appe increases output and flexibility with new technology from

DATE: 15 June 2011
APPE INCREASES OUTPUT AND FLEXIBILITY WITH NEW
TECHNOLOGY FROM KRONES
APPE, the packaging division of LSB, is set to increase output and enhance
its flexibility to meet customers’ requirements, following its investment of
around £1.5m in the installation of the newly developed ProShape production
process from Krones.
This is the first ProShape installation undertaken since the technology was
launched by Krones and underlines APPE’s commitment to maintaining its
market leadership through innovation and customer service.
The new machine is already up and running at APPE’s Gresford site in the
UK, servicing clients in the household and personal care sectors, which
supports the company’s successful strategy of continuing to expand into other
markets in addition to carbonated soft drinks and mineral water.
The new ProShape module is integrated into Krones’ current Contiform series
and combines the proven blow-moulding technology of this existing system
with a new module for orientation and selective temperature control of the
preforms.
ProShape offers a significantly optimised production process for
oval or asymmetrical containers as well as the potential to produce highly
unusual designs and light-weighting of oval packs.
ProShape has a significantly higher output than standard blow moulding
machines – around 40%. The Contiform S8 installed at APPE’s Gresford
plant has eight cavities, with an output of up to 2,000 bottles an hour per
cavity, so it can achieve an impressive 12,000 to 16,000 bottles an hour,
depending on the design and complexity of the containers.
The system can also be simply switched from the preferential heating and
neck orientation process to a standard blowing mode for producing round
bottles when required.
Martene Midwood, Sales Manager commented, “The machine adds value to
our processes through its flexibility, which in turn means we can service our
customers better in terms of line speed and supplying their just-in-time
demand requirements.”