-axis stroke X/Y/Z axes thrust X/Y/Z rapid feed speed X/Y/Z axis acceleration Pallet dimensions Maximum fixture height Maximum fixture rotation diameter Maximum fixture dimensions d.1.000/d.1.250/d.1.400 _1.500_ _2.000_ 2.000x1.600 (TBD according to automation solution) Maximum rotation speed RPM Max 500 Depending on the loaded mass Maximum load allowed on pallet kg 2.000 TILTING HEAD UNIT_ OPTION 1 - WORM-SCREW TRANSMISSION Rapid rotation speed RPM A-axis tilting angle (standard version) degrees...

d. 1.000 / d. 1.250/d. 1.400 _1.800_ _2.200_ 2.200X2.000 (TBD according to automation solution) d.1.000/d.1.250/d.1.400 _1.800_ _31)00_ 3.000X2.000 (TBD according to automation solution) Max 200 Depending on the loaded mass Max 200 Depending on the loaded mass

COMMON DATA FOR ALL AXIS CONFIGURATIONS Accuracy of positioning - linear axis (A) pm Sistematic positional deviation - linear axis (M)_pm Repeatability - linear axis (R)_pm Accuracy of positioning - circular axis (A) arc sec Sistematic positional deviation - circular axis (M)_arc sec Repeatability - circular axis (R) _arc sec Tool-taper Maximum speed RPM Maximum power kW Maximum torque Nm Accessories included HSK 100 T / CAPTO C8 / CAPTO C6 from 8.000 to 18.000 up to 91 up to 633 Variable preloading bearings Tool-taper Number of tools (standard version) Number of tools...

5 Axis - Horizontal / vertical rotary unit (4th + 5th continuous axis) Milling WORK AREA X-axis stroke Y-axis stroke Z-axis stroke X/Y/Z axes thrust X/Y/Z rapid feed speed X/Y/Z axis acceleration Pallet dimensions Maximum fixture height Maximum fixture rotation diameter Maximum fixture dimensions HORIZONTAL / VERTICAL ROTARY UNIT (4th + 5th CONTINUOUS AXIS) Maximum load allowed on the pallet kg 500 C-axis rotation speed RPM 500 / 1.200 C-axis minimum resolution degrees 0,0001 B-axis rotation speed B-axis angle_ B-axis minimum resolution Accuracy of positioning - linear...

Tool-taper Number of tools (standard version) Number of tools (option - up to) Tool mass Maximum length Maximum diameter Tool changing time Modular rack with tool movement system and exchange arm HSK 100 T / CAPTO C8 / CAPTO C6 80/199 399 - 599 - 999 kg 35 (CAPTO C6 15) COOLANT TREATMENT UNIT (BASIC VERSION) Chip conveyor type Total tank capacity litres Filter type Flow rate litres/min Standard low pressure system — Pressure bar Piece washing with nozzles Standard high pressure system Pressure bar Scraping type _1.500 Self-cleaning (40 microns) 300 / 400 (to be divided...

MCM consolidated experience in designing multitasking machining centres and the application of state-of-the-art scalable control technologies, allow flexible solutions to be developed, in order to meet any customer requirement. Thanks to the experience and the competence acquired over the years, MCM technical department engineers various types of systems, from single cell to complex production lines, with the integration of robotised cells and machines made by other manufacturers. All the software architectures are conceived for a total integration with the manufacturing planning...