Engineering Lighter, Stronger, and More Precise Golf Equipment with Industrial-Grade 3D Printing Technology
Additive Manufacturing Reshapes Golf Equipment: A Comprehensive Evolution from Agile R&D to Scalable Custom Production
- Pushing the Physical Limits of CG Distribution and MOI
- Compressing R&D Cycles from Months to Weeks
- Tool-Free, Highly Efficient Production
High-Performance Drivers & Fairway Woods (Titanium / Complex Internal Cavities)
The performance of a driver relies heavily on extreme lightweighting and maximum energy transfer. 3D printing utilizes titanium alloys (such as Ti6Al4V) to manufacture ultra-thin, highly rigid crown skeletons and complex “spiderweb” internal weight-reduction lattices that are impossible to achieve with traditional casting. Furthermore, by precisely printing internal “acoustic ribs,” engineers can perfectly tune the sound frequency and feel at impact. Paired with extreme Variable Face Thickness (VFT) designs, this maximizes ball speed and forgiveness while remaining fully compliant with USGA/R&A regulations.
How ChanHonTech Empowers Drivers & Fairway Woods
Our stable, high-throughput multi-laser SLM (Selective Laser Melting) additive manufacturing systems easily master the high-temperature processing of titanium alloys, allowing for the dense nesting of various clubhead sizes in a single build.
We provide end-to-end technical guidance—from powder management and array printing to Hot Isostatic Pressing (HIP) and surface finishing—ensuring factories can reliably deliver tens of thousands of titanium clubheads annually.
Exceptional machine stability and control precision ensure that even the finest internal lattices and weight ports maintain strict dimensional consistency during batch production.
Leveraging our technical service centers in Vietnam, Indonesia, and beyond, we offer rapid-response maintenance and mass production scaling support for local golf equipment OEMs.
Extreme MOI Putters & Precision Weighting Systems (Stainless Steel / High-Density Materials)
The core of modern putter design lies in absolute stroke stability and face-balancing. Using metal 3D printing, designers can hollow out the solid metal core of a putter and replace it with a lightweight honeycomb or grid lattice. The valuable weight saved is then completely redistributed to the absolute perimeter of the clubhead (e.g., by integrating high-density tungsten weights). This extreme perimeter weighting drastically boosts the putter’s MOI, minimizing face twisting on off-center strikes and generating a purer forward roll.
How ChanHonTech Enhances Putters:
By combining industrial-grade metal printers with ChanHonTech’s optimized slicing strategies, we can efficiently print dozens of uniquely customized putter chassis in a single build.
Drawing on our extensive experience serving traditional large-scale manufacturing, we actively assist OEMs in establishing rapid-response Just-In-Time (JIT) agile production models.
Customized Functional Golf Accessories (SLS Shock-Absorbing Grips / FDM Eco-Friendly Tees)
The personalization and functionality of golf accessories are redefining the player experience. Using SLS (Selective Laser Sintering) technology, customized shock-absorbing grips made from flexible materials like TPU can be mass-produced directly without tooling. This allows for variable traction textures tailored to a player’s grip pressure distribution and significantly optimizes force feedback during the swing. Simultaneously, utilizing FDM (Fused Deposition Modeling) technology, brands can rapidly and cost-effectively print highly personalized golf tees, easily facilitating the flexible application and rapid iteration of eco-friendly, biodegradable new materials.
How ChanHonTech Supports Golf Accessories:
Boasting a full technology matrix that spans metal (SLM), polymer powder (SLS), and filament (FDM), we provide a one-stop production loop for brands, from primary metal clubheads to polymer accessories.
Backed by extensive on-site consulting experience across the Asia-Pacific region, we deliver complete "Equipment + Material + Software + Process" turnkey solutions for overseas accessory factories, bridging the final gap to scalable mass production.