The steel plate bending machine is designed with a built-in Industry 4.0 interface, allowing seamless connection to robotic arms for fully automated loading and unloading, enhancing production efficiency and smart integration.

The steel plate bending machine integrates the Lichuan self-driven robotic arm, operating on the same control platform as the bending center. This eliminates the need for reprogramming when switching workpieces, as the system intelligently generates robotic movements based on bending instructions, ensuring smoother coordination and higher efficiency.

The LC-XP (suction cup type) steel plate bending machine supports customization for 4mm steel plates, reinforced 2mm stainless steel configurations, and an optional 600mm throat height, offering flexible solutions for various heavy-duty bending applications
| LC-1400XP(suction cup type) | |
| Feeding method | Suction cup | 
| Positioning method | Y-axis ruler | 
| Suitable material | Stainless steel, aluminum plate, cold plate and other metal materials | 
| Minimum thickness of sheet | 0.15mm | 
| Maximum thickness of plate | UTS 520N/mm² stainless steel 1.2mm UTS 410N/mm² galvanized sheet and ordinary carbon steel sheet 2.0mm UTS 265N/mm² aluminum sheet 3.5mm | 
| Dimensions of sheet material | Max. 1400×1400 mm | 
| Minimum size after processing | Minimum 180-320 mm (opening size, excluding inner edge) | 
| Plate requirements | Smooth surface, no burrs on the edges, accurate cutting dimensions | 
The LC-XP (suction cup type) CNC plate bending machine is designed for processing sheets under 1mm and comes equipped with a fully automated knife splicing system and intelligent code scanning recognition for streamlined and precise operation.
| Configuration Parameters | LC-1400XP(suction cup type) | 
| Fastest bending speed | 0.3 seconds/knife | 
| Maximum bending throat height | 180mm (can be customized to 600mm height) | 
| Suitable material | Stainless steel, aluminum plate, cold plate and other metal materials | 
| Rated voltage | 380V | 
| Motor total power | About 40KW | 
| Average energy consumption | About 4KW per hour | 
| Noise | About 50dB | 
| Dimensions | 360×300×280 cm | 
| Total mass | About 9T | 
| Number of axes | Standard 10 axes | 
| Fully automatic computer knife splicing and code scanning recognition | Optional | 
The LC-YB (press arm type) CNC plate bending machine offers customizable options including support for 4mm steel plates, reinforced 2mm stainless steel versions, and an adjustable 600mm throat height—ideal for demanding sheet metal applications.
| LC-1400XP (arm pressure type) | |
| Feeding method | Press Arm | 
| Positioning method | Y-axis ruler | 
| Suitable material | Stainless steel, aluminum plate, cold plate and other metal materials | 
| Minimum thickness of sheet | 0.15mm | 
| Maximum thickness of plate | UTS 520N/mm² stainless steel 1.2mm UTS 410N/mm² galvanized sheet and ordinary carbon steel sheet 2.0mm UTS 265N/mm² aluminum sheet 3.5mm | 
| Dimensions of sheet material | Max. 1400x1400 mm | 
| Minimum size after processing | Minimum 180-320 mm (opening R size, excluding inner edge | 
| Plate requirements | The surface is smooth, the edges are green and burr-free, and the cutting size is accurate | 
The LC-YB (arm pressure type) steel plate bender is tailored for handling sheets under 1mm and features an advanced automatic knife splicing system along with a code scanning recognition function for efficient and intelligent production flow.
| Configuration parameters | LC-1400XP (arm pressure type) | 
| Fastest bending speed | 0.3 seconds/knife | 
| Maximum bending throat height | 180mm (can be customized to 600mm height) | 
| Suitable material | Stainless steel, aluminum plate, cold plate and other metal materials | 
| Rated voltage | 380V | 
| Motor total power | About 45KW | 
| Average energy consumption | About 4KW/hour | 
| Noise | About 50dB | 
| Dimensions | 400x300×280 cm | 
| Total mass | About 11T | 
| Axis Number | Standard 12 axes | 
| Fully automatic computer knife splicing and code scanning recognition | Optional |