Professional Sewing Machine Wire Harness OEM Cable Assembly Solutions
As a specialized Wiring Looms Factory Wholesale provider, we deliver precision-engineered connectivity solutions for diverse industrial applications. Our expertise includes manufacturing reliable Sewing Machine wire Harness systems that ensure smooth operation and durability for industrial and domestic sewing equipment. We offer comprehensive customize cable assembly services tailored to your specific technical requirements and operational environment.
- KenHan
- Xiamen City, Fujian Province, China
- 3 ~ 4 weeks
- Information
- Video
As a specialized Wiring Looms Factory Wholesale provider, we deliver precision-engineered connectivity solutions for diverse industrial applications. Our expertise includes manufacturing reliable Sewing Machine wire Harness systems that ensure smooth operation and durability for industrial and domestic sewing equipment. We offer comprehensive customize cable assembly services tailored to your specific technical requirements and operational environment.
Our product range features robust OEM industrial control cable electronic solutions built with quality materials and secure connectors for stable signal transmission in automation systems. Additionally, we produce high-performance cable loom assembly products that provide superior protection and organization for complex wiring networks in demanding industrial settings.
Key capabilities include:
Customized harness design for specialized applications
Industrial-grade materials and components
Rigorous quality control and testing protocols
OEM/ODM manufacturing support
Competitive wholesale pricing
Trust our manufacturing expertise for reliable wiring solutions that enhance equipment performance and simplify installation. Contact us to discuss your custom cable assembly requirements and receive professional technical support.
Key Features & Benefits:
High-Conductivity Conductors: Utilizing 99.99% oxygen-free copper for high purity, low resistance, anti-aging properties, and extended service life. This ensures minimal energy loss, reduced heat generation, and superior current load capacity.
Durable Insulation & Sheathing: Made from environmental protection high-strength PVC or neoprene, offering excellent abrasion resistance, tensile strength, corrosion resistance, waterproofing, flame retardancy, oil resistance, and weather ability. Ideal for both indoor and outdoor use, even in harsh or moving environments.
Stringent Quality Control: Guarantees uniform thickness of insulation and sheath with very low eccentricity. Each harness undergoes high-voltage testing to ensure no breakdowns, providing ultimate safety and reliability.
Available Configurations: Choose from sheath colors including all black, white inner with orange outer, white inner with black outer, or white inner with blue outer.
Certifications & Testing: Our products comply with CCC, CE, ISO9001:2008, and ROHS standards. They have passed third-party tests for high-temperature resistance (105°C), low-temperature resistance (-40°C), and flame retardancy.
Common Specifications: Available in cross-sections from 10mm² to 120mm² (10mm, 16mm, 25mm, 35mm, 50mm, 70mm, 95mm, 120mm) to meet diverse power requirements.
Applications: Perfect for use as welding cable, torch wire, welding machine wire, battery cables, power leads for cutting tools, and grounding applications.
Request a free quote for your custom wiring harness needs and experience the difference in quality and performance!
Specification
| Wire Type | VDE Cable,Dran Chain Cable, UL Wire,Medical Cable,ect. |
| Wire Size | 2AWG-32AWG,0.01mm2-50mm’ are available. |
| Wire Cores | 1 Core~50 cores are available. |
| Conductor | Bare Copper, Tinned copper, Silver Plated, Gold plated wire. |
| Rate Temperature | 80'C,105'C,125°C,180'C,220'C,300'C(176°F-572°F). |
| Protection | Waterproof, Low Smoke Halogen-Free, Anti-UV cable, Acid and alkali-resistant cable are available. |
| Certification | UL, VDE, CE IS0 or Customize Special Cables. |
| Raw materials | All parts and processing is compliant with ROHS,CCC. |
| Application | Electronics, intelligent robots, lighting, new energy, intelligent appliances. |
| Testing | 100% electrical performance tested before delivery. |
Customizing the wiring harness only requires four steps!
1:Please provide your design drawings, specifications, or samples.
2:We will review the drawings and provide you with the most competitive quote.
3:Upon your confirmation of the drawings and price, we can proceed with mass production or provide you with a sample first to ensure quality.
4:Finally, we will carefully package and ship your order promptly via the fastest available method.

product display:



