Video

Ring Lock Scaffolding and System Formwork Overview

This video introduces Sucoot’s Ring Lock Scaffolding and System Formwork solutions.

Sucoot Ring Lock Scaffolding is designed with certified quality, tight connection tolerance, and reliable structural stability, while Sucoot System Formwork is built for repeated use, anti-rust durability, and efficient handling on site.

Access Scaffolding Staircase for Safe and Easy Worker Access

This video introduces Sucoot’s access scaffolding staircase, designed to provide safe, stable, and efficient vertical access on construction sites.

With precise production control and systemized components, the staircase helps workers move up and down with ease in bridge construction, silo construction, and other elevated projects. It can be assembled by only one or two workers, helping reduce labor demand while improving site access efficiency.

Ring Lock Shoring Scaffolding for High-Tech Factory Construction

This video shows how Sucoot’s Ring Lock shoring scaffolding is applied in high-tech factory construction.

Designed for efficient assembly, dismantling, and relocation, the system helps support large-area slab and structural works while reducing labor demand and improving construction efficiency on site.

4.5 m Mobile Working Platform Assembled by 2 Workers

This video demonstrates how Sucoot assembles a 4.5-meter mobile working platform with Ring Lock Scaffolding.

The platform can be assembled by two workers, with one worker installing and the other passing materials, helping improve erection efficiency and reduce labor demand for mobile access work on site.

How to Assemble Support Frame for Single-Sided Wall Formwork

This video shows how Sucoot assembles the support frame used for single-sided wall formwork in the C214 underground railway project in Tainan, Taiwan.

Designed for efficient site operation, the back-support frame can be assembled systematically and moved either by manual pushing or by forklift, helping improve flexibility and handling efficiency on site.

Single-Sided Wall Formwork for Faster MRT Construction

This video introduces Sucoot’s Single-Sided Wall Formwork solution for MRT construction projects.

The system is designed to reduce cycle time, labor demand, and overall site effort. With only 4 workers and a crane or forklift, one casting cycle can be completed in 3 to 4 days. It supports wall heights up to 6 meters, and can be combined with Ring Lock Shoring for higher wall construction needs.

Launching Box Culvert Formwork

See how Sucoot’s system formwork was used in a 6.8-kilometer underground box culvert project, helping save 33% of construction time, 40% of labor cost, and 25% of machine cost compared with traditional formwork systems.

Pier Table Formwork and Shoring for Jianying Bridge Construction

This video shows how Sucoot applied its pier table formwork and shoring system in the Jianying Bridge project in Hualien, Taiwan.

For two cast-in-situ pier tables with a total area of 1,068 square meters, Sucoot used φ60.2 mm heavy-duty Ring Lock shoring scaffolding, together with Base Beams and Top Beams, to support the upper structure construction with strength, stability, and efficient site operation.

Scaffolding for an Irregular Steel Structure Landmark

Inspired by ocean waves, the Kaohsiung Maritime Cultural & Popular Music Center features a highly irregular steel structure with multiple suspended sections, creating major challenges for scaffold planning and erection.

This video shows how Sucoot applied its Ring Lock Scaffolding system together with engineering design, load calculation, and site supervision to support this complex architectural project.

Special Scaffolding Solution for Life of Pi Filming

This video shows Sucoot’s special scaffolding solution developed for the filming of Life of Pi in Taiwan.

The project required large blue screen structures, movable sliding scaffold doors, and reliable stability under demanding filming conditions. Sucoot provided a custom solution to support both structural safety and practical on-site operation for this challenging movie production.

Giant Pier Table Formwork & Shoring for Bridge Construction

This video presents Sucoot’s giant pier table formwork and shoring solution for a major bridge project in Taichung, Taiwan.

Facing a tight 24-month schedule, large pier dimensions, and challenging river-crossing construction conditions, Sucoot provided an integrated system combining φ60.2 mm Ring Lock Shoring, Top Beam, Base Beam, and system formwork to support efficient full-span construction and faster cycle time.

Aircraft Scaffolding for Thai Airways A380 Maintenance

This video shows Sucoot’s custom aircraft scaffolding solution for Thai Airways’ A380 maintenance project.

Designed through 3D simulation, the system provided safe access to the fuselage, tail, and wings within limited hangar space, including a 9 m cantilever section for upper-wing maintenance.

Heritage Restoration Scaffolding for Baguashan Mountain Buddha

Restoration of cultural landmarks often requires access solutions that can adapt to curves, arches, and irregular forms without damaging the structure.

This video presents Sucoot’s customized Ring Lock Scaffolding System for the Baguashan Mountain Buddha Restoration Project, designed to provide safe and efficient access while preserving the historic monument.

Reverse Assembly and Ground-Assembled Lifting Methods

Sucoot’s efficient erection methods include the Reverse Assembly Method and the Ground-Assembled Lifting Method, both developed to improve shoring tower assembly on site.

This video shows how these methods help reduce high-level assembly work, improve erection speed, and support safer and more systematic construction planning.

2-Hour System Relocation for Railway Underground Projects

Sucoot’s block relocation method allows the support system to be moved to the next casting position in only 2 hours.

Designed for railway underground construction, this approach helps reduce repeated dismantling, speed up workflow, and support more efficient use of labor and equipment on site.

Block Stacking Method for High Shoring Tower Assembly

For tall shoring applications, erection efficiency and safety are critical.
This video demonstrates how Sucoot applies the block stacking method to assemble a 20-meter shoring tower supporting 30 tons of rebar.

Each unit measures 9 m high, 3.6 m long, and 1.5 m wide, and is built as a 6-leg block for precise alignment and connection.
This method helps reduce manpower, minimize work at height, and create a safer, more efficient erection process.

Full Quality Testing for Tie Rod Water Stop

Reliable waterproof performance starts with reliable quality control.
To ensure the quality, Sucoot carries out multiple quality tests on Tie Rod Water Stop before shipment to help verify product consistency, sealing performance, and breaking load strength.

The inspection process shown in this video includes:
thread inspection, concentricity test, watertight test, and tensile test.