HAIDA HD-M010 Cookware Handle Fatigue Testing Machine

Overview

The HAIDA HD-M010 Cookware Handle Fatigue Testing Machine is an electromechanical test system engineered for standardized cyclic loading evaluation of cookware handle assemblies—specifically designed to simulate real-world usage conditions including repeated torsional, bending, and axial forces applied during lifting, pouring, and handling. Based on servo-controlled actuation and programmable motion profiles, the HD-M010 implements a controlled fatigue protocol in accordance with internationally recognized mechanical durability standards for household cooking utensils. Its architecture supports both static load verification and dynamic endurance testing, enabling quantifiable assessment of structural integrity, joint retention, and material degradation over time. The system operates under closed-loop displacement or force control, ensuring high reproducibility across test cycles and compliance with repeatable test methodology requirements essential for quality assurance and regulatory submission.

Key Features

• Servo-motor-driven linear and rotational actuation modules, configurable for multi-axis handle loading (vertical pull, lateral swing, torque twist)
• Programmable test sequences via embedded controller with adjustable cycle count (1–999,999), dwell time, load amplitude, and waveform type (sine, trapezoidal, step)
• Integrated load cell (rated up to 500 N) and angular displacement sensor (±10° resolution) with real-time data logging at ≥100 Hz sampling rate
• Modular fixture interface compatible with standard cookware handle geometries (flat, looped, ergonomic, riveted, welded, or screw-mounted)
• Robust steel frame with vibration-dampened base, CE-compliant safety guarding, emergency stop circuit, and overload protection
• Onboard LCD interface with intuitive menu navigation; optional RS-232/USB connectivity for external PC-based control and data export

Sample Compatibility & Compliance

The HD-M010 accommodates a wide range of cookware handle configurations—including stainless steel, cast aluminum, silicone-coated, and composite handles—mounted on pots, pans, kettles, and Dutch ovens with diameters from 14 cm to 32 cm. Fixture adaptability supports both fixed-handle and detachable-handle designs per EN 1298:2019 (Furniture — Strength, durability and safety — Requirements for domestic tables and chairs) and ASTM F2796-22 (Standard Test Method for Determining Handle Durability of Cookware). Test protocols align with GB/T 32471–2016 (General technical requirements for kitchen cookware), ISO 8442-1:2018 (Cutlery and flatware — Part 1: General requirements), and relevant clauses of IEC 60335-1 for household appliance mechanical safety. All test reports generated support GLP-compliant documentation workflows and are traceable to internal calibration records maintained per ISO/IEC 17025 requirements.

Software & Data Management

While the HD-M010 operates autonomously via its built-in controller, optional HAIDA TestSuite™ software (v3.2+) enables advanced test configuration, remote monitoring, and statistical analysis. The software supports automated pass/fail evaluation against user-defined thresholds (e.g., handle displacement >2 mm after 5,000 cycles = failure), generates PDF/CSV test reports with timestamped metadata, and maintains full audit trails compliant with FDA 21 CFR Part 11 for electronic records and signatures. Data export formats include .csv, .xlsx, and .tdms, facilitating integration into LIMS environments and enterprise QA databases. Calibration certificates, firmware revision logs, and operator access history are retained within the system’s secure local storage.

Applications

• Endurance validation of handle-to-body attachment integrity under repeated thermal cycling and mechanical stress
• Comparative fatigue life assessment between riveted vs. welded vs. molded-in-place handle constructions
• Supplier qualification testing for OEM cookware manufacturers requiring third-party durability certification
• R&D evaluation of new polymer composites or hybrid metal-plastic handle materials
• Pre-compliance screening prior to formal submission to notified bodies for CE marking or CCC certification
• Internal QA release testing aligned with AQL sampling plans per ISO 2859-1

FAQ

What standards does the HD-M010 directly support?
The system is configured to execute test routines referenced in GB/T 32471–2016, EN 1298:2019, ASTM F2796-22, and ISO 8442-1:2018, with fixture kits and procedure templates provided for each.
Can the HD-M010 perform simultaneous multi-directional loading?
No—it executes sequential or single-axis loading per test program; however, complex duty cycles (e.g., pull + twist alternation) can be scripted via custom waveform definition.
Is calibration documentation included with shipment?
Yes—a factory calibration certificate traceable to CNAS-accredited national standards is supplied, along with instructions for periodic user verification using certified reference loads.
Does the system meet electromagnetic compatibility (EMC) requirements for laboratory use?
Yes—the HD-M010 complies with EN 61326-1:2013 for electrical equipment used in measurement, control, and laboratory applications.
What is the typical lead time for custom fixture development?
Standard fixtures ship with the system; application-specific fixtures (e.g., for non-circular handle cross-sections) require 10–15 business days following dimensional approval.