SIHYDE Automation Equipment Co., Ltd.

The regenerated rubber industry has long faced two major production difficulties: first, uneven density of regenerated rubber leads to package weight deviation, directly affecting finished product qualification rate and batch consistency; second, under cost-reduction pressure, the use of low-cost agricultural film is problematic, causing frequent stoppages and high packaging material waste during the packaging process.The Sihyde Regenerated Rubber Packaging & Palletizing Line is custom-designed for the above core needs. It integrates an intelligent weighing and cutting system with a dedicated tension control process, while also developing an innovative cost-effective specialized gripper that balances gripping stability with equipment investment economy. The entire line can operate independently or be seamlessly integrated with existing regenerated rubber production processes, helping enterprises achieve intelligent upgrading, cost reduction, and efficiency improvement.

The ceramic batching process has long faced challenges such as powder moisture absorption and caking, large deviations in colorant weighing, and dust spillage, which directly affect product color uniformity and firing quality. Targeting the characteristics of ceramic raw materials including feldspar powder, quartz powder, kaolin, clay, and colorants, the Sihyde Ceramic Batching System employs fully sealed moisture-proof conveying and dual-screw variable-frequency metering technology to achieve graded precise weighing of base materials and auxiliary materials, with powder accuracy up to ±0.5% and micro-colorant accuracy up to ±10g. The system supports rapid changeover for multi-variety, small-batch production, helping ceramic enterprises improve product consistency and production line intelligence.

​In the post-treatment of bagged finished products in industries such as chemicals, building materials, and food, traditional manual palletizing has long faced pain points including low efficiency, high labor costs, unstable stacking leading to transport losses, and occupational health risks in dusty environments. The automatic bagging and palletizing system provides a full-process automation solution from "bag" to "pile". Its core advantages lie in: full-chain integration, connecting production and warehousing; high-precision operation, ensuring packaging quality and palletizing regularity; and significant cost-reduction and efficiency-improvement capabilities, helping factories achieve intelligent upgrades.

​In the building material production process, the high hardness of sand and gravel aggregates causes rapid equipment wear, cement powders tend to generate dust that affects the environment, liquid admixtures require small additions but high precision, and multi-variety production demands frequent recipe changes. These factors collectively constrain production line efficiency and product quality stability. Sihyde Building Material Batching System provides a modular automatic batching solution tailored to the above industry characteristics: the system adopts wear-resistant belt metering for sand and gravel aggregates, sealed screw conveying plus precision weighing for cement powders, and high-precision metering pumps for liquid admixtures. Through an intelligent control system, it enables multi-bin coordination and rapid recipe switching, with fully automated operation, helping enterprises reduce labor costs and stabilize product performance.

​Traditional manual bag opening and feeding processes have long faced challenges such as fluctuating efficiency, uncontrollable dust pollution, high staff turnover due to intensive labor, and health risks from operators contacting toxic or hazardous materials. The Sihyde Robotics Fully Automatic Bag Opening System, integrating industrial robots with 3D vision and intelligent control technology, provides a full-process unmanned solution—from bag gripping, precise cutting, closed discharging, to waste bag recycling. Its core advantages lie in closed-loop full-process control, clean and safe design, and high adaptability to existing production lines, empowering intelligent upgrading of the bag-opening stage.

Refractory materials are the fundamental supporting materials for high-temperature industries such as steel, cement, glass, and ceramics. Their batching accuracy and formula consistency directly determine the final product quality and service life. Currently, the global refractory industry is undergoing a profound intelligent transformation, fundamentally changing the production mode of this traditional manufacturing sector. According to industry research data, the global refractory market size was approximately USD 37.89 billion in 2025, and is expected to grow to USD 39.9 billion in 2026. As the world's largest producer and consumer, China's market size is projected to reach RMB 44.521 billion in 2026. Driven by both industrial upgrading and stricter environmental regulations, automatic batching systems have shifted from an "optional upgrade" to a "must-have" – they are not only the core technical means to ensure formula precision and improve product consistency, but also a critical pathway for enterprises to achieve cost reduction, efficiency improvement, and green production. How to select a technically reliable and service-solid partner from numerous suppliers has become a key challenge for procurement decision-makers.