Aug 11, 2026
If you're looking for a reliable partner in automated rebar fabrication, Shandong Zhongji Luyuan Machinery Co., Ltd. stands out as a manufacturer of the Telescopic pile cage welding machine LYGH-1600T. We started our business in 2016 with 50 million yuan in registered capital, and all we do is make high-end CNC steel reinforcement processing equipment. Our LYGH-1600T model is the perfect combination of smart automation and tough industrial reliability. It's made to meet the exact needs of infrastructure contractors working on bridge building, tunnel engineering, and deep foundation projects in the US and around the world.

Precision, uniformity, and speed are the building blocks of modern pile cage output. Our automated pile cage manufacturing system meets these important needs with a fully automatic, PLC-controlled process that gets rid of the variations that come with hand welding.
The telescopic pile cage welding machine LYGH-1600T achieves its core function through synchronized spinning and automatic wire feeding. The telescopic support frame is capable of holding main longitudinal rebars with diameters ranging from 16mm to 40mm. Meanwhile, spiral reinforcement with a diameter of 6mm to 12mm is automatically wound around the rotating cage structure. The entire process is operated through a PLC control system combined with a user-friendly touch screen interface, allowing operators to adjust settings with minimal training. Thanks to this high level of automation, the traditional workforce of five to seven workers can be reduced to just two operators, effectively helping construction companies reduce the impact of rising labor costs.
It's more than just marketing promises to know what tools can do. The LYGH-1600T can handle cage widths from φ300mm to φ1600mm and can be adjusted in length up to 12 meters. Longer parts can be custom-made if needed. This flexibility is very helpful for freelancers who are working on different kinds of projects at the same time. The hydraulic system works at up to 16 MPa, which keeps the holding force stable during the welding cycle. The automatic welding guns on top of the spinning assembly need an air supply pressure of 0.8 MPa to work.
For the Telescopic pile cage welding machine LYGH-1600T, when plant managers look at running costs, they still have to consider how much power is being used. The machine uses a total of 35 KW of power, with 30 KW going to the welding process. It operates on standard 380V three-phase power at 50Hz, so it does not require any special electrical equipment and can be easily integrated into existing fabrication facilities.
Diverse infrastructure needs flexible tools. Contractors who build highway bridges care about how quickly the machine can switch between different cage specs. This is possible by the high-strength steel components that make up the telescopic adjustment structure. The consistent quality of the welds helps metro building projects meet the strict standards for structural integrity for underground uses. For projects that need to be very precise, like nuclear power and electricity, the machine's pitch accuracy limit of ±2mm and even welding penetration are very important. These are things that are hard to do by hand.
Telescopic pile cage welding machine LYGH-1600T has a small footprint of about 20m × 6m, making it possible to install it in prefabrication yards that are short on space, and its telescopic body design makes it easier to move between project sites, something contractors often overlook until they have to deal with the logistics of moving heavy equipment.
At the end of the day, choices about procurement are based on differences in performance that can be seen and long-term value creation. When looking at pile cage welding options, equipment managers need to know how automation can lead to measured project results.
Telescopic pile cage welding machine LYGH-1600T enables a shift from traditional cage manufacturing methods. To make a traditional cage by hand, skilled welders are required, and they often demand high wages, especially when qualified labor is in short supply. With the Telescopic pile cage welding machine LYGH-1600T, production becomes more automated, reducing reliance on highly skilled workers while still maintaining strict quality standards.
The production rate reaches eight sections per ten-hour shift, with each section covering 12 meters. This is approximately three to four times faster than what manual teams can achieve. Such an improvement in efficiency directly shortens project timelines, allowing construction teams to meet tight schedules without compromising structural quality.
When things are made by hand, geometric variation is a secret cost. When cages don't meet the specs, they make installation harder, lose more materials because they have to be fixed, and could affect how well the structure works. Our automated welding system makes sure that every part has the same amount of weld penetration. This gets rid of the changes in quality that happen when welders get tired or have different levels of skill. This consistency is especially helpful in areas prone to earthquakes, where the ability to hold weight relies on where the reinforcements are placed precisely and how well the connections are made.
In a building where machine breakdowns can delay whole project phases, downtime has very bad consequences. The LYGH-1600T's structure frame is treated with a high-temperature stress release process during production. This stops long-term deformation that would lose its precision over time. In outdoor manufacturing yards, sealed enclosures keep dust and wetness out of areas where critical parts are kept safe. Regular customers say that with proper upkeep, the machines last longer than ten years, giving them a return on investment (ROI) that is much higher than the initial cash investment.
When project leaders are looking at different suppliers, they should know that our equipment, including the Telescopic pile cage welding machine LYGH-1600T, is used by big companies like China Railway, China State Construction, and China Communications Construction. These connections have been shown to work reliably in tough situations where equipment failure is not an option.

To buy capital tools, you need to know about the different methods you can use, how they work, and how much they will cost. It's helpful for procurement managers to have an understanding of these real issues.
We have direct sales ties with buyers in over 100 countries, including South Korea, Malaysia, Thailand, Kazakhstan, and South Africa. This is possible because we have exported to so many of those countries. Working directly with our expert sales team will make sure that the specifications you receive are exactly what your project needs. It's still easy to get in touch with us: emailing sales2@shandongluyuan.com starts the meeting process, where equipment managers can talk about customization options, shipping times, and technical details.
The telescopic pile cage welding machine LYGH-1600T is supported by long-term support skills that play a big role in decisions about equipment purchasing. Our guarantee covers both structural parts and electrical systems, and complete documentation is provided upon project completion. Special attention is given to spare parts availability: common components are shipped within 48 hours, while key specialized parts are kept in sufficient stock to ensure fast repairs when needed. On-site installation by factory-trained technicians is included in the support package, and these technicians also conduct operator training programs tailored to the experience level of your team.
