Prevent Costly Interruptions and Rework

Are you tired of unexpected thread breaks, skipped stitches, or inconsistent embroidery quality due to unreliable bottom thread detection? A malfunctioning bottom thread sensor can lead to significant downtime, wasted materials, and frustrated operators. The EF117 Bottom Thread Test Circuit Board EF117B-1712 is your solution to these common challenges, restoring precision and efficiency to your embroidery operations.

This critical component ensures your 12-needle computer embroidery machine accurately monitors the bottom thread, signaling the machine instantly if an issue arises. By providing consistent and reliable thread detection, it helps prevent production errors before they start, allowing your team to focus on high-volume, high-quality output.

Precision Engineering for Flawless Performance

The EF117 Bottom Thread Test Circuit Board EF117B-1712 is meticulously designed to integrate seamlessly into your existing setup. Crafted from durable plastic, this high-quality circuit board is built to withstand the demands of continuous commercial embroidery. Its precise design ensures accurate signaling to the DAHAO control system, maintaining optimal machine performance and extending the life of your equipment.

Every EF117 Bottom Thread Test Circuit Board we ship undergoes rigorous function-testing to ensure it meets our strict quality standards. This means defective units are never sent, giving you confidence in your purchase from the moment it arrives. Should a defective item unexpectedly reach you, rest assured that under our buyer protection, you will be refunded within 4 days.

Compatible With:

• 12-Needle Computer Embroidery Machines
• Machines utilizing EF117B components
• Machines utilizing EF127 components
• Machines with DAHAO control systems

Specifications:

• Part Number: EF117, EF117B-1712
• Material: Plastic
• Hole Spacing: 117 Hole spacing 14
• Use: Embroidery Machine Bottom Thread Detection

Before ordering, please confirm this EF117 board’s specifications meet your machine‘s requirements. Not sure? Contact us with your machine model, and we will gladly confirm compatibility.

Frequently Asked Questions

What is the EF117 Bottom Thread Test Circuit Board?
The EF117 Bottom Thread Test Circuit Board EF117B-1712 is a crucial electronic component for 12-needle computer embroidery machines. It is responsible for accurately detecting the presence and tension of the bottom thread, preventing errors like thread breaks and ensuring consistent stitch quality.

Which embroidery machines is this circuit board compatible with?
This EF117 Bottom Thread Test Circuit Board is designed for 12-needle computer embroidery machines and is compatible with systems that use EF117B and EF127 components, often found in machines with DAHAO control systems.

How does this board improve embroidery quality and efficiency?
By providing reliable and precise bottom thread detection, this circuit board helps prevent common issues such as thread breaks and skipped stitches. This leads to fewer machine stoppages, reduced material waste, and consistently high-quality embroidery output, boosting overall production efficiency.

What are the key specifications of this EF117 board?
The EF117 Bottom Thread Test Circuit Board EF117B-1712 is made from durable plastic and features a 117 hole spacing of 14. It is specifically designed for bottom thread detection in compatible embroidery machines.

How can I confirm if this board will fit my machine?
We recommend comparing the part numbers (EF117, EF117B-1712) and specifications, especially the hole spacing, with your existing board or machine manual. If you are unsure, please contact us with your embroidery machine‘s specific model number, and we will assist you in confirming compatibility.

What is your quality assurance and return policy for this item?
Every EF117 Bottom Thread Test Circuit Board is function-tested before shipping to ensure it is free of defects. In the rare event a defective item arrives, you are protected by our buyer protection policy, and a refund will be processed within 4 days.