This “Digital Twin” approach, provides
other benefits such as Operator and
Maintenance training, without interfering
with production, and the validation of
the software and hardware design within
regulated industries. The production of
a “Proof of Principle” system is a more
traditional “Hands-On” approach to
evaluating automation concepts and
provides the opportunity to trial grippers,
parts feeders, fixture design and robot
movements etc.
Tim Bednall explains: “A typical example of
this approach, which ultimately provided
the confidence for the customer to
proceed with a fully automated system,
was the request for the development of
an automated process to tie a knot in a
twisted-pair of wires. The justification
criteria for this particular application were
to improve both consistency and quality.
Whilst tying a knot is straightforward
and intuitive for a human, it is not easy
to automate, and especially at speed. The
first step in determining the final solution
was to run a Virtual Reality (VR) simulation.
Once the right solution had been designed
virtually, a PoP rig was then assembled to
further develop the hardware and process,
and to demonstrate what was later to
become the final, delivered solution.” to design, develop, install and maintain the
automation systems which will provide the
competitive advantage that the UK needs.
Tim Bednall continues: “Wood Automation
& Control’s Systems Division specialises
in the design and manufacture of special
purpose machines, integrating them
together with both new and existing
equipment. Our mechanical and control
system engineers have the machinery
design experience to provide robotics and
automated product handling solutions for
a variety of industries. Once we have fully
established the customer’s requirements,
our holistic approach delivers design,
interface with existing equipment,
simulation, vision systems, manufacture,
testing, installation, commissioning and
comprehensive service availability.” Recent initiatives that focus on science,
technology, engineering and maths
(STEM) will definitely help encourage more
young people to embark on a career in
engineering, but this needs to be bolstered
by both manufacturers and robotics and
automation specialists ensuring that they
bring on their own home grown talent.
DEVELOPING TOMORROWS
AUTOMATION TALENT POOL
As for every sector, an aging workforce,
and in certain areas a current skills
shortage, means that apprenticeships
and ongoing training are essential if, as a
country, we are to retain the skills needed
The 30 apprentices currently training
within Wood Automation & Control’s U.K
Division’s own IET accredited academy,
will acquire skills in a broad range
of automation disciplines through a
combination of hands-on and academic
courses. This way, the company will ensure
that the skills and innovation required to
deliver tomorrows automated production
systems will be readily available to assist
UK manufacturers.
www.the-atg.com
Issue 38 PECM
99