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ALM-506TC
JSMART
ALM-506TC | |||||||
Machining capacity | Max. turning diameter | mm | ∅170 | Spare axis | Spindle nose | - | A2-5 |
Interference diameter of | mm | ∅200 | Spindle diameter | mm | ∅170 | ||
Max. machining length | mm | ∅150+150 | Bar specification (Standard/Optional) | mm | ∅45 | ||
Max. stroke of Z1/Z2 axis | mm | 200 | Supporting chuck | inch | 6" | ||
Max. stroke of X1/X2 axis | mm | 200 | Motor power (continuous / 30min) | Kw | 15/18 | ||
Max. stroke of Y1/Y2 axis | mm | +/-50 | Max. speed | rpm | 6000 | ||
Motor power of Z1/Z2 axis | Kw | 3 | C-axis resolution | 1/n | 32768 | ||
Motor power of Z3 axis | Kw | 2.2 | Control system | MITSUBISHI M80A | |||
Motor power of X1/X2 axis | Kw | 2.2 | Tool turret | Interface Spec. | - | BMT55 | |
Motor power of Y1/Y2 axis | Kw | 3 | Center height | mm | 100 | ||
Rapid traverse of X1/X2 / Z1 / Z2/Z3 axis | m/min | 25 | Cutter diameter | mm | ∅330 | ||
Rapid traverse of Y1/Y2 axis | m/min | 15 | Numbers of tools | pcs | 12 | ||
Spindle | Spindle nose | - | A2-5 | Shank diameter of square tool holder | mm | 25 | |
Spindle diameter | mm | ∅170 | Shank diameter of boring tool holder | mm | 40 | ||
Bar specification (Standard/Optional) | mm | ∅45 | Numbers of driven tools | pcs | 12 | ||
Supporting chuck | inch | 6" | Driven tool lock | - | ER25 | ||
Motor power (continuous / 30min) | Kw | 15/18 | Driven power of driven tool motor | kw | 3.7 | ||
Max. speed | rpm | 6000 | Max. Torque of power tool motor | Nm | 20 | ||
C-axis resolution | 1/n | 32768 | Max. speed of driven tool motor | rpm | 6000 | ||
Appearance & Weight | Machine tool appearance | mm | 2740*1870*2050 | ||||
Machine tool weight | Kg | 7000 |
ALM-506TC | |||||||
Machining capacity | Max. turning diameter | mm | ∅170 | Spare axis | Spindle nose | - | A2-5 |
Interference diameter of | mm | ∅200 | Spindle diameter | mm | ∅170 | ||
Max. machining length | mm | ∅150+150 | Bar specification (Standard/Optional) | mm | ∅45 | ||
Max. stroke of Z1/Z2 axis | mm | 200 | Supporting chuck | inch | 6" | ||
Max. stroke of X1/X2 axis | mm | 200 | Motor power (continuous / 30min) | Kw | 15/18 | ||
Max. stroke of Y1/Y2 axis | mm | +/-50 | Max. speed | rpm | 6000 | ||
Motor power of Z1/Z2 axis | Kw | 3 | C-axis resolution | 1/n | 32768 | ||
Motor power of Z3 axis | Kw | 2.2 | Control system | MITSUBISHI M80A | |||
Motor power of X1/X2 axis | Kw | 2.2 | Tool turret | Interface Spec. | - | BMT55 | |
Motor power of Y1/Y2 axis | Kw | 3 | Center height | mm | 100 | ||
Rapid traverse of X1/X2 / Z1 / Z2/Z3 axis | m/min | 25 | Cutter diameter | mm | ∅330 | ||
Rapid traverse of Y1/Y2 axis | m/min | 15 | Numbers of tools | pcs | 12 | ||
Spindle | Spindle nose | - | A2-5 | Shank diameter of square tool holder | mm | 25 | |
Spindle diameter | mm | ∅170 | Shank diameter of boring tool holder | mm | 40 | ||
Bar specification (Standard/Optional) | mm | ∅45 | Numbers of driven tools | pcs | 12 | ||
Supporting chuck | inch | 6" | Driven tool lock | - | ER25 | ||
Motor power (continuous / 30min) | Kw | 15/18 | Driven power of driven tool motor | kw | 3.7 | ||
Max. speed | rpm | 6000 | Max. Torque of power tool motor | Nm | 20 | ||
C-axis resolution | 1/n | 32768 | Max. speed of driven tool motor | rpm | 6000 | ||
Appearance & Weight | Machine tool appearance | mm | 2740*1870*2050 | ||||
Machine tool weight | Kg | 7000 |
ALM-506TC Machine tool characteristics:
The design of arranging dual spindles in opposite to each other can realize the optimized combination with high precision, high loading capacity and high speed, enhancing the durability of the machine and proceeding continuous machining with installation of feeding device.
The design of arranging twin turrets in parallel can make operation, maintenance, and programming easier, effectively reducing the manpower burden of the enterprise.
The 30-degree slant bed base is firm and secure, with a low center of gravity. The interior structure is design ed as a box and arranged with reinforced ribs, which is strong and stable.
