VL_EN
Download https://www.emag.com/fileadmin/user_upload/content/machines/turning-machines/modular-vl/2016_VL_EN.pdfVertical Lathe with Pick-Up Automation for Efficient Machining
With the goal to develop a system of modular machines ideal for use in the manufacturing of medium and large batch runs, one common feature of all the new EMAG modular machines is the basic, compact design. Their small footprint means reduced floor space costs and flexibility in machine layout (for example, Chaku Chaku or closed loop arrangement). Every VL vertical lathe features an integrated O-automation system for transporting workpieces on its left-hand side. When combined with the self-loading pick-up spindles, this automation concept ensures short cycle times and high productivity.
To accommodate machine operators, all the service units are easily within reach, with various units (electrics, hydraulics, cooling system, cooling lubricant and central lubrication system) accessible at any time so that the vertical lathes can be maintained with ease. With low maintenance costs due to the use of standardized components, excellent accessibility, reduced floor space costs, integrated automation and short cycle/idle times bringing the cost per unit to a minimum, the goal of EMAG vertical lathes is clear: cost saving without compromising quality.
Technical Data
Chuck dia., max. | mm in | 400 15.5 |
Swing diameter | mm in | 420 16.5 |
Workpiece dia., max. | mm in | 300 12 |
Workpiece length, max. | mm in | 250 10 |
X-axis travel | mm in | 885 35 |
Y-axis travel (optional) | mm in | ± 30 ± 1 |
Z-axis travel | mm in | 495 19.5 |
Main spindle: Power rating at 40 % / 100 % duty cycle | kW hp | 39 / 28 52.5 / 37.5 |
Main spindle: Torque at 40 % / 100 % duty cycle | Nm ft-lb | 460 / 340 339.5 / 251 |
Main spindle: Speed, max. | rpm | 3,100 |
Images / Videos
Advantages
- Integrated measuring (optional)
- Small footprint
- Very short chip-to-chip times
- Ideal chip flow conditions
- High degree of availability
- Short travel time for loading and machining, resulting in shortest possible cycle times
- Automatic workpiece changeover
- Integrated automation, low capital outlay
WorkpiecesTechnologies
- Workpieces
- Technologies
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