The Ultimate Buyer's Guide to Selecting Your Next Multiwire Drawing Machine

In today's fast-evolving wire and cable industry, selecting the right production equipment is more than a purchase—it's a strategic investment in future competitiveness. With rising energy costs, stringent quality demands, and the push for automation, the choice of a multiwire drawing machine is critical. This comprehensive guide, informed by the expertise of industry leader HONTA, will walk you through the key considerations, technological trends, and features to evaluate, ensuring you make an informed decision that boosts productivity and profitability.

Why Partner with a Leader? A Snapshot of HONTA

Founded in September 2006, HONTA has spent nearly two decades specializing in cable conductor drawing and stranding technology. Its commitment to innovation is evidenced by its global presence, including its second production base, HONTA INC., established in the United States in 2017. As a large-scale wire and cable equipment system service provider, HONTA's philosophy centers on high speed, efficiency, automation, and human-centric design. The company's adherence to international standards is validated by its ISO 9001 (Quality Management), ISO 14001 (Environmental Management), and UDEM International Certification, assuring global clients of product safety and performance compliance (e.g., UL, CE).

Explore their full range at www.jshonta.com.

Chapter 1: Understanding Your Core Needs & Machine Configurations

The first step is matching the machine's capability to your production volume and product mix. Multiwire drawing machines are defined by the number of wires drawn simultaneously.

• 8 wires multiwire drawing machine: Ideal for smaller batches, pilot lines, or manufacturers with diverse, low-volume orders. Offers excellent flexibility.
• 16 wires & 24 wires multiwire drawing machine: The workhorses for medium to large-scale production. They provide a optimal balance between output, floor space, and investment for most standard cable plants.
• 32 wires multiwire drawing machine: Designed for ultra-high-volume, dedicated production lines (e.g., building wire, automotive cable). Maximizes output per square meter of factory space.

HONTA's range of drawing machines offers configurations to suit any production scale.

Chapter 2: The Technology Deep Dive – What Truly Drives Performance?

Beyond wire count, the drive system is the heart of the machine. This is where HONTA's innovation shines.

The Traditional vs. The Revolutionary: Individual Motor Drive

Traditional multiwire machines use a single, large motor driving all capstans via a complex mechanical gearbox. This leads to energy loss, wear, and synchronized speed issues.

HONTA's individual motors multiwire drawing machine represents a paradigm shift. Each drawing capstan is powered by its own dedicated servo motor. The benefits are transformative:

• Energy Savings: Eliminates gearbox losses, reducing energy consumption by up to 25-30%.
• Unmatched Control: Each wire's speed and tension can be controlled independently, ensuring perfect consistency across all wires, crucial for fine and ultra-fine drawing.
• Flexibility & Uptime: Changeover between different wire sizes or materials is faster. If one motor requires service, others can often continue running.

When evaluating a rod breakdown machine with individual motors, inquire about the motor brand, control system sophistication, and energy consumption data.

Chapter 3: Integrating the Process – From Rod to Finished Wire

A standalone drawing machine is only part of the story. For maximum efficiency, consider integrated process lines.

1. The Breakdown Process

Your line starts with a copper rod breakdown machine or aluminium rod breakdown machine. HONTA offers both compact and multi-motor rod breakdown machine designs. The key is matching its output and reduction capability to your drawing machine's intake requirements.

2. Inline Annealing

For soft or annealed wire, an inline annealer machine is essential. A rod breakdown with annealer machine for copper and aluminium creates a continuous, space-saving process. HONTA's systems offer precise temperature control for superior metallurgical properties.

3. Winding & Take-Up

The final step is controlled winding. A robust wire take up machine is critical. Options include single spooler for simplicity or double spooler, basket coiler systems for non-stop production. The goal is secure, tangle-free coils at high line speeds.

Chapter 4: The HONTA Advantage – More Than Just a Machine

Choosing HONTA means investing in a partnership. Their role as a premier wire and cable machine manufacturer is backed by:

• Global Support: With operations in China and the USA, HONTA provides localized sales, technical support, and spare parts service, as showcased at events like the 2025 Atlanta InterWire Conference.
• Proven Performance: Their machines are designed for a wide production range (e.g., 0.10-0.30mm, 0.37-1.37mm), meeting diverse needs.
• Complete Solutions: From the initial cable machine consultation to installation and training, HONTA acts as a true system integrator for your wire & cable machinery needs.

Ready to Transform Your Production Line?

Contact the HONTA team today for a detailed consultation tailored to your specific requirements for multiwire drawing machines, rod breakdown machines, or any wire and cable equipment.

HONTA
       Address: Room 1219, Building 3, Dongchuang Technology Center, Qianjin East Road, Kunshan City, Jiangsu Province, China. Zip: 215300
       Phone: +86 182 6287 9467
       WhatsApp: +86 187 5292 2675
       WeChat: wtammy0631
       Email: tammy@jshonta.com
       Website: www.jshonta.com | www.kshonta.com

By methodically evaluating your needs against the technological capabilities outlined in this guide—particularly the game-changing individual motors multiwire drawing machine technology—you can partner with a leader like HONTA to build a production line that is not only efficient today but also future-ready for the demands of tomorrow's cable industry.