



2900 Multi-Station Two-Piece Folder Gluer Machine
The 2900 Multi-Station Two-Piece Folder Gluer is a game-changer for high-volume carton production, designed to handle complex two-piece folding and gluing with precision and speed. Engineered for packaging plants that demand reliability, this machine delivers up to 40% faster setup times and consistent output. Ideal for e-commerce boxes, gift cartons, and industrial packaging, it minimizes waste and maximizes profitability. With advanced servo control and tool-less changeovers, operators can switch between jobs in minutes. Dive into the details below to see how this machine transforms your production line. Trust our 15-year track record...
Description
For packaging manufacturers prioritizing ROI, flexibility, and compact production layout, the LY-2900 Multi-Station Two-Piece Folder Gluer Machine offers a space-efficient and highly adaptable solution for medium-to-large carton assembly. Designed for corrugated box producers who need dependable output without committing to a fully automated production line, this machine strikes a practical balance between automation and hands-on control.
Built on a reinforced 4-ton frame with a compact 9900 × 3700 × 1400 mm footprint, the LY-2900 supports single-sheet blanks up to 1500 × 1450 mm, with a minimum feeding size of 350 × 200 mm and a maximum paper stack height of 400 mm. It combines automated front-end processing with coordinated manual finishing, maximizing output without requiring full-line automation or excessive floor space — an important consideration for facilities working within tight production areas.
Multi-Station Semi-Automation
The LY-2900 is engineered around a hybrid workflow that suits real-world production conditions. Automated systems handle feeding, alignment, and glue application, while multiple operators share the final folding and squaring stage at the discharge end. This parallel structure prevents bottlenecks that often occur in fully manual lines, and it keeps manual throughput aligned with the machine's automated speed — allowing the whole system to run smoothly even during high-volume orders.
Key Technical Highlights
Feeding System: The LY-2900 uses dual independent servo-driven stacks with high-capacity loading and stable suction control. This design enables smooth, consistent handling of large-format or slightly deformed sheets, reducing feeding errors and minimizing downtime caused by paper misalignment.
Gluing Section: A dual cold-and-hot adhesive system ensures strong initial tack and durable long-term bonding. Precise positioning control throughout the gluing process helps minimize misalignment during sheet merging, which is especially important when working with heavier or structurally complex carton designs.
Splicing Section: Driven by synchronized servo belts and photoelectric sensors, the splicing section ensures accurate joint alignment on every cycle. Pressure rollers further reinforce adhesion and help maintain consistent output quality across long production runs.
Reliable Configuration Built for Continuous Operation
The LY-2900's performance is supported by a carefully selected set of core components. Linear guide rails and PLC control systems from established industrial brands contribute to smooth, precise motion control, while the HMI interface allows operators to monitor and adjust settings with ease. Servo motors and adjusting motors work together to maintain accurate timing throughout the feeding, gluing, and splicing stages, and pneumatic components ensure reliable cylinder and solenoid valve operation under continuous workloads.
The machine frame itself is constructed using cold-and-hot treated steel processed to international standards, providing the structural rigidity needed to handle heavy paper stacks and sustained high-speed operation without frame fatigue. This combination of dependable components and a robust frame design supports long-term stability, helping reduce unplanned maintenance and extending the machine's operational lifespan.
Operational Advantages
By distributing finishing tasks across multiple operators, the LY-2900 significantly increases effective throughput compared to single-operator finishing setups. This multi-station approach also improves adaptability for complex or heavy-duty carton structures, since manual adjustments can be made in real time without slowing the entire production line. For manufacturers producing a wide variety of box sizes and structures, this flexibility translates directly into fewer changeover delays and more consistent daily output.
At the same time, the semi-automatic design keeps equipment size and investment cost under control. Compared to fully automated folder gluer lines, the LY-2900 requires a smaller footprint and lower upfront investment, making it an accessible option for manufacturers looking to scale production capacity without a complete overhaul of their existing facility layout.
Ideal Applications
The LY-2900 is well suited for medium-to-large corrugated box manufacturers producing two-piece cartons, double-wall boxes, and other structurally demanding packaging formats that benefit from both automated precision and manual finishing flexibility. It performs particularly well in production environments where order volumes fluctuate, box specifications vary frequently, or floor space is limited relative to output targets.
For packaging manufacturers seeking a dependable, space-efficient machine that adapts to varied production demands, the LY-2900 offers a proven combination of automated precision, operator-driven flexibility, and rugged industrial construction designed for years of continuous service.
Application
Food Packaging Box Production Trends with Semi-Automatic Corrugated Folding and Gluing Machine
Explore food packaging box production trends driven by modern semi-automatic corrugated folding and gluing machines. Discover how advanced 16mm heat-treated frames, dual-servo dual-sheet splicing systems, and multi-functional gluing tackle common industry defects like fishtailing or peeling.
View more
Innovating Sports Equipment Packaging with Semi-Automatic Two-Piece Folding and Gluing Machine
Sports equipment packaging faces challenges in producing large, durable, and customized corrugated cartons for fitness machines, bicycles, and other sporting goods. This application highlights how two-piece carton production supports stronger box structures, flexible packaging designs, and more efficient manufacturing processes for the sports industry.
Improving Footwear Shipping Packaging with Two-Piece Folding and Gluing Machine
Footwear packaging production requires accurate carton forming and reliable bonding performance. The two-piece folding and gluing machine supports shoe carton manufacturing with stable feeding, flexible adhesive application, and precise joining technology, helping packaging manufacturers improve efficiency, maintain consistent quality, and meet the requirements of global footwear shipping applications.

