Pocket Spring Coiling Machine – 160 Springs/Min | High Compression Ratio

The fully automatic pocket spring coiling machine produces up to 160 springs per minute with a high compression ratio, enabling thinner wire use for material savings. This design delivers stronger rebound and better body support by extending spring height and compression range. It supports cylindrical and barrel springs for versatile mattress and sofa manufacturing. Optional dual-wire system allows ergonomic zoning with varying spring firmness, ensuring efficient, stable, and eco-friendly production.

Size and packaging guidelines

Fermentum scelerisque hendrerit parturient nullam enim lobortis litora parturient dictumst.

Potenti a quisque tincidunt venenatis adipiscing parturient fermentum nisl tincidunt amentu.

Scelerisque conubia lobortis a condimentum ad eleifend dui integer maecenas habitant nostra.

Specification Chair Armchair Sofas
Height 37" 42" 42"
Width 26.5" 32.5" 142"
Depth 19.5" 22.5" 24.5"
Assembly Required No No Yes
Packaging Type Box Box Box
Package Weight 55 lbs. 64 lbs. 180 lbs.
Packaging Dimensions 27" x 26" x 39" 45" x 35" x 24" 46" x 142" x 25"

Core Functions

Dual Spring Type Production Compatibility

Dual Spring Type Production Compatibility
Supports both cylindrical and barrel-shaped pocket springs, enabling flexible manufacturing for various mattress and sofa designs.

Integrated Touchscreen PLC Control

Integrated Touchscreen & PLC Control
Equipped with a INOVANCE touchscreen, stable PLC system, and dedicated control buttons for key operations such as heat treatment, fabric pressing, wire feeding, ultrasonic sealing, and spring jogging—ensuring intuitive and stable control.

High Efficiency Dual Cooling Fans

High-Efficiency Dual Cooling Fans
Two powerful suction cooling units rapidly reduce the temperature of springs after electrical heat treatment, effectively preventing nonwoven fabric from scorching during pocket encapsulation.

Digital High Speed Coiling Head

Digital High-Speed Coiling Head
Fully electronic coiling mechanism delivers fast and precise spring winding at speeds of up to 160 springs per minute, ensuring consistent quality and high productivity.

High Precision Ultrasonic Sealing

High-Precision Ultrasonic Sealing
Advanced ultrasonic system produces clean, secure, and low-noise bonds in nonwoven fabric pockets, reducing material waste and environmental impact.

Integrated Premium Components

Integrated Premium Components
Incorporates Delta servo motors and Airtac pneumatic parts to ensure long-lasting performance, smooth operation, and reduced maintenance requirements.

Wave Shaped Magnetic Conveyor Belt

Multi-Bend Magnetic Conveyor Belt
Advanced multi-bend design with magnetic holding secures springs firmly in place and maximizes air circulation for rapid cooling prior to final processing.

Infrared Counting System

Infrared Counting System
Built-in infrared sensor automatically tracks and displays the number of produced springs in real time, supporting accurate production planning and efficiency monitoring.
Standard vs High Compression Ratio Springs
High Compression Ratio Pocket Spring

✅Key Concept: What Is a High Compression Ratio?

  • Standard Compression Ratio
    A typical spring has a free height of around 22cm, and after being pocketed, it compresses to 17cm—a compression of 5cm.
    This is considered a standard compression ratio.
  • High Compression Ratio
    With high compression ratio springs, the same spring is extended to a free height of 34cm, but still compressed down to 17cm after pocketing. This results in a much greater compression range.

✅ Advantages of High Compression Ratio Springs

  • Larger Coil Pitch, Stronger Rebound
    The extended spring has a wider coil pitch, delivering more powerful elasticity and better body support.
  • Use of Thinner Wire with Equivalent Support
    By increasing the spring height and compression ratio, thinner wire (e.g., 1.7mm instead of 2.0mm) can achieve similar firmness and resilience.
  • Material Cost Savings
    Less steel is used per spring unit, reducing production costs while maintaining quality and comfort.

✅Why Do Customers Choose High Compression Ratio Machines?

