Shenzhen Haihou Industrial Co., Ltd. specializes in manufacturing tightening and press-fit assembly tools; the company focuses on high-end intelligent tightening and press-fit technology. Main products: intelligent electric batch, servo press, positioning arm, nail feeder, tightening module, sleeve selector and other products; the company realizes process traceability through self-developed data acquisition software. The products are mainly intelligent, high-precision, easy to operate and convenient to maintain; they are used in automotive parts, new energy, three-power, 3C electronics and other fields. The company has a number of design patents and passed the ISO9001 quality management system certification, double C testing, "high-tech enterprise", "specialized new enterprise", "five-star after-sales service system". The company is committed to providing customers with more simple and reliable solutions for automated assembly needs.

Haihou Press-Fitting Ecosystem The Haihou press-fitting ecosystem is designed for high-precision interference fit assembly between parts. It effectively controls the press-fitting depth (with a displacement precision of 0.01 mm) and press-fitting force (with a precision of 1%) while real-time data collection is performed. The system generates press-fitting process curves, which are used for monitoring and analyzing the press-fitting process.

Its stable and excellent structure effectively ensures the stability of screw feeding and tightening, and can effectively solve various complex working conditions for screw tightening. Modular Structure for quick installation Compatibility with intelligent electric screwdrivers from different brands Integrated Vacuum Suction for screw feeding, ensuring reliable blow-and-suction tightening for screws of various materials Suitable for Deep Holes and Tight Spaces, meeting assembly requirements in confined areas Ensures Perpendicular Assembly of screws Full Automation when used with a screw feeder, enabling fully automated tightening

By using a stepped pusher to feed the material, screws are pushed onto a linear track, then sorted and sequentially arranged before being separated by the feeding mechanism and finally blown to the gun head. This is a prerequisite for fully automated tightening, with simple operation and maintenance that can improve work efficiency and quality management. Performance Data: Stepped Pushing Feeding: Reduces tiny particles adhering to the screws. Reduced Vibration Source: Relatively less friction between screws. Expandable Large Capacity Hopper: Reduces the frequency of refilling. 0.01% Screw Jamming Rate: Zero failures in 5 million blow-feeding cycles. Vibration-Free Storage Unit: Effectively reduces noise. Suitable for Longer Screws: Good adaptability for longer screws. Wide Screw Size Range: Suitable for screws ranging from M2 to M16, up to 70 mm in length. Multi-Channel Feeding Capability: Can support up to six feeding channels for tightening. Primary Application Areas: This system can be applied to the automatic tightening processes in the automotive, mechanical, home appliance, and electronics industries.

Equipped with ball bearings for smooth operation, the system features a tightening range fixture plate that can be adjusted to the maximum extent. Combined with a balancer, it can absorb the weight of the tool and arm, thereby reducing the weight that the operator has to bear and minimizing the reaction force, which helps prevent arm injuries. Performance Data: Robust Structure with Long Service Life: No force is transferred to the operator. Balancer Configuration: Eliminates the weight of the tool and arm that the operator has to bear. Minimized Reaction Force: Prevents injuries. Tightening Torque Range: 5 NM to 25 NM available. Primary Application Areas: Suitable for handheld tightening processes at tightening stations in the automotive, mechanical, home appliance, and electronics industries.

Haihou Ecosystem Management System The Haihou Ecosystem Management System, which integrates concepts such as product integration and the Internet of Things (IoT), can help enterprises achieve the following through its intelligent and data-driven approach: Quality Control: Ensuring stable product quality at the time of shipment by strictly adhering to manufacturing standards for testing. Guaranteeing high-quality products through rigorous testing procedures and real-time recording of test data into the system. Enabling real-time tracking of product usage status at customer sites. Equipment Operation and Maintenance: Ensuring continuous and normal production operations. Real-time monitoring of equipment, regular maintenance, and predictive maintenance needs to prevent production delays or stoppages due to equipment failures. Energy Monitoring: Assisting enterprises in environmental protection and energy conservation. Monitoring energy consumption and usage duration of products, regulating carbon emissions, and achieving low-loss operations for energy efficiency.
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