Edition 70 (April-June, 2023)
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Hegla• 2<br />
A lifting device should never be oversized. Instead, it should<br />
be chosen to handle the smaller panes that make up 85 to 90<br />
per cent of everyday operations in a way that is user friendly<br />
and offers maximum operating convenience, freedom of<br />
movement and ergonomic support.<br />
Pillar-guided lifting devices provide maximum stability of<br />
movement, safety and ergonomics thanks to user-friendly<br />
load control.<br />
Chain-guided lifting devices, which may be mounted to a<br />
slewing crane or lightweight craneway to make them suitable<br />
for use in handling, offer additional flexibility.<br />
supplement a processing system with<br />
adapted vacuum lifting technology.<br />
– The glass processing industry<br />
has to handle increasingly heavy<br />
and large panes, which is often a<br />
challenge to machine operators.<br />
What needs to be considered<br />
when choosing a handling device<br />
when it comes to safety and user<br />
friendliness?<br />
Operator safety is obviously the first<br />
thing you need to consider when<br />
choosing a vacuum lifter. It’s also nonnegotiable.<br />
On top of that, ergonomic<br />
functionality should confirm at<br />
all times to employees that they<br />
are entirely safe and flexible when<br />
working with the handling device.<br />
The German load handling<br />
directive implementation law states<br />
that heavy panes start at a weight of<br />
15 to 20 kg. The handling devices for<br />
these weights can usually be moved<br />
manually in a lightweight craneway<br />
and provide support. The load control<br />
of the suction device has a key<br />
influence on both ergonomics and<br />
operator convenience.<br />
The current trend is towards pillarguided<br />
vacuum lifting equipment,<br />
where a torsion-resistant aluminium<br />
pillar ensures high motion stability,<br />
"Traditional handling equipment<br />
and operators will continue to<br />
have their place in increasingly<br />
digital and automated production<br />
processes. There will certainly be an<br />
increasing number of applications<br />
in which robots could be used as an<br />
alternative. However, glass weights<br />
and formats are increasing and<br />
becoming more varied at the same<br />
time, so there are limits."<br />
load control, positioning accuracy and<br />
maximum employee protection.<br />
– Where do you think the future<br />
demands on handling equipment<br />
with respect to increasingly<br />
digital automated production are<br />
heading?<br />
First things first – traditional<br />
handling equipment and operators<br />
will continue to have their place in<br />
increasingly digital and automated<br />
production processes. There will<br />
certainly be an increasing number<br />
of applications in which robots could<br />
be used as an alternative in order to<br />
further boost automation.<br />
However, glass weights and formats<br />
are increasing and becoming more<br />
varied at the same time, so there<br />
are limits. We are also seeing more<br />
transfer stations with shuttles and<br />
self-driving systems between different<br />
processing stations. But in existing<br />
buildings, this is often unfeasible<br />
due to space limitations. With this<br />
in mind, I can foresee intermediate<br />
steps of digitalisation. By scanning<br />
laser markings or labels, the individual<br />
panes and racks can be registered.<br />
The handling device will then be<br />
integrated into the communication<br />
flow as a direct and decisive link,<br />
contributing to an integrated overview<br />
and dynamic, flexibly adaptable overall<br />
processes.<br />
–Carsten Koch<br />
Email: carsten.koch@hegla.de<br />
Website: www.hegla.com<br />
Glass Bulletin | <strong>April</strong> - <strong>June</strong>, <strong>2023</strong> 101