Stop Costly Thread Breaks and Downtime

Are you tired of discovering thread breaks too late, leading to ruined garments, wasted materials, and significant production delays? In the fast-paced world of commercial embroidery, every second of downtime and every inch of wasted fabric directly impacts your bottom line. The Dahao EF129 EF170 EF131 Thread Break Detecting Board is your critical safeguard against these common frustrations, ensuring your machines run efficiently and your output remains consistently high.

Precision Thread Monitoring for Uninterrupted Production

This advanced electronic component is engineered to provide real-time, highly accurate thread break detection. When a thread breaks, the board instantly signals your embroidery machine to halt, preventing the machine from continuing to stitch without thread and saving you from costly rework or scrapped items. Its robust plastic and metal construction ensures durability, while its stable signal response guarantees reliable performance, even during long production runs. Investing in a high-quality thread break detector means investing in consistent quality, reduced material waste, and maximized operational efficiency.

Designed For Peak Performance Across Many Machines

The Dahao Thread Break Detecting Board is built to integrate seamlessly into a wide range of embroidery setups, providing essential protection and performance enhancement. It is specifically designed for:

• China Dahao embroidery machines
• Barudan China models
• Butterfly embroidery machines
• ZSK-China embroidery machines
• Feiya embroidery machines
• Ricoma China series embroidery machines
• Multi-head embroidery machines
• Single-head embroidery machines

Compatible with: Dahao EF170, Dahao EF131, Dahao P/N129, and most China-made embroidery machines using Dahao control systems.

We recommend confirming your specific machine model or existing part number before ordering. If you’re not sure, contact us with your machine model and we will gladly help confirm compatibility.

Product Specifications

• Part Name: Thread Break Detecting Board
• Part Numbers: P/N EF129/EF170 or EF131 (Please choose the correct option for your machine)
• Material: Plastic and Metal
• Type: Electronic Parts
• Use: Embroidery Machines

Quality You Can Trust, Backed By Our Promise

At 360 Digitizing Shop, we understand that reliability is paramount. That’s why every Dahao Thread Break Detecting Board is rigorously function-tested before shipping. We ensure that no defective units ever leave our facility, so you receive a fully operational component ready for immediate installation. In the rare event a defective item arrives, your purchase is protected: we guarantee a full refund within 4 days, allowing you to buy with complete confidence.

Frequently Asked Questions

What is the function of this Dahao Thread Break Detecting Board?
This board detects when a thread breaks during the embroidery process and immediately halts the machine, preventing further stitching errors, material waste, and potential machine damage.

Which specific Dahao part numbers does this board replace or correspond to?
This board corresponds to Dahao Part Numbers EF129, EF170, and EF131. Buyers should select the option that matches their machine‘s requirements.

How do I confirm if this board is compatible with my embroidery machine?
This board is designed for China Dahao embroidery machines, including Barudan China, Butterfly, ZSK-China, Feiya, and Ricoma China series. To confirm compatibility, please check your machine‘s existing part number or contact us with your machine model.

What is included when I purchase this Thread Break Detecting Board?
You will receive one Dahao Thread Break Detecting Board (P/N EF129/EF170 or EF131, based on your selection), made from plastic and metal.

What is 360 Digitizing Shop's policy on product quality and returns?
Every board is function-tested before shipping to ensure it is fully operational. If a defective item arrives, you are protected by our buyer protection policy, guaranteeing a full refund within 4 days.