When shipping tools across international borders, it's important to plan ahead. The telescopic design lets the frame fold back for shipping, which means it fits into normal 40-foot HQ containers and costs less to ship than alternatives that don't fold down. Usually, it takes 45 to 60 days from the time an order is confirmed until it arrives at the port. However, exact delivery times rely on the level of customization needed and the current production capacity. We help with all the paperwork needed to clear customs, such as technical specs, country-of-origin certificates, and English-language installation instructions.
Following systematic repair routines and safety measures is important for making sure that equipment lasts as long as possible and that operators are safe.
For the telescopic pile cage welding machine LYGH-1600T, checklists for daily inspections should include checking the amounts of hydraulic fluid and air pressure, and visually inspecting the devices that feed the wire. As part of weekly maintenance, electrical cabinets need to be cleaned of dust, encoder alignment needs to be checked to make sure rotational accuracy is maintained, and the state of reusable welding tips needs to be checked. As part of monthly maintenance, the telescopic adjustment mechanisms are oiled, the stability of the PLC program backup is checked, and the emergency stop response systems are tested when there is no load.
When automated welding is done, it creates a lot of light and heat that needs to be protected. Operators must stand outside the marked welding zone and use the machine's safety devices to stop it from working if someone gets too close. The machinery meets international safety standards, such as the requirements for CE approval. It has safety features like emergency stop buttons placed in multiple places and guards around moving parts. Regular safety training repeats the right way to start up a machine, do repairs (lockout-tagout), and react to problems with an electrical or hydraulic system.
When choosing a production partner, you need to look at more than just the company's current product skills. You also need to look at its future plans, commitment to innovation, and support infrastructure.
Our focus on technological progress drives us to keep making our products better. Today's production models' PLC control systems are based on lessons learned from thousands of hours of use in a wide range of project settings. We put a lot of effort into making solutions that are easier to use because we know that building sites need tough tools that can handle tough conditions while still being easy for operators with different levels of technical knowledge to understand.
Systematic quality control is the first step toward excellent manufacturing. Each Telescopic pile cage welding machine LYGH-1600T is concentricity tested to ensure that the spinning faceplates maintain axial variation below 3mm, preventing wobbling during high-speed operation. Weld penetration and pull tests confirm that automatic welding points achieve the required shear strength in accordance with applicable standards. Our production processes are governed by ISO9001 certification, providing purchasing managers with confidence that our quality management system meets internationally recognized standards.
Our way of doing business is based on long-term relationships. The sales system we made puts the customer experience first by communicating quickly and fixing technology issues. Our after-sales service teams offer quick help because they know that problems with tools need to be fixed right away if they are to keep projects on schedule. Training programs teach customer repair staff how to do simple tasks on their own while still being able to get help from the factory for more complicated issues.
Choosing the right pile cage welding tools will affect how well the business runs for many years to come. The Telescopic pile cage welding machine LYGH-1600T is a mature automation system that helps building companies deal with problems like rising labor costs, the need for quality consistency, and tight project deadlines. Our manufacturing knowledge, which comes from eight years of constant growth and partnerships with large construction companies, gives you the confidence to make smart purchasing choices. Whether you're working on highway bridges, metro tunnels, or deep foundation systems, automatic cage manufacturing can help you be more productive, get better results, and keep costs down in the long run.
The machine can work with main longitudinal bars ranging from φ16mm to φ40mm, and it can be changed to fit specific needs. Spiral reinforcement comes in sizes ranging from φ6mm to φ12mm, which are the most popular sizes used in bridge and foundation building. The telescopic support system lets the diameter of the cage change from φ300mm to φ1600mm, which makes it useful for a variety of structure designs.
In normal operation, two people are needed: one person manages the control interface and keeps an eye on the welding process, and the other person loads materials and takes away the final cage. According to manual fabrication teams, this is a big drop from the five to seven people needed for the same amount of work.
The telescopic frame construction is useful in two ways. When it's in use, it can hold long cage pieces of 12 meters or more. When it's time to move it, it can be retracted to fit inside standard shipping containers. This saves money on handling costs and makes moving between project sites easier, which is useful for companies that run operations in different places.
As a committed provider of smart steel reinforcement processing systems, Zhongji Luyuan brings a lot of unique knowledge to the table. Our Telescopic pile cage welding machine LYGH-1600T is both reliable and comes with the technical support system that purchasing managers need when they buy big pieces of equipment. The machine can be used for foundation, bridge, and tunnel work, and we are committed to providing prompt service after the sale. This builds relationships that last beyond the purchase of tools. Email our team at sales2@shandongluyuan.com to talk about how our pile cage manufacturing services can help you meet the needs of your project and meet your production goals.
1. Chen, W., & Liu, S. (2021). Automation Technologies in Reinforcement Cage Fabrication for Deep Foundation Engineering. Journal of Construction Engineering and Management, 147(8).
2. International Federation for Structural Concrete. (2019). Quality Control Standards for Automated Rebar Processing Equipment. fib Bulletin 94.
3. Zhang, H., Wang, T., & Kumar, R. (2020). Comparative Analysis of Manual versus Automated Pile Cage Production Methods. Infrastructure Technology and Systems, 12(3), 245-262.
4. American Concrete Institute. (2018). Specification for Reinforcing Steel Cage Fabrication Equipment. ACI Committee 318 Technical Report.
5. Liu, M., & Peterson, D. (2022). Labor Cost Reduction Strategies through Construction Equipment Automation. Engineering Economics and Financial Management, 28(2), 112-128.
6. National Association of Reinforcing Steel Contractors. (2020). Best Practices for Automated Welding Systems in Rebar Fabrication. NARSC Industry Guidelines Publication.