Wickman Group: Professional CAD Package Producing error-free electrical design drawings

Proven in producing error-free Electrical Design Drawings:

The Wickman Case Study

The Problem:
Wickman’s existing CAD system functioned mainly as a 2D drafting tool, lacking cross-referencing and connection checking while more advanced alternatives were too expensive and complex.

The WSCAD Solution:
Wickman implemented WSCAD SUITE to streamline electrical design with integrated cross-checking, easy reuse of existing drawings and powerful design tools, resulting in faster workflows, fewer errors and greater drawing accuracy.

Case studiesWickman Group: Professional CAD Package Producing error-free electrical design drawings

WSCAD Suite cuts time needed to produce error-free electrical design drawings

Established in 1925, Coventry-based Wickman has earned a reputation worldwide as a designer, supplier and manufacturer of high-quality turning machines, specialising in multi-spindle lathes that are controlled by CNC, servo or PLC. The company’s lathes are capable of producing medium and large volumes of extremely precise, high-quality components ranging in diameter from 5mm to 82mm. Because the multi-spindle lathes can work on up to eight bars at a time, they can produce components in 15 to 20 per cent of the time required by a single-spindle machine.

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At a Glance

Customer

  • Wickman Group Ltd, Coventry, UK
  • OEM Machine tool design and manufacturing company
  • 45 employees
  • £7 million plus UK turnover
  • Subsidiaries in USA, Brazil, China & India
  • www.wickman-group.com

Challenge

  • Custom-designed and highly personalised machines require an off-the-shelf Electrical CAD solution – cost-effective, powerful and easy to use

Solution

  • Integrated cross-checking of electrical connections
  • Easy reuse of existing drawings and components
  • Faster electrical design and workflows
  • Fewer errors and greater accuracy
  • More consistent electrical drawings

Benefits

  • Integrated design tool with cross referencing and cross-checking connections
  • Continuous engineering using one platform
  • Excellent price-performance ratio
  • Faster with fewer errors

WSCAD disciplines and add-ons used:

Electrical EngineeringCabinet Engineering

WSCAD SUITE Cuts Time Needed to Produce Error-Free Electrical Design Drawings

Established in 1925, Coventry-based Wickman has earned a reputation worldwide as a designer, supplier and manufacturer of high-quality turning machines, specialising in multi-spindle lathes that are controlled by CNC, servo or PLC.

The company’s lathes are capable of producing medium and large volumes of extremely precise, high quality components ranging in diameter from 5mm to 82mm. Because the multi-spindle lathes can work on up to eight bars at a time, they can produce components in 15 to 20 per cent of the time required by a single-spindle machine. Operating out of offices in the UK, Brazil, USA, China and India, Wickman has few competitors in the global multi-spindle lathes sector and leads the market serving a variety of key industries.

These include automotive (especially fuel injection), aerospace, defence, oil and gas, agriculture, hydraulics, white goods and electronics. Components produced for these markets include hose end fittings, termination glands for industrial cables, projectiles and cartridges, bearing housings and rings for use in electric motors and much more. Competitively priced, Wickman’s machines operate at the top end of their respective markets, offering customers the ability to achieve production runs of up to one million components.

With a turnover approaching £8m, Wickman employs 40 staff in the UK and is part of a larger group of companies with over 1500 workers. Other entities include a machine rebuilding company in India and a sales and service support facility in Wisconsin, USA. Not content with dominating markets in the West, the company is looking to develop its multi-spindle lathes customer base in China and Asia.

While 20 per cent of the Wickman machines sent out from Coventry are custom-designed, it is still rare for two standard machines to leave the factory with identical configurations.

We have been so impressed that we wouldn’t go back to our old systems.

Wickman’s machines typically have a working lifespan of 40 or 50 years, making aftercare and service important elements of what the company offers. This includes providing spares for machines that it manufactured many decades ago as well as a comprehensive upgrading service to reconfigure existing machines with the latest technology. Key elements include adding CNC capabilities to them and upgrading their AC motor drives. While 20 per cent of the machines sent out from Coventry are custom-designed, it is still rare for two standard machines to leave the factory with identical configurations. This level of personalisation required the company to use an off-the-shelf CAD package for producing electrical drawings relating to how the newly fitted spindle motors and drives will operate.

