Business Challenges
Tony Croke, design team manager, explains: “Over the years, the company had acquired multiple CAD platforms, so when we had to quote for a new product we faced a whole series of questions: which existing model was closest to what was required, which package had it been designed in and who was most familiar with that software? Our vision was to consolidate on one package and improve our efficiency.”
A demonstration from Siemens Digital Industries Software solution partner Emixa Industry Solutions convinced the Designplan team that Solid Edge® software with synchronous technology was the way forward. “It was clear that if we created a master model for each product we could use synchronous technology to modify attributes such as height and length easily and quickly,” Croke says. Solid Edge was implemented early in 2016 and rolled out to nine design engineers who received tailored in-depth training from PCE and
from Siemens.
Keys to Success
“I find Solid Edge very intuitive to learn and it gives us better tools,” says Amy Deeprose, design engineer at Designplan. “Solid Edge also has a lot of features that are extremely helpful, for example the ability to pattern a feature. Playback is particularly useful. If I go away from a project and return to it later, it’s really easy to see the steps I took before and continue without losing any time. I can also share this feature with colleagues to demonstrate how to do something. There is much assistance available from the wider Solid Edge community and I often obtain information from online resources.”
After six months, Designplan had created master models for three product sets and the team was reviewing customer requests and anticipating demand for different sizes. Deeprose notes the benefits of the new approach: “In particular, synchronous technology allows us to work organically. We can explore options because there is no sketch to build as in an ordered modeling environment. When we have a Solid Edge assembly we can do model explosions and gain visual help to cross-reference quickly against the master BOM (bill of materials).”
John Hough, bespoke design engineer, focuses on customized products. “I had worked for 25 years with CAD, but moving to Solid Edge opened my eyes to what is possible. I love synchronous. I find it very quick to manipulate an existing model in order to change a fitting, lengthen a luminaire, reposition a hole or amend a pitch. I am saving more than half the time I previously spent making changes at the part and assembly level.”
Results
The first products designed using Solid Edge went into production nine months after implementation. “We can make an assembly much more intelligent; it is so easy to set up components and alter them as required,” Deeprose explains. “Now that we have started to work from master models, any changes are taking minutes rather than hours.”
“We are finding that Solid Edge allows us to upgrade the technology within a product quickly and easily and this extends operating life,” Hough adds. “Local authorities are saving costs by replacing sodium lighting, and retrofitting LED elements into an existing fitting takes just a few minutes.”
According to Croke, there has been a huge opportunity to freshen up the company’s top revenue-producing products. “We will have addressed 90 percent of our best sellers within one year,” he notes. “In addition, we have improved our products and reduced manufacturing errors. Production stoppages for bespoke products used to average between 10 and 18 per week. Since we began to use Solid Edge, theyhave dropped to just four.”