Electric vehicles of the present and of the future have unique requirements. Not only do they consist of new workpieces such as battery housings and other large structural components, but they also change the specifications of some familiar workpieces such as stator, gearbox, and clutch housings. SW will accompany you in the transition from machining well-known workpieces, to the new, often larger and lighter workpieces for electric vehicles.
Typical of Technology People, we always have the highest standards for efficiency and precision, both in the development of new products, such as the BA W06 and the BA space3, and in the integration of automation. As a system provider, we have the entire production in mind, true to our vision "WE THINK SYSTEMS". The thorough analysis of processes, requirements and challenges for EV workpieces allows us to say: We are the right partner for your transition!
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The BA W08 can accommodate large structural components up to 1500 x 900 x 650 mm. The linear motor enables it to achieve excellent acceleration values (2G/120m/min) in high-speed machining.
The BA space3 features an optional spindle with a 2-axis swivel head, which enables flexible machining at any angle without additional re-clamping. This reduces re-clamping errors, for example during the production of battery housings, to a minimum. Higher accuracy of the workpiece can thus be achieved. The spindle is also available with MQL (minimum quantity lubrication).
As a system supplier, we design and manufacture complete production lines with automation perfectly suited for your workpieces - all from a single source. SW has a range of standardized automation solutions that we can be integrated into your production. One such solution, which has proven its efficiency for loading and unloading battery housings, is our 6- or even 7-axis FloorRob.
In addition to the standard HSK-63 and HSK-80, the new BA W06 is also available with an HSK-100 light spindle. Here, "light" refers to the weight reduction of the spindle, which makes dynamic and efficient machining possible despite the large tool diameter.