Cable Flex Test Machine – Huawei iPhone Charging Cable Durability Tester

Cable Flex Test Machine – Huawei iPhone Charging Cable Durability and Flex Life Tester

The Cable Flex Test Machine is a high-precision, servo-controlled durability testing system engineered by KingPo to simulate the real-world flex life and mechanical strength of charging cables (especially Huawei and iPhone models) under specific load conditions. This cable flex test machine winds the test cable around a rotating cone fixture, applies adjustable weights, and passes controlled current/voltage while the cone rotates at 2–60 r/m for up to 3600° angle, replicating repeated bending, twisting, and pulling stresses during daily charging/unplugging.

The system features 3 independent stations with individual servo motor drive, allowing simultaneous or separate testing. It supports load (voltage 5–20V, current 0.5–20A), no-load, and momentary break modes, with automatic failure detection (disconnection, short circuit) and cycle counting (0–999999). External momentary break test equipment (e.g., NM-11B) can be integrated for enhanced signal monitoring. It is widely used in R&D validation, quality control, production batch testing, and certification for mobile phone charging cables, data cables, and similar flexible wires.

KingPo Factory Advantages

KingPo is an ISO9001-certified manufacturer with extensive experience in cable flex life and mechanical strength testing equipment. We have delivered over 50 cable flex test machines to cable manufacturers and labs in China, Europe, and Asia since 2020, including customized units for Huawei/iPhone cable testing. All equipment includes calibration certificates, on-site installation guidance, 1-year warranty, and 48-hour response support from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

• Servo-Controlled Stations: 3 independent groups with individual servo motors for precise angle/speed control
• Cone Rotation: 0–3600° arbitrary angle at 2–60 r/m speed, with 45° or vertical/horizontal manual adjustment
• Load System: Per-station voltage 5–20V, current 0.5–20A adjustable, with load/no-load/momentary break modes
• Cycle & Failure Detection: 0–999999 cycles preset, automatic stop on disconnection, short circuit, or ground short
• Integration: Supports external momentary break tester (e.g., NM-11B) for enhanced signal monitoring
• Power Supply: AC 220V ±10% 50Hz, 60A, with stable operation in 0–40°C, ≤85% RH environments

These elements ensure accurate simulation of real-use flex life stresses.

Primary Use Cases & Business Value

The cable flex test machine supports essential stages:

• Product Development – Validate charging cable flex life under bending/torsion and current load
• Certification Testing – Generate data for Huawei/iPhone cable durability standards
• Quality Control – Batch inspection of flexible cables in production
• Failure Analysis – Identify risks of conductor breakage, insulation wear, or momentary break under repeated cycles

It improves cable reliability, reduces field failures, and accelerates market entry.

Compliance & Regulatory Assurance

Designed for Huawei/iPhone cable flex life simulation and aligned with relevant mechanical strength standards. Calibration certificates available (additional cost). Regular verification of servo speed, angle accuracy, and load current is recommended.

Procurement Benefits

3-station independent control doubles testing efficiency. Automatic failure detection and cycle counting reduce manual effort. Comprehensive documentation, installation support, and after-sales service ensure long-term reliability. This cable flex test machine improves cable durability validation, supports quality claims, and minimizes compliance risks. Contact us today for your quote – we’ll respond within 24 hours with detailed specifications and pricing.

Compliance Design Statement This equipment is strictly designed in accordance with the requirements of Chapter 4.8 and relevant annexes of IEC 62368-1. It is specially used to test the bending durability and mechanical strength of charging cables under load conditions, simulating the repeated plugging, unplugging, and bending stresses experienced by charging cables of brands such as Huawei and iPhone in daily use, thereby ensuring product reliability and safety.