  • To Reduce Raw Material Costs
    Thinner wire saves money without compromising performance.
  • To Maintain Support and Comfort
    High compression ratio design compensates for thinner wire, ensuring the mattress still feels supportive and durable.
  • To Improve Market Competitiveness
    Ideal for manufacturers targeting cost-sensitive markets, exports, or online sales where material efficiency and product quality are equally important.

Optional Dual-Wire Version: JK-PS-160DW

    Fields marked with an * are required

    Our Team Will Follow Up with You Within 24 Hours.

      

    The JK-PS-160DW model offers a dual-wire option designed to enhance flexibility in spring firmness customization and streamline production efficiency.

    Wire Thickness Visualization for Pocket Coil Springs

    This version is equipped with two independent wire decoilers, allowing simultaneous feeding of two spools of steel wire. Manufacturers can choose to use either wires of the same diameter or different diameters. When alternating between thicker and thinner wires (e.g., 1+1, 2+2, 3+5 combinations), the machine enables ergonomic zoning within the mattress—providing targeted support for different body areas such as shoulders, hips, and lower back.

    Spring configurations and wire switching sequences can be precisely programmed through the intuitive touchscreen control panel. Even in non-zoning applications, the dual-wire setup reduces production interruptions by enabling quick wire spool replacement, minimizing downtime and ensuring continuous, efficient operation.

    When combined with the high compression ratio design, the dual-wire version offers both material savings and ergonomic performance—making it a powerful solution for high-volume, high-value mattress production.

    Dual Wire Version Pocket Spring Manufacturing Machine
    Description

    This pocket spring coiling machine is a high-speed, fully automatic CNC solution designed for the mass production of pocket springs used in mattresses and sofas. With a maximum output of 160 springs per minute, it delivers exceptional efficiency and precision—ideal for large-scale, high-throughput manufacturing.

    Equipped with a high compression ratio mechanism, this machine can produce pocket springs with greater free height and wider coil pitch, which are then compressed into standard sizes. This design allows manufacturers to use thinner wire while achieving the same support level, enabling material cost savings without compromising comfort or durability.

    The machine integrates multiple patented technologies and features a fully digital, single-wire coiling head, eliminating the need for mechanical cam adjustments and reducing setup time. The entire process—including wire feeding, heat treatment, coiling, fabric feeding, ultrasonic welding, and cutting—is fully automated and precisely coordinated.

    An intuitive touchscreen control panel powered by a PLC system and servo motors enables real-time parameter adjustment, high-speed synchronization, and stable continuous operation.

    Engineered for performance, reliability, and flexibility, this machine is ideal for producing standard or zoned pocket spring units, helping manufacturers stay competitive with high output, consistent quality, and efficient material usage.

    Select Pocket Spring Assembly Machines for Your Complete Production Line

    Select from our assembly machines to integrate with coiling systems and efficiently build complete pocket spring units for mattresses and sofas.

    Triple-Line Pocket Spring Assembly Machine

    The automatic pocket spring assembly machine bonds spring rows into complete units for mattresses and sofas. It supports triple-line feeding and advanced zoning with up to three spring types. This machine can connect to one, two, or up to three pocket spring coiling machines for flexible production. Featuring ultrasonic welding and servo-controlled gluing, it ensures strong seams, clean cuts, and reduced glue usage. The touchscreen control and adjustable frame enable fast, intelligent, and adaptable spring unit manufacturing.

    Dual-Line Pocket Spring Assembly Machine

    The Dual-Line Pocket Spring Assembly Machine is an automatic solution for bonding pocket spring rows into mattress and sofa spring units. It supports connection to one or up to two pocket spring coiling machines, enabling flexible and efficient production. With ultrasonic welding, servo-controlled gluing, and automatic fabric cutting, it ensures high precision and reduced material waste. Ideal for manufacturing high-quality zoned spring units with consistent performance.

    Semi-Automatic Pocket Spring Assembly Machine

    The Semi-Automatic Pocket Spring Assembly Machine is designed for efficiently bonding manually loaded pocket spring rows into full mattress or sofa spring units. Operators place the cut spring strips into the material trough, and the machine performs automatic gluing, fabric cutting, and precise assembly. With PLC control, touchscreen interface, and servo-controlled dual gluing modes, it ensures stable, glue-saving performance. Ideal for producing high-quality zoned pocket spring units with minimal manual trimming and consistent output.

