Precision at the Bullseye:
Hyundai-Backed Archers Score with Custom 3D-Printed Bow Grips
Challenge: Elite South Korean archers—supported by Hyundai—needed bow grips that delivered unwavering stability and comfort to optimize performance at the highest levels.
Our Approach at Rapid Scan 3D:
Partnering through reseller Inozard, Hyundai tapped into Rapid Scan 3D’s advanced 3D scanning and reverse-engineering workflow to address this challenge.
Why 3D Scanning Matters:
Using a high-precision, handheld scanner capable of capturing fine details—even on dark, glossy surfaces—Rapid Scan 3D eliminated the need for spray, offering sweeping accuracy of up to 0.05 mm. This capability was perfect for digitizing the complex geometry of professional compound bows.
Step-by-Step Workflow:
- Scan & Digitize: Athletes’ bows (with removed grips) were captured using the scanner. The data was processed in Artec Studio (or equivalent software)—aligning, fusing, and cleaning the mesh to prepare for engineering.
- Reverse Engineering: The refined mesh was imported into Geomagic Design X, where custom-fitting grips were designed to perfectly match each archer’s contours.
- Prototype & Print: Rapid-prototyped via durable SLS 3D printing, these grips were tested and iterated quickly—typically within days. Result? High-performance, comfortable grips ready for competition.
The Impact:
Archers equipped with these custom grips experienced greater durability and consistency. With improved ergonomics tailored to individual hand shapes, they enjoyed steadier aim, faster setup, and enhanced shot accuracy. The rapid turnaround also enabled athletes to rotate through multiple grips (6–10 per athlete) depending on preference or competition conditions.
Broadening Horizons:
Beyond archery, this workflow shows tremendous promise for other sports and industries where ergonomic, custom-fitted components matter—such as tennis, badminton, or high-performance tool grips
👉 Interested in how 3D scanning can help your application?
If you’d like to learn more about the Artec Spider II or have a similar project where precision 3D scanning and reverse engineering could give you the competitive edge, contact Rapid Scan 3D today at info@rapidscan3d.com