3D Printed HEXA Grips

In the world of mountain biking, every detail counts to achieve maximum performance and comfort during your rides. That's why the most demanding cyclists trust innovations like HEXA 3D Printed Grips. These grips not only offer an ergonomic and shock-absorbing design, but they raise your expectations in terms of stability and comfort.

Benefits of HEXA 3D Printed Grips:

1. Improved Shock Absorption: With 60% more absorption than traditional grips, HEXA Grips provide greater stability by absorbing vibrations and shocks during your most challenging routes.
2. Advanced Ergonomic Design: Specifically designed to adapt to the anatomy of your hand, HEXA Grips guarantee a natural and comfortable position, reducing fatigue and improving your control on the bike.
3. Cutting-edge 3D Printing Technology: Manufactured with FDM technology and using high-quality materials, HEXA Grips stand out for their Shore 70 consistency, which makes them incredibly flexible and soft to the touch.

Technical characteristics:

• Material: High quality polymer.
• Manufacturing Technology: FDM 3D printing.
• Flexibility Level: Shore 70.
• Dimensions: Ergonomic design to fit different hand sizes.
• Color: Available in a variety of options to match your style.

Why choose HEXA 3D Printed Grips?

HEXA Grips are not simply another accessory for your bicycle, they are an investment in your comfort and performance as a cyclist. By choosing HEXA Grips, you can expect:

• Better Control and Stability: Thanks to its ergonomic design and improved shock absorption capacity.
• Durability and Strength: Made with high quality materials and cutting-edge 3D printing technology, HEXA Grips are designed to withstand the most demanding conditions.
• Customization and Style: With a variety of colors available, you can customize your bike to fit your unique style.

Conclusion

HEXA 3D Printed Grips are more than just an accessory for your bike; They are a tangible improvement to your cycling experience. With its ergonomic design, advanced 3D printing technology and improved shock absorption capacity.