If you're running a mattress factory and still buying pocket springs from external suppliers, you're likely paying 40-60% more than you should. The IF-P130-1 CNC Automatic Pocket Spring Coiling Machine from Infinity Machinery changes that equation entirely. In this guide, we'll walk you through everything you need to know — from technical specifications to real-world ROI calculations — so you can decide if in-house pocket spring production is the right move for your factory.
The mattress industry is shifting. Consumers increasingly demand pocket spring mattresses for their superior comfort and motion isolation. But here's the problem: if you're buying pocket springs from third-party suppliers, you're handing over a significant portion of your profit margin.
Let's do the math. A typical pocket spring supplier charges $0.80-$1.20 per spring unit. For a queen-size mattress requiring approximately 600-800 pocket springs, that's $480-$960 per mattress in spring costs alone. Now imagine producing those same springs in-house for $0.25-$0.40 per unit. The savings are staggering.
The IF-P130-1 CNC Automatic Pocket Spring Coiling Machine is designed specifically for manufacturers who want to bring pocket spring production in-house without the complexity and cost of larger, more expensive machines.
Before diving into the features, let's look at the hard numbers. Understanding the specifications will help you determine if this machine fits your production requirements and factory floor.
The 130 pieces per minute efficiency means this machine can produce approximately 7,800 pocket springs per hour. For a standard 8-hour production shift, that's over 62,000 springs — enough to equip approximately 75-100 queen-size mattresses per day.
The IF-P130-1 isn't just another pocket spring machine. It's engineered with specific features that address the real-world challenges mattress manufacturers face every day. Let's break down each feature and what it means for your operation.
Unlike pneumatic-dependent machines that require constant air compressor operation, the IF-P130-1 uses a full mechanical drive system. This translates to lower energy costs, reduced maintenance requirements, and more consistent operation. The mechanical drive also means fewer moving parts that can fail, resulting in less downtime and lower repair costs over the machine's lifetime.
Most pocket spring machines require a dedicated air compressor running continuously. The IF-P130-1 eliminates this requirement entirely. While it does need minimal air supply (0.02m³/min at 0.8MPa), this is significantly less than competing machines. The result: lower electricity bills, less noise, and a smaller factory footprint.
The automatic coiling head is faster than traditional coiling heads, contributing to the machine's impressive 130 pieces per minute efficiency. This technology ensures consistent spring formation, reducing waste and improving the quality of every spring produced.
Springs are formed first, then heat-treated. This two-step process ensures optimal elasticity and durability. The integrated heat treatment system eliminates the need for a separate heat treatment station, saving floor space and reducing material handling.
The servo-driven conveyor system provides precise control over spring placement and spacing. This accuracy is critical for producing consistent pocket spring units that meet exact specifications. The servo system also allows for quick adjustments when switching between different spring sizes or configurations.
Production errors happen. The IF-P130-1 detects them automatically and shuts down before defective springs are produced. This protective feature saves materials, reduces waste, and ensures every spring meeting your quality standards.
At 6000 × 1700 × 2200mm, the IF-P130-1 occupies significantly less floor space than many competing models. For factories where space is at a premium, this compact design means you can add pocket spring production without sacrificing other operations.
Let's look at a practical example.假设你是一家每天生产100张 queen-size 床垫的工厂，每张床垫需要700个 pocket springs。
Even accounting for raw material costs (steel wire and non-woven fabric), labor, and maintenance, most factories see a payback period of 3-6 months. The IF-P130-1 typically pays for itself within the first quarter of operation.
The IF-P130-1 produces individual pocket springs, but to create complete pocket spring units for mattresses, you'll need an assembly machine. The IF-PPA Fully Automatic Pocket Spring Assembly Machine pairs perfectly with the IF-P130-1, taking the springs produced and assembling them into precise, consistent pocket spring units.
Together, these two machines create a complete in-house pocket spring production solution. The IF-P130-1 handles the coiling, while the IF-PPA handles the assembly — giving you full control over the entire process from raw wire to finished spring unit.
Infinity Machinery offers multiple pocket spring coiling machines. Understanding the differences helps you choose the right one for your specific needs.
Choose the IF-P130-1 if you're producing standard pocket spring mattresses and need a cost-effective, space-saving solution. Choose the IF-P180-2 if you need multi-zone capability or higher production volumes.
Setting up the IF-P130-1 is straightforward, but proper planning ensures optimal performance from day one. Here's what you need to know:
The machine itself measures 6000 × 1700 × 2200mm. However, you'll need additional space for raw material storage (steel wire coils and non-woven fabric rolls) and finished spring output. Plan for a total area of approximately 15-20 square meters.
The IF-P130-1 requires a standard three-phase power supply. The air requirement is minimal (0.02m³/min at 0.8MPa), so a small compressor is sufficient. This is a significant advantage over machines that require dedicated high-capacity compressors.
Infinity Machinery provides comprehensive training and commissioning support. The machine's CNC control system is intuitive, and operators can typically become proficient within 2-3 days of training. The pre-programmed parameters for common spring sizes make setup quick and consistent.
The IF-P130-1's mechanical drive system means fewer maintenance requirements compared to pneumatic machines. Here's a simple maintenance schedule:
Our engineering team has over two decades of experience in mattress machinery design and manufacturing.
Every IF-P130-1 comes with a full 3-year warranty covering all components and labor.
We provide installation, training, and technical support to factories worldwide.
Fast production and delivery times to get your factory up and running quickly.
The IF-P130-1 CNC Automatic Pocket Spring Coiling Machine represents a smart investment for mattress manufacturers looking to bring pocket spring production in-house. With its 130 pieces per minute efficiency, minimal power consumption, and compact footprint, it delivers exceptional value without the complexity of larger, more expensive systems.
Whether you're a small factory looking to add pocket spring capabilities or an established manufacturer seeking to reduce costs, the IF-P130-1 provides the performance, reliability, and support you need to succeed.
Ready to calculate your specific ROI? Contact our team for a personalized cost analysis based on your production volumes and requirements.
Tell us about your production needs. We'll recommend the right machine and calculate your ROI.