Why Choose Corrugated Folding and Gluing Machine for Gift Packaging Lines
Corrugated folding and gluing machines support modern gift packaging production with accurate folding, stable gluing, flexible box processing, and efficient automation. Designed for packaging manufacturers, these machines help improve workflow efficiency, handle customized gift box orders, and maintain consistent quality across various corrugated packaging applications.

Solving Packaging Challenges for Large Display Products with Two-Piece Folding and Gluing Machine
Two-piece folding and gluing machine supports efficient corrugated box production for large-screen monitors and electronic display packaging. With stable feeding, precise folding, reliable gluing, and flexible adjustment capabilities, it helps manufacturers produce high-quality packaging boxes while improving production consistency, reducing manual operations, and adapting to changing display product requirements.
Food Packaging Box Production Trends with Semi-Automatic Corrugated Folding and Gluing Machine
Explore food packaging box production trends driven by modern semi-automatic corrugated folding and gluing machines. Discover how advanced 16mm heat-treated frames, dual-servo dual-sheet splicing systems, and multi-functional gluing tackle common industry defects like fishtailing or peeling.

Innovating Sports Equipment Packaging with Semi-Automatic Two-Piece Folding and Gluing Machine
Sports equipment packaging faces challenges in producing large, durable, and customized corrugated cartons for fitness machines, bicycles, and other sporting goods. This application highlights how two-piece carton production supports stronger box structures, flexible packaging designs, and more efficient manufacturing processes for the sports industry.
Improving Footwear Shipping Packaging with Two-Piece Folding and Gluing Machine
Footwear packaging production requires accurate carton forming and reliable bonding performance. The two-piece folding and gluing machine supports shoe carton manufacturing with stable feeding, flexible adhesive application, and precise joining technology, helping packaging manufacturers improve efficiency, maintain consistent quality, and meet the requirements of global footwear shipping applications.
Why Choose Corrugated Folding and Gluing Machine for Gift Packaging Lines
Corrugated folding and gluing machines support modern gift packaging production with accurate folding, stable gluing, flexible box processing, and efficient automation. Designed for packaging manufacturers, these machines help improve workflow efficiency, handle customized gift box orders, and maintain consistent quality across various corrugated packaging applications.

Solving Packaging Challenges for Large Display Products with Two-Piece Folding and Gluing Machine
Two-piece folding and gluing machine supports efficient corrugated box production for large-screen monitors and electronic display packaging. With stable feeding, precise folding, reliable gluing, and flexible adjustment capabilities, it helps manufacturers produce high-quality packaging boxes while improving production consistency, reducing manual operations, and adapting to changing display product requirements.

Specifications
Advantage Comparison
| Comparison Item | Our Machinery | Other Manufacturers |
|---|---|---|
| Drive System | The entire machine is equipped with six independent servo drive systems, enabling high-precision motion control and rapid digital parameter setup. ![]() | Uses conventional induction motors combined with chain-drive mechanisms, resulting in lower production efficiency and limited speed-control flexibility. ![]() |
| Control System (PLC) | High-performance PLC-based control system with intelligent recipe management, supporting one-click storage and recall of over 200 process parameters. ![]() | Uses traditional hard-wired relay control circuits, limiting system expandability and preventing digital recipe management. ![]() |
| Gluing System | Intelligent automatic glue replenishment system compatible with both cold-glue and hot-melt adhesive applications, ensuring consistent, precise, and reliable carton bonding. ![]() | Relies on manual glue replenishment, which can lead to unstable adhesive supply, reduced production efficiency, and increased adhesive consumption. ![]() |
| Frame Specifications | Utilizes 16 mm thick one-piece steel plates processed through quenching, tempering, stress-relief, and aging treatments to minimize internal stress, ensuring outstanding structural stability and minimal deformation during heavy-duty, high-speed operation. ![]() | The frame uses 13 mm steel plates with a conventional welded structure, making it more susceptible to vibration and resonance during high-speed operation, which may affect machine accuracy and long-term stability. ![]() |
| Conveyor Transmission | Uses high-quality, wear-resistant PU belts with excellent friction and elasticity, effectively preventing belt slippage during carton conveying and ensuring stable, accurate feeding performance. ![]() | Uses conventional industrial rubber belts that are more prone to wear, aging, and cracking, increasing the risk of feeding slippage during long-term operation. ![]() |
The entire machine is equipped with six independent servo drive systems, enabling high-precision motion control and rapid digital parameter setup.
Uses conventional induction motors combined with chain-drive mechanisms, resulting in lower production efficiency and limited speed-control flexibility.
High-performance PLC-based control system with intelligent recipe management, supporting one-click storage and recall of over 200 process parameters.
Uses traditional hard-wired relay control circuits, limiting system expandability and preventing digital recipe management.
Intelligent automatic glue replenishment system compatible with both cold-glue and hot-melt adhesive applications, ensuring consistent, precise, and reliable carton bonding.
Relies on manual glue replenishment, which can lead to unstable adhesive supply, reduced production efficiency, and increased adhesive consumption.
Utilizes 16 mm thick one-piece steel plates processed through quenching, tempering, stress-relief, and aging treatments to minimize internal stress, ensuring outstanding structural stability and minimal deformation during heavy-duty, high-speed operation.
The frame uses 13 mm steel plates with a conventional welded structure, making it more susceptible to vibration and resonance during high-speed operation, which may affect machine accuracy and long-term stability.
Uses high-quality, wear-resistant PU belts with excellent friction and elasticity, effectively preventing belt slippage during carton conveying and ensuring stable, accurate feeding performance.
Uses conventional industrial rubber belts that are more prone to wear, aging, and cracking, increasing the risk of feeding slippage during long-term operation.
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