The Heavy-Duty Pile Cage Machine
From Ø150 mm up to Ø3000 mm.
The world’s most advanced solution for rebar cage manufacturing.
Why the SLP Pile Cage Machine
The SLP Pile Cage Machine is engineered to revolutionize rebar cage manufacturing. With decades of engineering expertise, it delivers certified MIG welds, repeatable quality, and extreme stability on every cage – from micro piles to massive foundations.
Diameters from 150 mm up to 3000 mm
Cage lengths up to 24 m
Repeatable MIG welds
PILE CAGE WELDING MACHINE
SPECIALISTS
EMG stands at the forefront of innovation, specializing in the creation of advanced Pile Cage Machines.
Key Advantages of the Pile Cage Machine
Constant welding time → uniform results
Dual-torch system → reduced cycle time with superior weld integrity
Robust heavy-duty frame → vibration-free accuracy
Smart PLC interface → simple, intuitive, productive
Higher productivity, lower downtime, certifiable welds.
Heavy-Duty Frame for demanding projects
Unlike lighter systems, the SLP Pile Cage Machine is built with a robust frame, dual rack-and-pinion carriage, direct drive heads and brushless motors to ensure reliable performance even with cages over 34 tons.
This makes it the most dependable solution for large foundation projects.
Engineered for extreme loads. Trusted worldwide.
User-Friendly Software and Setup
Set up in minutes.
The SLP features:
Guided PLC for error-free setup
Automatic positioning disc for quick guidance shelves installation
- Automatic positioning for bar loading
Visual cage representation in real time
- Motorized bar loaders
Remote assistance and fast diagnostics
Smart mechanics. Smarter software.
Smart Maintenance and Global Support
The Pile Cage Machine is designed for continuous operation with easy maintenance and remote support. Spare parts are standardized across models, reducing downtime and cost.
Contact Us!
Empower your business with our tailored solutions. For any queries or special requests, get in touch using the form below. Our dedicated team is poised to respond promptly.