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Slewing ring bearing for insulation material cutters

Automated thermal wall production for energy-efficient construction

iglide® PRT Slewing Ring Application

Sustainable, efficient, and precise construction is essential in addressing climate change and rising energy demands. A key factor in energy-efficient buildings is high-quality insulation. EBAWE Anlagentechnik GmbH enhances insulation processing with its automatic insulation cutter, which optimizes cutting for minimal waste, reducing both material and time costs. Its flexibility allows for special shapes and angled cuts, streamlining the workflow.

Application Overview

What was needed: slewing ring bearing, xiros® conveyor roller, a stepper motor as drive and customized igus® readychain®
Requirements: withstanding high dirt loads for angled cuts in building materials
Industry: Construction / Mechanical and plant engineering
Customer success: Automatic insulation material cutter that cuts the insulation boards according to the CAD data.

Problem

EBAWE Anlagentechnik GmbH from the district town of Eilenburg in Saxony - a mechanical and plant engineering company and manufacturer of turnkey production plants for the precast concrete industry - was looking for a special solution for which igus® was on hand to provide advice.
A customer from the U.S.A. wanted to insert the so-called Thermopins (used to connect the facing and supporting shells of core-insulated precast concrete elements) not only perpendicular to the insulation panel, but also at an angle in any direction. A 3D head must therefore be developed for attaching the high-pressure water jet nozzle, which enables these angled cuts.

Solution

The development of a 3D head that makes the angled cuts and holes using a high-pressure water jet. The bearings of the axis of the 3D head were realized with iglide® slewing ring bearings (type PRT-01).

The insulation is then attached to the inner shell of the thermal wall using the thermopins. The insulation material is placed on the still liquid concrete of the inner shell that has just been poured. The Thermopins are inserted into the liquid concrete through the holes created by the automatic insulation material cutter. Once the concrete has hardened, the insulation holds securely to the inner shell.