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Advantages

  • High part quality
  • Double productivity
  • Economical / profitable
  • Optimum axis distribution
  • Low space requirements
  • Floor operated
  • Dry machining with minimum quantity lubrication
  • HSK 63 / HSK 100
  • CG, CGI, Al machining

 

 

Technical Data

      
Specht 600      
       
Work Area X - axis mm 900
  Y - axis mm 730
  Z - axis mm 860 / 900
  A-axis load kg 500
  B / A-axis load kg 250
Axis Speed X -, Y -, Z -axis m/min 60 (120)
  B-, A-, B/A-axis speed rpm 80
Axis Acceleration X -, Y -, Z -axis max. m/s² 6 / 10 (15)
Tool Magazine Storage capacity amount disc 40 (HSK 63) / 26 (HSK 100)
      chain 72 (HSK 63) / 54 (HSK 100)
  Tool length max. mm 450
  Linear drive chip-to-chip-time t1 nach VDI 2852 s 2,8-3,7 (HSK 63) 3,4-4,3 (HSK 100)
  Ball screw drive chip-to-chip-time t1 nach VDI 2852 s 3,2-4,2 (HSK 63) 4,0-4,8 (HSK 100)
Machine dimensions (Doors closed) Machine width, disctype-/ chaintypemagazine mm 2100 / 2700
  Machine length mm 5260 / 5860
  Machine height (disc/chain) mm 3450 / 3560
  Total weight without workpiece/ tools kg 14 000 - 16 000

Applications

The most important quality of today’s modern production system is flexibility. There are different reasons for this: ongoing change in the production markets as well as vast differences in personnel costs, which become a big challenge in a global context. Modern production systems should be designed to exhaust all of the advantages of a particular country in the pursuit of lower production/product costs. Modularity and configurability are the key features of such systems. With the new SPECHT®-Series, MAG Powertrain sets standards of configurability, providing for:

  • Highest production quality
  • Best reliability
  • Low investment and maintenance costs

Automation

The demand for sequential systems is increasing due to the fast growth rate in the “Emerging Markets”. These systems are predominantly loaded with floor-mounted workpiece transport equipment and can also be loaded manually.
The parallel systems with machine redundancy in one process step are
characterized by a higher degree of efficiency (OEE) and are still being loaded through a loading gantry with linear stroke axes or robot arms. This allows access to the machine from all sides. Separate machine modules can be switched-off from automatic operation without affecting the ongoing production.
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