Recently, Guangdong Yulun Intelligent Technology Co., Ltd. (hereinafter referred to as "Yulun Machinery") paid a visit to Hunan University of Science and Technology, simultaneously advancing the co-construction of the "Integrated Internship and Employment Base" and the 2026 campus exclusive recruitm
From May 19 to 22, Guangdong Yulun Intelligent Technology Co., Ltd. (hereinafter referred to as "Yulun") successively visited Foshan Gaoming Technician College and Guangdong Polytechnic College, and held in-depth exchanges on deepening university-enterprise cooperation and precisely matching talent
Upgrading mattress manufacturing equipment demands high capital expenditure (CAPEX). Factory managers cannot afford to make equipment decisions based purely on promotional brochures. We must look deeper into actual performance data.
The mattress manufacturing industry is constantly seeking innovative ways to optimize production costs without compromising the final product's quality. Our high compression automatic pocket spring machine represents a revolutionary breakthrough—often referred to as "black technology" in the spring manufacturing sector. Designed specifically for modern mattress production facilities, this advanced equipment redefines how pocket springs are coiled, compressed, and assembled, offering an unprecedented competitive edge for mattress factories and global suppliers.
The most significant and immediate value this automatic pocket spring machine delivers is its remarkable ability to reduce material consumption. By utilizing highly engineered mechanisms, this machine allows manufacturers to save more than 20% on steel wire costs for every single mattress produced. In an industry where raw material expenses heavily dictate profit margins, this substantial reduction in steel wire usage directly translates to enhanced profitability and a stronger market position for your business.
A common concern when reducing wire usage is the potential loss of support or durability in the final mattress. However, this high compression spring equipment is meticulously engineered to ensure that the mattress rebound effect remains exceptionally strong. The innovative coiling and compression technology guarantees that each pocket coil maintains its structural integrity, providing the same—if not better—ergonomic support, resilience, and comfort as conventionally produced heavier springs. Your clients will enjoy premium sleep quality, while your facility benefits from highly optimized production costs.
Beyond incredible cost savings, this machine is highly versatile. It is fully capable of producing conventional springs while simultaneously excelling at generating high compression ratio pocket springs. The machine adopts the latest servo-controlled mechanisms and cutting-edge technology to provide greater compression of the spring before it is sealed into the non-woven fabric pocket. This high-density compression ensures that the springs are tightly packed, reducing the risk of deformation over time and significantly extending the lifespan of the mattress.
Furthermore, the high compression capability plays a crucial role in modern mattress packaging and logistics. Mattresses built with these advanced high-compression pocket springs are perfectly suited for roll-packing and box-packing techniques. The springs can withstand intense compression during the vacuum packing process and quickly recover their original shape and rebound characteristics once unpacked by the end-user. This not only reduces shipping volumes and logistics costs but also ensures a flawless unboxing experience for consumers.
For procurement managers and mattress factory owners, investing in this revolutionary pocket spring machine means securing a long-term cost advantage. The equipment is designed to elevate overall manufacturing efficiency while lowering the daily consumption of steel wire. By choosing this advanced automatic pocket spring machine, manufacturers are investing in future-proof technology that minimizes material waste, maximizes output value, and delivers superior sleep products to a demanding global market.
The technical specifications below detail the parameters for the YL-15801 and YL-15802 high compression automatic pocket spring machines. This comparison highlights key differences in the coiling head configuration (single-wire versus double-wire servo) and overall machine weight, assisting buyers in selecting the appropriate model for specific production setups and capacity requirements.
| Product Name | High Compression Automatic Pocket Spring Machine | |
| Model | YL-15801 | YL-15802 |
| Efficiency | 120 pcs/min | |
| Coiling Head | Single Wire Servo Coiling Head | Double Wire Servo Coiling Head |
| Working Principle | Servo Control | |
| Spring Shape | Barrel and Cylindrical | |
| Producing High Compression Pocket Springs: | Wire Diameter: Φ1.7-Φ2.3mm | |
| Spring Waist Diameter: | Φ65-Φ75mm | |
| Pocket Spring Height: | 80-210mm or 140-280mm | |
| Spring Compression: | ≤50mm | |
| Power Consumption | 25 KW | |
| Voltage | 3AC380V | |
| Input Current | 80A | |
| Frequency | 50/60 Hz | |
| Air Consumption | 0.01m³/min | |
| Air Pressure | 0.5-0.7Mpa | |
| Fabric Thickness | 50-90 g/㎡ | |
| Fabric Width | 310-720mm | |
| Weight | 3200 KG | 4000 KG |
YL-15801 Machine Layout
The diagram below illustrates the structural dimensions and operational footprint required for the YL-15801 high compression automatic pocket spring machine, assisting in accurate factory space planning and workflow integration.

YL-15802 Machine Layout
Detailed layout overview for the YL-15802 model, showcasing the equipment's overall dimensions and spatial requirements. Proper arrangement according to this schematic ensures safe operation and convenient maintenance access.






