TW-Mill - Technowood
TW-Mill - Technowood
TW-Mill - Technowood
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The statical <strong>TW</strong>-<strong>Mill</strong><br />
Variant with fixed portal and moveable portal trolley<br />
Benefits of the portal<br />
trolley version<br />
• high efficiency due to automatic<br />
infeed and discharge<br />
• handling of all six sides of the<br />
component<br />
• linkup to further features possible<br />
(e.g. engine lathe)<br />
• all stops can be retracted<br />
• range of up to 2000mm<br />
(extensible)<br />
For the stationary version of <strong>TW</strong>-<strong>Mill</strong>, the portal remains fixed, the portal trolley<br />
executing the axle movement in X-direction. These so called „<strong>TW</strong>-Carriers“ lead the<br />
workpieces through under the portal with its milling and spindle units.<br />
All <strong>TW</strong>-Carriers are identical and designed as full-value servo axle, allowing for<br />
exact positioning. To prevent massive friction when repositioning the trolleys the<br />
supporting area can be lowered. The stop as well as the tensioners of the <strong>TW</strong>-Carrier<br />
can be retracted as well. This results in a free surface which enables flexible<br />
infeed and discharge backwards and forwards.<br />
Of particular interest is the option for automatic infeed and discharge. Chain cross<br />
conveyors implement infeed of the components. The infeed can be used as driven<br />
discharge as well. Otherwise the processed components are discharged by gravity<br />
via slanted roller rail with stop at its end.<br />
Machining examples<br />
• drill holes<br />
• cuts<br />
• outline milling<br />
• window openings<br />
• short pieces<br />
• tenons and mortises<br />
• calibration<br />
• dovetail tenon/mortise<br />
• hags cut<br />
• dowel pin connection<br />
• skew notch<br />
• tapered skew notch<br />
• rebate with saw<br />
• jag<br />
• deburring<br />
• ... and so on and so on<br />
Die <strong>TW</strong>-<strong>Mill</strong> lässte viele Optionen zu - z.B.<br />
den Einsatz eines Drehbanks<br />
Bauteile werden via Querförderer automatisch<br />
auf die <strong>TW</strong>-Carrier eingefördert<br />
Die Fixierung von geraden Bauteilen erfolgt<br />
nach der Einförderung ebenfalls automatisch