As it carries out working material import/export and movement of parts between processes to machine tools (machining center, CNC shelf, etc.), it maximizes productivity by minimizing the idle time of machine tools. Eases labor dependency and maximizes productivity as 24-hour unmanned automatic operation is possible

Reduces the defect rate as it allows quick and precise position decision by applying the servo control system Prevents defects due to scratches and shock, etc. that can occur during manual labor. Enhances product quality

One gantry robot system can manage multiple machine tools, greatly reducing space and cost. Although it has a high introductory cost, it is highly effective in reducing labor and maintenance costs.

Allows relatively easy line adjustment and expansion even when changing product items and increasing facilities Can establish a smart factory by connecting with logistics robots (AMR, unmanned forklifts, cooperative robots, etc.) and automation facilities (conveyors, etc.)

Ensures the safety and health of workers by replacing repetitive heavy lifting tasks with robots Floor space can be used as it is installed at the ceiling of the factory, securing safety during worker or equipment movement.

Direct flat loading on the factory floor without a separate storage rack saves space and has high utility

Connects with WMS (Warehouse Management System) to allow quick import/export of cargo and efficient stock management; the connection with logistics robots and automation facilities makes it advantageous in unmanned automation of the logistics system within the factory

Allows loading and storage of various bulk material and heavy/large products,
The warehouse layout can be flexibly changed according to the form of the cargo, which can be applied to various industries

Saves on initial investment and maintenance cost as it does not need separate storage rack, stacker crane, shuttle, etc.
Saves on labor costs and optimizes operation efficiency as 24-hour unmanned operation is possible through connection with WMS

The blueprint information is reflected in real time to allow fast and accurate repetition of shuttering/de-shuttering tasks to enhance production speed and uniformize product quality By gently handling ferromagnetic shutters through precise control, product damage is prevented and defect rate is minimized Work speed greatly increases compared to manual labor by efficiently placing various types of shutters by length according to the size of the concrete panel in a short amount of time

Reduced labor burden and cost by easing the dependency on experienced workers

Reduced worker risk by replacing heavy payload handling tasks with robots. Improved work environment

It makes welding tasks for large structures and complex shapes efficient by combining multi-joint ARM and multi-axial gantry robots that can move in the X, Y, and Z directions. Automatic recognition of the welding part by applying laser scanner and vision system. Provides customized welding solutions for various shapes

Maintains consistent quality and increases the welding speed by about 30–50% compared to manual labor through servo motor-based precise control Removes defects and minimizes reworking through AI and sensor-based welding pattern optimization Maintains constant quality through welding bead automatic tracking and inspection system. Reduced defect rate

Reduces labor costs by easing the dependency on experienced welders as unmanned 24-hour operation is possible Reduced maintenance and quality management costs due to reduced defect rate following the stabilization of welding quality

Enhances worker safety as unmanned automated tasks are possible in the hazardous welding environment due to heat, gas, light, etc. Prevention of industrial disasters and creation of a safe work environment