Projects

GETO provided an aluminium formwork solution for the 340m Tianjin super high‑rise landmark, using an innovative dynamic matching system to handle continuous variable cross‑sections of the core wall, applying an aluminium‑wood composite system for height differences, and enabling mobile‑based visual inspection through a 3D lightweight management system to drive efficient project progress.

GETO provided intelligent climbing scaffold and parametric dynamic simulation technology for Suzhou’s 220m super high‑rise landmark, developing a unique irregular attachment system to handle floor‑by‑floor varying cantilevers, achieving millimetre‑level curtain wall fit and simultaneous core wall construction, boosting efficiency by 30% and setting the record for the tallest climbing scaffold application in East China.

GETO supplied aluminium formwork for IBN Highlands City in Genting Highlands, supporting complex curved structures and high-rise landmark construction.

Aiming at the pain points of irregular inclined climbing construction GETO New Materials has specially developed an exclusive system solution of telescopic diagonal tension attached frame

A 428-meter super high-rise twin tower complex integrating office, SOHO, hotel and sightseeing functions

GETO’s parametric design + dynamic adaptation system helped the tallest Xiong’an landmark achieve one core wall floor every 7 days, 40% efficiency gain, and 80% less construction waste.

GETO provided aluminium formwork and its Industrial Design system for the 212m Xiamen landmark, achieving standard‑floor construction speeds of up to one floor every 5 days for 3.9m/4.2m heights, overcoming the difficult super high Y‑shaped column challenge and winning a municipal QC Class I award, helping build a “new landmark of Xiamen Island” with efficient, green construction.

GETO provided an aluminium formwork system for Southeast Asia’s largest commercial complex, using a “straight‑to‑curve” method to achieve high‑precision curved construction, along with expansion joint hoisting and independent post‑casting strip support, efficiently handling varying floor heights and complex structures to help realise this landmark.