The ALM series are widely used in the machining of long axial and disc parts in the aerospace, automotive, mold, medical equipment and other industries.
With a design of slat bed, dual spindles, and twin turrets, ALM series machine is a CNC turning center with complete functions, strong rigidity, and high precision.
The dual spindles are arranged in opposite to each other while the twin turrets are arranged in parallel. The primary and auxiliary turrets can be servo lathe turret, BMT power turret or Y-axis BMT power turret, depending on customer demand.
The primary and auxiliary spindles can be docked to exchange workpieces, meeting the requirement of machining both sides of the workpiece in one clamping or machining two workpieces at the same time.
Base
Integrally formed rigid structure
Add specific trace elements to improve stability
30-degree inclined bed
Easy for chips removal, close-distance operation, and handling
BMT Driven Tool Turret Series
Achieve a quick tool change for a cycle (1# to 12# tools) within 8 seconds.
Have more stable tool locking mode, a repeatability of +/-0.002mm, and positioning accuracy of +/- 0.005mm.
Have a driven tool holder speed of up to 6,000 rpm, providing a better torque and machining efficiency.
Have a perfect U-shaped design to make center of gravity more concentrated and realize higher stability and higher precision.
Have a dual-motor design to realize fast two-way tool selection and forward and backward machining.
Adopt three-piece clutch locking device to provide extremely strong hydraulic locking force.
CNC system
The Mitsubishi system is the best choice to provide you with stable multi-axis combined machining, and it can optimize your product process while ensuring better product consistency, improving your machining efficiency.
Meanwhile, its after-sales service is as timely and efficient as expected by Jhenjet Intelligent.
Spindle
The spindle is supported by front three and rear two roller bearings to improve the rigidity of the spindle and reduce the runout of the spindle.
The spindle has a strong hydraulic clamping force to facilitate the replacement of collets and chucks.
Screw rod and guide rail
The screw pitch in X and Z directions is perfectly matched to create a more perfect appearance effect and an excellent rapid feeding.
The machine be is integrated cast high-rigidity bed with high precision and high stability, achieving sound chip removal and cleaning.
It adopts imported grade C2 ball screw rod, Grade P roller guide rail, and spindle support by front three and rear two bearings.
Hydraulic System
Korea or Japanese hydraulic system is adopted to improve equipment stability.
ALM-506TC Machine tool characteristics:
The design of arranging dual spindles in opposite to each other can realize the optimized combination with high precision, high loading capacity and high speed, enhancing the durability of the machine and proceeding continuous machining with installation of feeding device.
The design of arranging twin turrets in parallel can make operation, maintenance, and programming easier, effectively reducing the manpower burden of the enterprise.
The 30-degree slant bed base is firm and secure, with a low center of gravity. The interior structure is design ed as a box and arranged with reinforced ribs, which is strong and stable.
The ALM series are widely used in the machining of long axial and disc parts in the aerospace, automotive, mold, medical equipment and other industries.
With a design of slat bed, dual spindles, and twin turrets, ALM series machine is a CNC turning center with complete functions, strong rigidity, and high precision.
The dual spindles are arranged in opposite to each other while the twin turrets are arranged in parallel. The primary and auxiliary turrets can be servo lathe turret, BMT power turret or Y-axis BMT power turret, depending on customer demand.
The primary and auxiliary spindles can be docked to exchange workpieces, meeting the requirement of machining both sides of the workpiece in one clamping or machining two workpieces at the same time.
Base
Integrally formed rigid structure
Add specific trace elements to improve stability
30-degree inclined bed
Easy for chips removal, close-distance operation, and handling
BMT Driven Tool Turret Series
Achieve a quick tool change for a cycle (1# to 12# tools) within 8 seconds.
Have more stable tool locking mode, a repeatability of +/-0.002mm, and positioning accuracy of +/- 0.005mm.
Have a driven tool holder speed of up to 6,000 rpm, providing a better torque and machining efficiency.
Have a perfect U-shaped design to make center of gravity more concentrated and realize higher stability and higher precision.
Have a dual-motor design to realize fast two-way tool selection and forward and backward machining.
Adopt three-piece clutch locking device to provide extremely strong hydraulic locking force.
CNC system
The Mitsubishi system is the best choice to provide you with stable multi-axis combined machining, and it can optimize your product process while ensuring better product consistency, improving your machining efficiency.
Meanwhile, its after-sales service is as timely and efficient as expected by Jhenjet Intelligent.
Spindle
The spindle is supported by front three and rear two roller bearings to improve the rigidity of the spindle and reduce the runout of the spindle.
The spindle has a strong hydraulic clamping force to facilitate the replacement of collets and chucks.
Screw rod and guide rail
The screw pitch in X and Z directions is perfectly matched to create a more perfect appearance effect and an excellent rapid feeding.
The machine be is integrated cast high-rigidity bed with high precision and high stability, achieving sound chip removal and cleaning.
It adopts imported grade C2 ball screw rod, Grade P roller guide rail, and spindle support by front three and rear two bearings.
Hydraulic System
Korea or Japanese hydraulic system is adopted to improve equipment stability.
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