However, the CAD system used tended to be more like a 2D drafting aid than a design tool. There was no way of cross-referencing or crosschecking connections on electrical drawings but more comprehensive CAD systems that offered these options were prohibitively expensive.

Macros and macro variants significantly speed up the creation of electrical schematics with the Electrical Engineering discipline from the WSCAD SUITE. Cabinet construction with Cabinet Engineering follows seamlessly; schematics from other electrical CAD systems can also be imported.

Keen to improve the turnaround times of its machines, Wickman wanted a CAD package that was not only cost-effective and powerful but also easy to use. After an extensive search of the industry, the company found that the best system on the market that met all its requirements was the WSCAD SUITE CAD/CAE package. Significantly faster than other CAD systems and with an intuitive operator interface, WSCAD proved popular with Wickman’s design engineers because it avoided overcomplicating the design process. Also, they were able to begin a project, save the work and come back to it at a later date without needing to ‘re-learn’ what they had been doing.

Other benefits included the elimination of human error and the ability to achieve greater accuracy levels than was previously possible, improving the consistency of drawings. The company’s designers appreciated working with a system that was designed-for-purpose rather than using one that needed to be ‘shoe-horned’ into an application. Clive Thorne, Control & Electrical Engineering Manager at Wickman Coventry, has been so impressed with WSCAD that he wouldn’t want to go back to the company’s previous CAD systems. “Ease of use was an extremely important factor when selecting a CAD system,” Clive says. “We have one person using the system for 20 per cent of their time and we didn’t want something that would require a week-long training exercise.

With WSCAD, basic training can be completed very quickly and there is no steep learning curve which means that everything is done much faster.”

Routing, calculation of wire lengths, filling degree of the cable channels are available on your fingertips when it comes down to the control cabinet layouts. Generated data are used for labelling and manufacturing of wires and cabinet enclosures on NC machines at no additional costs.

Clive adds: “Every machine we work on has a unique set of electrical drawings issued and they are created at the rate of one every month. However, most of the work involves reconfiguring existing components which means that often only minor changes are required. The WSCAD Software helps us operate within much shorter timeframes by making it easy to modify existing drawings and copy data in from one drawing to another.

At the same time, we are also able to send drawings out to customers that contain all the information required rather than having to put ‘if fitted’ next to an optional feature, such as a tool break detector.” One of the most impressive aspects of the WSCAD system for Wickman was its excellent functionality-for-price ratio. Just as the company felt it was impractical to spend many thousands of pounds on a sophisticated CAD system and thousands more on training, it believed that the costly add-on features offered by some alternative CAD systems would represent a level of “overkill” for a company of Wickman’s size which focuses almost exclusively on electrical engineering.

Other benefits for Wickman include the ability to integrate the WSCAD solution with other electrical CAD applications and IT systems, all backed by the “excellent” technical support from WSCAD that Clive Thorne describes as “beyond expectations”.

Wickman’s designers are among 35,000 users who have chosen the WSCAD SUITE as their preferred electrical CAD solution. They value the system’s structuring, standardisation, reuse and automation capabilities, which can be managed alongside WSCAD’s augmented reality app. Additionally, WSCAD’s integrated suitability for electrical engineering, cabinet engineering, process and fluid technology, building automation and electrical installation is also highly valued. This allows any changes made to a component in one discipline to be reflected and completed immediately in all the other disciplines.

Not only do these features reduce engineering time from several weeks to just a few hours (or even minutes) but they also ensure operators achieve a much higher quality of work. WSCAD is backed by the world’s largest electrical parts library wscaduniverse.com which saves designers time by removing the need to create their own symbols and parts. The library contains over 2.2 million data sets from over 457 manufacturers that can be accessed free of charge.

Wickman’s designers are among 40,000 users worldwide who have chosen the WSCAD Software as their preferred electrical CAD solution to speed up electrical engineering tasks within the design and production process of extremely precise, high quality machines.

The direct output of manufacturing data to Steinhauer NC machines avoids having to use additional CAD software.

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