    FEATURES

    1. High-Speed Output – Produces up to 160 pocket springs per minute, ideal for large-scale mattress and sofa manufacturing.
    2. High Compression Ratio System – Unique mechanism enables production of high free-height springs with extended coil pitch, enhancing spring performance while reducing material use.
    3. Full-Automatic Coiling Head – Digitally controlled spring coiling system; all parameters can be set and adjusted via touchscreen.
    4. Dual-Wire Zoning Support (JK-PS-160DW) – Allows production of zoned pocket spring units using dual-wire feed with independent control.
    5. Precision Servo System – Advanced servo motors ensure accurate spring forming, synchronized motion, and stable, high-speed operation.
    6. Wire Heat Treatment Unit – Pre-coils the steel wire using thermal treatment to improve spring stability and fatigue resistance.
    7. Real-Time Wire Speed Adjustment – Wireframe system adjusts feeding speed dynamically for consistent performance across different spring configurations.
    8. Nonwoven Fabric Feeding System – Fully automated fabric handling reduces material waste and saves labor.
    9. Ultrasonic Welding System – Delivers clean, strong, and eco-friendly sealing of spring pockets with minimal noise.
    10. Linear Welding Mechanism – Ensures smooth and continuous spring encapsulation for stable production.
    11. U-Shaped Conveyor Belt – Optimized layout enhances cooling of newly formed springs before packaging.
    12. Multi-Fault Detection System – Integrated sensors detect missing springs, jammed coils, and mechanical errors to minimize downtime.
    13. Infrared Safety Protection – Built-in safety system protects operators from accidental contact during operation.
    14. Smart Touchscreen Control – Intuitive PLC interface allows for fast setup, production monitoring, and multi-language operation.
    15. Automatic Counting and Output Display – Real-time tracking of daily output for efficient workflow management.
    16. Low Labor Requirement – One operator can manage up to three machines simultaneously due to high automation level.
    17. Reliable Quality & Innovation – Developed with multiple patented technologies and over 17 years of expertise in mattress machinery manufacturing.

    Technical Specification

    Model

    JK-PS-160 (Single-Wire) / JK-PS-160DW (Dual-Wire)

    Production Capacity

    130 Springs/Min

    Drive Type

    Fully Servo-Driven System

    CNC Control

    Yes (Spring Coiling Fully Digitized)

    Control System

    Omron Touchscreen + PLC + Physical Buttons

    Air Requirment

    0.3m³/min 0.6MPa

    Voltage

    3-Phase, 380V, 50Hz (Customizable)

    CE Certificate

    Yes

    Total Power

    Single-Wire – 45 kW / Dual-Wire – 50 kW

    Total Weight

    Single-Wire – 4000 KG / Dual-Wire – 4500 KG

    Machine Dimension (L,W,H)

    Single-Wire: 8600 mm × 1600 mm × 2150 mm
    Dual-Wire: 8600 mm × 2350 mm × 2150 mm

    MATERIAL SPECIFICATIONS

    Wire Dia.

    High compression ratio spring:   Φ1.6 - Φ2.0 mm (Customizable)
    Normal spring:   Φ1.6 - Φ2.3 mm (Customizable)

    Non-Woven Supply

    60 - 90g/m²

    Non-Woven Width

    320 mm - 680 mm

    Inner Dia. of Non-Woven

    ≥ 60 mm

    Outer Dia. of Non-Woven

    ≤ 1000 mm

    SPRING SPECIFICATIONS

    Pocket Spring Height

    High compression Ratio Spring:  150mm - 200mm (Customizable)
    Normal spring:  100mm - 240mm (Customizable)

    Spring Central Dia.

