The contemporary use of this cutter and our exchange-automatic electrode SCA-SRE DELTA patent # 0001338264, made it possible to raise the quality and production standards achieved to date. The shape of the electrodes stirred, dressing cycles of change-electrode has been set and defined by Sinterleghe S.r.l. as: "RAVITEX® TECHNOLOGY Patent # EP2193003 & 0001338264"
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| RAVITEX® TECHNOLOGY - Patent # EP2193003 & # 0001338264 | |||
| REDUCE COSTS AND INCREASE PRODUCTION | |||
| RAVITEX® TECHNOLOGY | OTHER TECHNOLOGIES | ||
| fresa impiegata | RX RAVITEX® Patent # EP2193003 | Standard cutter | |
| frequency of dressing | between 60 + / - 20 points | between 200 + / - 100 points | |
| electrode life (ISO 58 21 shape FØ 16 X20 mm) | 10,000 points | 5,000 points | |
| stop the production line for 10,000 points | 1 (-50%) | 2 | |
| cost 2 electrodes | € 1,20 | € 1,20 | |
| cost of the electrodes to 10,000 points | € 1,20 | € 2,40 | |
| daily cost of electrodes for 100 pliers | € 120,00 | € 240,00 | |
| annual cost electrodes for 100 pliers (200 gg) | € 24.000,00 | € 48.000,00 | |
| annual reduction in parts cost electrodes | -50% | ------------------------------------ | |
| increase current used for welding | reduced < 3% | high > 10% | |
| replacement process electrodes | RAVITEX® Patent # 0001338264 | manual | |
| average time of replacement pads and dressing | = 40 seconds | 3 minutes | |
| time to stop the line every 10,000 points | 0 seconds Transactions on the time line |
6 minutes | |
| time to stop the line every 30,000 points | 0 seconds Transactions on the time line |
18 minutes | |
| increase daily production | between 6 minutes and 18 minutes | ------------------------------------ | |
| RAVITEX® TECHNOLOGY - Patent # EP2193003 & # 0001338264 | |||||||
| QUALITY | |||||||
| RAVITEX® TECHNOLOGY | OTHER TECHNOLOGIES | ||||||
| cutter used | RX RAVITEX® Patent # EP2193003 | OTHER TYPES OF CUTTERS | |||||
| Cycle frequency of dressing | between 60 +/- 20 points | between 200 +/- 100 points | |||||
| Nominal diameter of the welding point | ø 6,0 mm | ø 6,0 mm | |||||
| data | 1° point | 80° point | 100° point | > 200° point | |||
| variation of the welding point [mm] | ø 6,0 | ø 6,50 | ø 7,0 | > ø 8,0 | |||
| surface point [mm²] | 28,26 | 33,16 | 38,48 | 50,24 | |||
| increase of surface welding point (+) | 0% | 17,3% | 36,16% | > 77,8% | |||
| value of welding current [A] | 10,000 | 10,000 | 10,000 | 10,000 | |||
| current density [ A/mm²] | 354 | 302 | 260 | 200 | |||
| decrease in current density A/ mm² (-) | 0% | -17,3% | -36,16% | -77,8% | |||
| value of the closing force plier [daN] | 300 | 300 | 300 | 300 | |||
| value of specific pressure [daN/mm²] | 10,61 | 9,04 | 7,80 | 5,97 | |||
| decrease in the specific pressure [daN/mm²] (-) | 0% | -14,8% | - 36,16% | -77,8% | |||
| variation of welding parameters | < 15% | > 30% | |||||
| diameter variation point welding [mm] | 0,5 ( <10%) | 2,0 ( > 33% ) | |||||
| quality of the welding point | excellent | poor | |||||