Central point - Import export

In metal-working shops utilising swarf-producing manufacturing techniques, the generated swarf is often an underestimated cost factor: This means your expensive machine tool cannot attain its full productive potential. The key challenge here is therefore: PROCESS RELIABILITY But there is another way. In fact, there are several proven solutions – centralised and decentralised – to this problem. ERDWICH machines and plant for swarf shredding and processing offer the highest levels of economic viability, safety and efficiency. With the decentralised solution, the ERDWICH swarf breaker is set up directly next to the lathe or machining centre. The swarf is removed and transported away to a central processing point either manually using a swarf cart or by means of pneumatic extraction, pumping or some other conveyor system. With the centralised solution, the swarf is collected in swarf carts at each machining centre and then transported to the ERDWICH master processing plant. This...

— Universal loss-in-weight feeder for virtually all flowable ingredients (powders, pellets, flakes, fibers, etc.) — Flexible polyurethane hopper agitated by amplitude adjustable paddles for consistent screw filling and mass flow of ingredient without degradation — Compact trapezoidal shape allowing up to 6 feeders to be compactly arranged around a central feed point — Interchangeable screws and screw tubes allowing quick adjustment to changing ingredients and feed rates Power range 20-7610 dm³/h

This anchorage device was specially-designed for flat roofs. It can be used as an anchor or system support and can be weighed down using concrete slabs (50 x 50 x 5 cm, not included) or gravel (not included). Its high-quality, stainless steel frame (150 x 150 cm) with aluminium crossbars is equipped with a central anchorage point (Ø 16 mm) - also made of stainless steel. EN 795:2012, E + CEN/TS 16415:2013 For flat roof pitches ≤ 5° Weighed down using 16 concrete slabs (ca. 448 kg) Weight incl. ballast: 483 kg | resulting roof load: approx. 214.7 kg per m² Anchorage point for 2 individuals Weighed down using gravel (ca. 450 kg) Weight incl. ballast: ca. 485 kg | resulting roof load: approx. 200 kg per m² Anchorage point for 1 individual (secures 2 individuals when used as an intermediate bracket in a lifeline system) Additional supporting tube required for usage as an end or corner post Incl. 5 EPDM patches to protect your roof membrane

This cross-shaped anchor for flat roofs is weighed down using concrete slabs (50 x 50 x 5cm, not included). The design is based on a high-quality stainless steel frame (150 x 150 cm) with aluminium crossbars and a central, stainless steel anchorage point for one individual (Ø 16 mm). EN 795:2012, E For flat roof pitches ≤ 5° Weighed down using 8 concrete slabs (ca. 224 kg) Weight incl. ballast: ca. 245 kg; resulting roof load approx. 108.9 kg per m² Also designed for usage as an intermediate post in a lifeline system Incl. 5 EPDM patches to protect your roof membrane

You can move freely all around this centrally-installed stainless steel anchorage point. It is equipped with a rotating anchorage eyelet - making it suitable for wall, ground, facade and overhead installation. The 80 mm thread (M16) is firmly cemented into concrete using special adhesive. National technical approval ("abZ"): Z-14.9-688 (max. 2 individuals) (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2013 (max. 3 individuals) EN 50308:2004 (max. 2 individuals) Freely rotating eyelet Concrete ≥ C20/25 Recommended accessories: Special Adhesive WIT-VM-250 Not suitable for recurrent abseiling usage when installed overhead!