    Φ55 mm - Φ75 mm (Customizable)

    About brand
    KIMKOO

    KIMKOO is a professional brand specializing in the development and manufacturing of mattress machinery. We focus on delivering high-efficiency, intelligent automation solutions for the mattress industry. Our product range covers pocket spring machines, mattress packaging machines, tape edge machines, sofa, foam & mattress compression packing machines, mattress sealing machines, pillow packaging machines, bonnell spring machines, and foam cutting machines — all designed for high performance, long-term reliability, and maximum production value.

    At KIMKOO, we provide more than machines—we deliver complete solutions. From custom design to technical support and after-sales service, our team helps clients improve efficiency and reduce production costs. KIMKOO’s machines are trusted by mattress manufacturers across Europe, Asia, the Middle East, Africa, North and South America, offering global support with local care.

    Pocket Spring Machines

    Mattress Packaging Machines

    Sofa, Foam & Mattress Compression Packing Machines

    Mattress Sealing Machines

    Tape Edge Machines

    Pillow Packaging Machines

    Foam Cutting Machines

    Bonnell Spring Machines

    Shipping & Delivery

    Shipping & Delivery

    When you plan to ship goods from our factory to your location, there are a few important aspects to consider in terms of transport options, delivery times, costs, and payment methods. Here is an overview of the shipping process:

    Shipping & Delivery

    Shipping Ports and Delivery Timeline

    Our nearest export port is Shenzhen Port. Depending on the destination port, the shipping duration can vary. You can inquire with your freight forwarder to determine the exact transit time and costs from Shenzhen to your port. For general reference, shipping by sea typically takes anywhere from 10 to 30 days, depending on the distance, shipping line, and specific routes. We also have established partnerships with reliable freight forwarders, but you're welcome to work with your own agent if you have preferred contacts.

    Shipping Methods: Sea Freight, Land Freight, and Air Freight

    Ocean Freight
    Land Freight
    air transport
    1. Sea Freight: The most common shipping method for our machinery is sea freight. This is typically the most cost-effective option, especially for bulk or heavy machinery. For regions and countries with limited or less efficient sea transport infrastructure, land freight might be used.
    2. Land Freight: For certain countries or regions with suitable transport networks, we may consider land freight for smaller equipment. This can be a viable alternative for locations where sea freight is less practical.
    3. Air Freight: While air freight is faster, it is much more expensive, and due to the size of our machinery, it is generally not a viable option. As much as we wish, our large equipment is simply too big to fit on an airplane!

    Types of Containers for Shipping

    • Less-than-Container Load (LCL) – Shared Containers: Smaller equipment may be shipped via LCL (Less-than-Container Load). This method allows multiple shipments from different customers to share the same container, reducing costs. However, fumigated wooden crates are mandatory for LCL shipments, as per international regulations, to protect against pests and other environmental risks.
    • Full Container Load (FCL) – Dedicated Containers: For larger machinery, FCL (Full Container Load) shipments are the preferred method. This includes both 20-foot containers and 40-foot containers, depending on the size of the equipment. Choosing the right container size is critical to optimizing shipping costs and ensuring safe delivery.
    Freight Forwarding

    Freight Forwarding Options

    • Using Our Partnered Freight Forwarders: If you choose to work with one of our trusted freight forwarding partners, you can ask our sales manager for the FOB, CIF, EXW, CFR, or DAP pricing. We will provide competitive quotes based on your specific shipping requirements, and our partners will handle the logistics and transport.
    • Using Your Own Freight Forwarder: If you prefer to handle the shipping through your own agent, feel free to reach out to your regular freight forwarder to get a quote. You can work directly with them for the best possible rates and shipping options.

    Payment Terms

    We offer several flexible payment methods to suit your business needs:

    1. T/T (Telegraphic Transfer): The most common method for international transactions, where you pay via bank transfer.
    2. L/C (Letter of Credit): A secure payment method, often used for larger transactions to ensure protection for both parties.
    3. D/A (Documents Against Acceptance): A payment term where you pay after receiving the shipping documents.
    4. M/T (Mail Transfer): A variation of the T/T method where payments are made via mail.
    5. D/D (Demand Draft): A form of payment where the bank guarantees the amount to be paid.
    6. CASH: For smaller transactions or if preferred by both parties.
    7. Contact us other terms possible
    Payment Terms