The fully automatic four-station rubber ring mechanical testing system independently developed by Shenzhen Saas Testing Technology Co., Ltd. has been successfully delivered to a customer in the rubber industry. The system is specially designed for various O-rings, sealing rings, and annular rubber products, enabling full-process automation from sample feeding and testing to sorting. It is mainly used for testing deformation under constant force and force under constant deformation of rubber ring

产品详情

The fully automatic four-station rubber ring mechanical testing system independently developed by Shenzhen Saas Testing Technology Co., Ltd. is specially designed for various O-rings, sealing rings, and annular rubber products. It enables full-process automation from sample feeding and testing to sorting, significantly improving testing efficiency while ensuring testing accuracy and repeatability. It is an ideal solution for meeting the full inspection requirements of modern production lines.

The equipment possesses advanced mechanical property testing capabilities, and the core testing functions of the system comprehensively cover the key mechanical indicators of rubber seals:

Tensile Performance Testing: Precisely determines key parameters such as tensile strength and elongation at break of specimens.

Force under Constant Deformation: Stretches the specimen to a preset deformation and measures the required force, evaluating its stiffness and retention force. These functions enable the system to comprehensively evaluate the sealing performance and durability of rubber products under simulated working conditions.

Four-Station Parallel High-Efficiency Testing: The system adopts a unique four-station parallel testing architecture, allowing four specimens to be tested independently and simultaneously in separate testing cycles. Compared with traditional single-station equipment, testing efficiency is increased by more than 300%, making it particularly suitable for online full inspection or factory batch sampling inspection on high-volume, fast-paced production lines, significantly reducing unit testing costs and time.

Technical Parameters:

Accuracy Class: 0.5;
Test Force Measurement Range: 0.4%–100% F.S (maximum load);
Test Force Indication Error: Within ±0.5% of the indicated value;
Test Force Resolution: 1/500,000, with no range division throughout the entire process, and the resolution remains unchanged over the full range;
Displacement Indication Error: Within ±0.5% of the indicated value;
Displacement Resolution: 0.04 μm.

For detailed technical solutions, please call for consultation: 4008-482-582

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