News

The first batch of the All-Titanium Gline Frame Sets is available for pre-order. This isn't just an upgrade—it's a new standard. Stop letting weight hold you back.

Tired of choosing between portability and performance? We present the definitive solution: a custom-engineered, full titanium 18-inch tri-fold bike that shatters compromises. While Brompton’s G Line offers larger wheels at a weight penalty, and the T Line prioritizes lightness with smaller 16″ wheels, our innovation merges the best of both worlds. We’ve reimagined the classic Brompton geometry with fully 3D-printed titanium front and rear forks, creating a bike that is as light as a T Line (approx. 8kg) yet rides with the confidence and capability of a Birdy GT. This is not just a modification; it’s a new class of folding bike, designed for the...

After a meticulous two-year development journey encompassing 578 design iterations and hundreds of prototypes, we are proud to announce the commencement of pre-orders for the Titanium Alex Moulton GT MK3. This is not merely a replica; it is a complete re-imagining of the classic, engineered from the ground up with the anatomical and performance needs of Asian cyclists in mind. Constructed entirely from aerospace-grade  titanium alloy, the frame achieves a remarkable balance of featherlight weight—under 9kg—and exceptional strength, with a tensile strength of 900MPa. The bike combines the use of ultra-fine seamless titanium tubing with 3D-printed titanium components at critical junctions like the BB bracket, and the wishbone...

[OMEPLAY & HEXATI] debuts a 1:1 replica 3D-printed titanium front fork, rear triangle, and mainframe for the Brompton G Line. Weighing over 40% less without sacrificing strength, this upgrade redefines portable performance.

I. Competitive Edge of 3D Printed Titanium Forks 1. Lightweight & High-Strength Performance Aerospace-Grade Material: Ti-6Al-4V alloy (density 4.5g/cm³) matches specialty steel strength with 30%+ weight reduction Energy Transfer Optimization: Enhances kinetic energy transmission for bicycles/motorcycles, meeting professional racing standards 2. Topology-Optimized Structures Manufacturing Breakthrough: Laser SLM technology enables internal honeycomb/lattice reinforcements Dual Performance Boost: 40% higher impact resistance & 25% lighter vs traditional casting 3. Extreme Environment Resilience Military-Grade Corrosion Resistance: Passes 2000-hour salt spray tests for marine/industrial use Temperature Tolerance: Stable operation from -50°C to 300°C 4. Smart Customization Solutions Customizable parameters for: Competition-grade bicycle/motorcycle parts Medical prosthetics...