High-speed triple twist machine with 0–100% back-twist and ±2% servo pitch accuracy. Designed to boost throughput, ensure stable impedance, and deliver uniform quality for various cable types.

Why Choose a Triple Twist Machine?

• Higher Throughput: Triple-pitch path enables faster effective rotation at the same lay length, increasing productivity.
• Electrical Stability: Adjustable back-twist and precise servo pitch reduce pair variability and minimize crosstalk.
• Consistent Tension: Active take-up guarantees stable tension from empty to full bobbin.
• Easy Recipes: Touchscreen HMI allows quick setup of lay length, S/Z direction, and back-twist %, with recipe storage for multiple cable types.

Performance depends on the model and lay length. Confirm with your wire size and process requirements.

Applications & Cable Types

The HK series triple twist machines are suitable for a wide range of applications:

• Data cables (Cat5e, Cat6, Cat6A, Cat7)
• Communication cables (UTP, FTP, S/FTP)
• Multi-wire twisting, including PVC, PE, and specialty insulation
• Typical line arrangement: Payoff → Triple Twist → Capstan → Take-Up

Process Control & Electronics

• Touchscreen HMI: Set lay, back-twist %, S/Z direction; save/recall recipes.
• Servo Electronic Pitch: ±2% precision with diagnostic & alarm limits.
• Tension Loop: Active take-up keeps stable tension from empty→full.
• Diagnostics: Wire-break stop, fault history, quick reset.

Safety & Ergonomics

• Door & tray interlocks; guarded zones
• Wire-break detection & auto stop
• Length reset & fault clear functions
• Low-noise engineering for operator comfort

Options & Configurations

• Bobbin size: 500 / 630 mm
• In-line taping, auto spool change
• Data logging, remote support
• CE / UL documentation

Machine Models Overview

Full Specifications

Model Comparison (500 / 630 / 800)

Get Pricing & Lead Time

Tell us your cable categories, target lay length, bobbin size, and options — we’ll send a tailored proposal.

자주 묻는 질문

Triple twist vs double twist — what’s the practical gain?

Triple-pitch enables higher effective rotation at equivalent lay, improving throughput and pair stability for higher categories.

How to choose back-twist for Cat6A vs Cat6?

Start with your current recipe; fine-tune in 5–10% steps while monitoring impedance and crosstalk. We provide ranges during commissioning.

How is servo pitch verified to ±2%?

Use HMI diagnostics + physical lay measurement over a defined gauge length; adjust calibration offsets if needed.