At 3D Vector, we believe that design, technology, and craftsmanship can come together to create more than just functional parts—they can tell a story. Recently, we had the honor of designing and producing a bespoke Award for Operational Excellence for Witron Service Canada. This project not only showcased our advanced capabilities in SLA 3D printing and CNC machining but also demonstrated how modern manufacturing techniques can be harnessed to create meaningful, enduring symbols of recognition.
The award itself is more than a trophy. It is a celebration of innovation, operational precision, and excellence in logistics automation. Below, we’ll walk through the journey of how this project came to life—from concept to finished product—and why it embodies the future of manufacturing.
Understanding the Vision
Witron is a global leader in warehouse automation and logistics solutions, known for creating efficient, automated systems that keep supply chains running smoothly. For an organization built on precision, speed, and reliability, a generic award would not suffice.
When Witron Service Canada approached us for their Award for Operational Excellence, the expectation was clear: the award needed to reflect the company’s technological DNA. It had to capture the essence of logistics automation, while also standing as a visually striking and prestigious symbol of achievement.
The design direction focused on Witron’s iconic automated conveyor systems. We wanted the award to be instantly recognizable to anyone familiar with the brand, while also engaging those seeing it for the first time. The challenge was to capture the intricate movement of logistics technology in a static yet dynamic form.
Why SLA 3D Printing Was the Right Choice
The centrepiece of the award—the conveyor system model with packages moving along the belt—required extraordinary detail. From the tiny boxes placed on the line to the curved rail structure, every element demanded precision.
We chose Stereolithography (SLA) 3D printing for this project. SLA is a resin-based additive manufacturing process that uses a laser to cure liquid resin into highly detailed, solid parts. Unlike other 3D printing methods, such as FDM, SLA allows us to achieve an exceptional level of accuracy, fine resolution, and smooth surface finish right out of the printer.
Key Benefits of SLA:
- High Detail Resolution – The conveyor structure, miniature packages, and curved track edges needed clean, sharp lines. SLA delivered unmatched precision.
- Complex Geometry – Recreating the conveyor’s curves and supports required freedom of design that traditional machining alone couldn’t achieve.
- Smooth Surfaces for Finishing – Because SLA produces smooth layers, it minimizes post-processing before painting.
The result was a 3D-printed component that captured the essence of Witron’s automation technology with near-perfect fidelity.
Finishing: Spray Painting in Gold
Once the SLA-printed model was complete, it was time to transform it into a visually striking piece. The natural resin color was not enough—it needed to stand out as an award worthy of display.
We opted for spray painting the model in metallic gold. Gold represents prestige, achievement, and excellence—all qualities associated with the award. At the same time, the metallic finish highlighted the fine details of the conveyor system, making every part of the design visible from a distance.
Spray painting required careful preparation:
- The model was cleaned and lightly sanded to ensure paint adhesion.
- Multiple thin layers of metallic gold paint were applied for even coverage.
- A protective clear coat was added to preserve the shine and protect against scratches.
The final finish elevated the award from a technical model to a symbol of honor. Under lighting, the golden tones enhanced the dimensionality of the conveyor system, giving it a sense of motion and vibrancy.
The Foundation: CNC-Machined Base
While the 3D-printed model formed the core of the award, every masterpiece needs a solid foundation. For this, we turned to CNC machining.
The base of the award was milled from high-quality material using CNC (Computer Numerical Control) machining, ensuring durability, strength, and a refined appearance. The base had two important roles:
- Structural Support – It needed to securely hold the SLA-printed conveyor structure in place, providing stability and longevity.
- Prestige and Presentation – The base had to look professional and elegant. A black polished finish with engraved plaques gave it the official award look.
The engraved plaque on the front reads:
“Witron Service Canada – Award for Operational Excellence / Prix d’Excellence Opérationnelle.”
This bilingual inscription honors both English and French-speaking recipients in Canada, reflecting inclusivity and respect.
The side panels were left open for engraving future award recipients, making the piece a living award that grows in significance over time.
Combining 3D Printing and CNC Machining
This project perfectly illustrates the power of combining additive manufacturing (3D printing) with subtractive manufacturing (CNC machining). Each technology brought its strengths:
- 3D Printing (SLA): Ideal for the complex, detailed, and lightweight conveyor structure.
- CNC Machining: Best for creating a sturdy, precise, and premium-looking base.
By merging the two, we delivered an award that was both aesthetic and functional, modern and timeless.
A Symbol of Operational Excellence
The final award is more than just a physical object—it tells a story. The conveyor system reflects automation, efficiency, and innovation, the pillars of Witron’s success. The golden finish conveys prestige and honor, while the CNC base grounds the award in stability and professionalism.
For the recipients, this award is not just recognition—it’s a reminder of their contribution to excellence in operations. It represents dedication, teamwork, and innovation at the highest level.
The Broader Impact of 3D Printing in Award Design
Projects like this highlight the growing role of 3D printing in areas beyond industrial prototyping and manufacturing. Awards, trophies, and recognition pieces have traditionally been limited to standard designs due to cost and manufacturing restrictions. But with additive manufacturing, companies can now create custom awards that reflect their unique identity.
Advantages of Using 3D Printing for Awards:
- Customization at Scale – Each award can be unique, reflecting the values of the organization.
- Design Freedom – Complex shapes and details can be realized without expensive molds.
- Faster Production – Designs move from CAD to finished product in weeks, not months.
- Sustainability – Additive manufacturing reduces material waste compared to traditional fabrication.
For companies like Witron, whose business is rooted in cutting-edge technology, a 3D-printed award sends the right message: recognition should be as innovative as the achievement itself.
Behind the Scenes: Collaboration and Craftsmanship
Creating this award was not just about machines and materials; it was about collaboration. Our design team worked closely with Witron Service Canada to understand their vision. Every detail, from the shape of the conveyor to the gold finish, was chosen with intent.
The production team ensured precision at every stage:
- SLA printing and post-processing
- Careful sanding and priming before painting
- Controlled spray painting for a smooth metallic finish
- CNC machining of the base with exact dimensions
- Assembly and final quality inspection
The result was a fine combo of artistry and engineering.
Looking Ahead: Redefining Recognition
At 3D Vector, we see this project as more than a one-time creation. It represents a shift in how recognition awards can be designed and manufactured in the modern era.
Instead of mass-produced trophies, organizations can now commission tailored awards that represent their values, industry, and achievements. Whether it’s automation, healthcare, aerospace, or creative industries, 3D printing allows us to bring each story to life.
A Word From 3D Vector
The Witron Service Canada Award for Operational Excellence stands as a powerful symbol of innovation, precision, and recognition. Built with SLA 3D printing, finished in gold spray paint, and mounted on a CNC-machined base, it reflects both the technological excellence of Witron and the craftsmanship of 3D Vector.
This project demonstrates what is possible when design meets advanced manufacturing. It proves that recognition should not only celebrate achievement—it should inspire future innovation.
At 3D Vector, we are proud to have played a role in honoring excellence and look forward to continuing to push the boundaries of what’s possible with 3D printing and CNC technology.