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Prosign Print and Display installs Stratasys F370 3D printer

Addresses current application needs and drives new business opportunities

UK large-format printing and sign specialist, Prosign Print and Display, has installed Stratasys’ FDM-based F370 3D printer to boost its creative design and production capabilities for the events and exhibition sector. The investment extends the company’s service offering and opens the door to new business opportunities among both existing and new clients.

Steve Hardy (left) with son Connor, alongside Prosign’s F370 3D Printer, which is already addressing immediate needs and securing new business
Steve Hardy (left) with son Connor, alongside Prosign’s F370 3D Printer, which is already addressing immediate needs and securing new business.

Based in Nottingham, the business undertakes a diverse array of projects using 2D large-format printing, including point-of-sale, packaging, exhibition and signage. However, the management team sees 3D printing as a complementary solution to significantly add to its application expertise – one of the key drivers behind the investment in the F370 via Stratasys’ local partner, Tri-Tech 3D. Indeed, according to Prosign owner and managing director, Steve Hardy, the exhibitions and events sector, in particular, provides the immediate potential to demonstrate the capabilities of the system.

Expanding application capabilities

“We design and custom build a lot of stands for tradeshows, which typically comprise creative wall displays that need to incorporate things like brackets, hooks and hinges,” explains Hardy. “The problem is that we find ourselves often de-valuing a beautifully-designed display as we invariably have to make-do with generic off-the-shelf fixings. Not only that, but we are usually obliged to purchase these in bulk, which means we end up with far more than we need.”

The F370 3D Printer enables Prosign to 3D print eye-catching interior design pieces, such as these lamp shades, produced to suit a customer’s specific theme
The F370 3D Printer enables Prosign to 3D print eye-catching interior design pieces, such as these lamp shades, produced to suit a customer’s specific theme.

According to Hardy, the F370 is already providing immediate benefits by allowing the company to cost-effectively 3D print small numbers of functional items with a high-level of accuracy, in the exact quantity required.

From a creative perspective, the 3D printer also enables the Prosign team to add things like an embossed logo or image to the various fixings it produces. Far from ruining the overall theme, such customized items can instead now be made to blend subtly within it, although according to Hardy, this is only a small example of how displays can be made more eye-catching.

“Additionally, we can add extra creative impact to 2D wall graphics by including much more eye-catching and visually appealing elements,” says Hardy. “For instance, think of a 3D printed finger protruding out of a 2D display, next to the words, ‘We want you’, or a small-scale replica Tardis coming out of a Dr Who poster.

“Previously, this would have taken a great deal of time as such models would need to be handmade, which even meant that it sometimes wasn’t viable. In contrast, the F370 allows us to explore new creative ideas and easily produce samples cost-effectively in just a few hours,” he continues.

Exemplifying the newfound creativity, Hardy cites an interior design project that saw the team design and 3D print customized lamp shades to suit a specific multi-shaped copper-surfaced theme.

“We never imagined that we could produce such stunning bespoke items for customers as the lampshades, but as we’ve explored what is achievable, we’ve learned there’s so much more we can do. We now go into customer meetings with the confidence to suggest creative ideas, knowing that we have the firepower to realise them,” he says.

Driving new business opportunities

As well as serving the needs of clients directly, the F370 is already proving its worth in facilitating wider new business conversations outside of the company’s immediate orbit of operations. This is epitomized by a recent project that saw Prosign reverse-engineer a discontinued part for a breathalyzer machine, required by a bus company for its drivers.

“We developed an accurate fully-functional working prototype, which the customer needed to manufacture in high-volume—something that we were ultimately able to help him with through one of our injection-molding suppliers,” says Hardy. “Were it not for the F370 and our ability to quickly produce and approve a prototype, we wouldn’t have been involved in commissioning and supplying the eventual order of final units.”

The company now hopes to extend its Stratasys 3D printing capability beyond its heritage customers by adding a service bureau arm to its offering. “This is partly why we made the investment in the F370 – for the potential to drive new revenue streams and give us the versatility to explore new opportunities beyond our existing mainstay activities,” explains Hardy.

“While a lower-end 3D printer could have possibly given us some of what we now get, I recognized immediate limitations,” he continues. “I don’t like to compromise, so would rather invest in a leading brand and industrial-grade machine that is reliable and progressive enough to deliver on our needs farther down the line. In business, you don’t get anywhere by standing still, but the F370 enables us to move forward and push boundaries as we do so.”

Adam Strömbergsson

Adam is a legal researcher and writer with a background in law and literature. Born in Montreal, Canada, he has spent the last decade in Ottawa, Canada, where he has worked in legislative affairs, law, and academia. Adam specializes in his pursuits, most recently in additive manufacturing. He is particularly interested in the coming international and national regulation of additive manufacturing. His past projects include a history of his alma mater, the University of Ottawa. He has also specialized in equity law and its relationship to judicial review. Adam’s current interest in additive manufacturing pairs with his knowledge of historical developments in higher education, copyright and intellectual property protections.

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