AUTOMATIC COMBINED MACHINES - SECONDARY OPERATIONS FOR METAL PARTS

Drilling and Tapping Combined Machines are used to execute complementary operations in addition to the tapping. Operations like drilling, boring, facing, chamfering are so performed, sequentially or in overlapping, exploiting the single positioning/clamping of the part under process. That way the output rate is strongly increased. A top performer machine can be gifted with 2-3-4 working units.
Transfer Machines are conceived to work out medium/big sized batches of parts, characterized by the need of high precision. At the core of the machine there is the permanent clamping system, pneumatically or hidraulically opered, which combines precision,  repeatability and rigidity.  HS ASPE transfer machines are built on a peculiar bed which guarantees very high rigidity joined with flexibility. This peculiarity allows the adoption of the top ranked equipment (Direct Drive Technology) and then the achievement of the top of operational performances inside the top customization degree.   
 

MODEL DT12 DT20 DT20-M TRH TRV
CONCEPT DRILLER TAPPER DRILLER TAPPER TRANSFER HORIZONTAL TRANSFER VERTICAL
DRIVING TYPE ELECTRONIC MECHANICAL ELECTRONIC ELECTRONIC ELECTRONIC
 
Technical Data
Spindles Nr. 3 Front + 1 Rear 2 Front + 2 Front 4 Front + 2 Rear 6 - 12
Working stations Nr. 1 2 1 1
Axis table Type Horizontal Horizontal Horizontal Vertical
Part Clamping system Type Hydraulic pusher Hydraulic pusher Self centering chucks Self centering chucks
 
Operations
Material Hardness (600 N/mm²) MAX CAPACITY
Drilling mm. Ø12 Ø15 Ø15 Ø15
Tapping (cutting/forming) mm. M12 M20 M12 M12 M12
External Thread Rolling mm.  M12  M12  M12  M12
Other Machining Operations        X  X
 
Blank
Max. OD mm. ø 40 ø 40 ø 50 ø 50
Max. Length mm. 50 50 70 70
Max. Thread Depth mm. 40 40 50 50
 
Machine
Control Siemens Siemens Siemens Siemens
Spindle speed range (Option) rpm 0 - 6000 (13000) 0 - 6000 (13000) 0 - 6000 (13000) 0 - 6000 (13000)
Production Speed up to ppm 40 80 30 30
Net mass Kg 3500 4000 tbd tbd