Our factory and production lines


FAQ
Q1:How do you ensure durability in custom sewing machine wire harnesses for industrial use?
A:Durability in industrial sewing machine wire harnesses is non-negotiable due to constant vibration, mechanical stress, and potential exposure to dust and oil. Key design and manufacturing considerations include:
High-Quality Materials: Using oil-resistant PVC or XLPE insulation protects wires from degradation in harsh workshop environments. Conductors should be stranded copper for superior flexibility and fatigue resistance.
Strain Relief: Integrating molded strain relief boots at critical flex points (like cable entries to connectors and the motor) prevents wire breakage from repetitive movement.
Secure Connector Locking: Connectors with positive locking mechanisms (e.g., screw locks, secure clips) are essential to prevent disconnection from machine vibration, a common cause of failure in industrial settings.
Robust Jacketing: The outer jacket should be abrasion-resistant to withstand contact with moving parts and metal edges within the sewing machine's body.
These features, combined with rigorous testing like flex life and pull tests, ensure the harness can withstand the demanding conditions of industrial sewing.
Q2:What quality control processes are used for bulk sewing machine wire harness orders?
A:A rigorous Quality Control (QC) process is vital for bulk custom sewing machine wire harness orders to ensure consistency and reliability. Look for a supplier that implements:
Incoming Material Inspection: Verifying that all raw materials (wires, connectors, terminals) meet specified standards and certifications (e.g., UL).
In-Process Checks: Monitoring automated crimping to ensure terminal connections are secure and have the correct pull-off strength. Visual inspections check for correct routing, wire placement, and soldering quality.
100% Electrical Testing: Every harness should undergo continuity testing to verify there are no open or short circuits, and hipot (dielectric withstand) testing to ensure the insulation can safely handle the required voltage without leakage.
Dimensional and Functional Validation: Checking the harness against formboards or CAD models to ensure correct length and fit. A sample from each production batch may be connected to a mock-up or actual sewing machine for a final functional test.
Suppliers adhering to standards like IPC-WHMA-A-620 and with certifications like ISO 9001 demonstrate a commitment to systematic quality management.
Q3:Can you customize wire harnesses for specific sewing machine brands like Brother or Juki?
A:Yes, professional custom wire harness manufacturers regularly produce solutions for specific brands, including Brother, Juki, and others. This process involves:
OEM Compatibility: Engineers can reverse-engineer or work from your provided samples/diagrams to create a harness that matches the original equipment manufacturer's (OEM) connector types, pinouts, and electrical specifications exactly.
Providing Reference Information: To ensure perfect compatibility, provide the sewing machine model number, a sample of the old harness, or the technical wiring schematic. This is especially important for machines with integrated circuits or proprietary connectors.
Enhancements and Modifications: Beyond direct replacement, you can also request improvements, such as using higher-temperature insulation, adding shielding for better noise immunity, or incorporating more durable connectors for high-vibration industrial models.
This ensures the custom harness will be a direct, plug-and-play replacement or an upgraded solution for the specific machine model.
Q4:What is the typical lead time and process for a bulk custom wire harness order?
A:The lead time for a bulk custom sewing machine wire harness order depends on complexity and quantity, but a professional process typically follows these stages:
Consultation and Quotation: You provide your requirements (specs, drawings, samples). The factory analyzes them and provides a quote, lead time estimate, and DFM (Design for Manufacturability) feedback.
Prototyping and Approval: A first-article prototype is built and sent for your evaluation and testing. This stage ensures the design is perfect before mass production.
Production and QC: Upon prototype approval, bulk production begins, accompanied by the in-process and final QC checks outlined above.
Shipping: The finished harnesses are packaged to prevent damage and shipped.
For a standard order of moderate complexity, the entire process can take 3-6 weeks. Factors that can influence this include the need for custom tooling (e.g., for a unique connector mold) and the availability of specific components. Clear communication with your supplier throughout the process is key to managing timelines effectively.
Q5:What are the key electrical specifications needed for a bulk custom sewing machine wire harness?
A:When ordering a bulk custom sewing machine wire harness, providing detailed electrical specifications is crucial for optimal performance and safety. Key specifications include:
Voltage and Current Requirements: Specify the operating voltage (e.g., 100-120V, 220-240V, or dual-voltage) and the current load (in Amps) for the main motor, control board, and any auxiliary components like LED lights or servo motors.
Wire Gauge (AWG): Indicate the correct wire gauge for each circuit. Power circuits for motors typically require thicker gauges (e.g., 14-18 AWG), while control signals can use thinner ones (e.g., 20-26 AWG).
Connector Types and Pinouts: Provide the exact connector types (e.g., JST, Molex, AMP) and their pinout diagrams. This ensures the harness correctly interfaces with the machine's motor, pedal, control panel, and sensors.
Shielding Requirements: Specify if any cables need electromagnetic shielding to protect sensitive electronic signals from motor interference, which is critical for computerized embroidery machines or models with touchscreen controls.
A reputable manufacturer will use these specs to design a harness that ensures reliable power delivery and signal integrity.