The HK-861 Office Desk Durability Testing Machine is designed to perform static load, fatigue, and impact tests on office desks and related furniture. It simulates real-life stress conditions such as horizontal and vertical forces, enabling accurate evaluation of furniture durability and safety performance. This equipment is widely used in furniture manufacturing, quality inspection, and certification institutions.
* Horizontal and vertical static load testing.
* Fatigue and impact resistance evaluation for office desks.
* Multi-axis control system for flexible and programmable test sequences.
* Supports durability tests up to 999,999 cycles.
* Applicable for desks with maximum size up to 1.5 m * 1.0 m * 0.8 m.
* Multi-axis control system supporting 6 test stations.
* Winch-assisted lifting system for easy and fast clamping.
* Four horizontal loading units for push force tests.
* Two vertical loading units with circular pressing plates.
* Closed-loop control with high-precision force sensors and PLC.
* Heavy-duty steel frame with stable structure for long-term durability tests.
Designed in compliance with the following standards: GB/T 10357.1-2013 (Furniture mechanical performance - Desk strength and durability), EN 12520, EN 1335-2, EN 16139, QB/T 4071-2010 (School desks and chairs).















Dongguan Huakai Testing Equipment Technology Co., Ltd. is a professional integrated testing equipment company specializing in independent R&D, innovative design, and independent production. We provide reliability test equipment, environmental test equipment, and various testing instruments. Our testing equipment not only meets the requirements of international quality standards such as EN, DIN, BS, UL, ASTM, JIS, GB, and ISO, but also has obtained certifications from professional institutions including CMC and CPA.













Product descriptions from the supplier The HK-861 Office Desk Durability Testing Machine is designed to perform static load, fatigue, and impact tests on office desks and related furniture. It simulates real-life stress conditions such as horizontal and vertical forces, enabling accurate evaluation ...