2025-10-13
Liuzhou Silk Flower Machinery takes the lead in establishing an industry alliance to drive the standardization of injection-molded bone-shaped silk flower machinery development.
To standardize the development of the silk flower machinery industry and elevate product quality, Guangxi Liuzhou Silk Flower Machinery Co., Ltd. recently joined forces with 12 other organizations—including the Guangxi Academy of Mechanical Industry and the Nanning Floral Association—to jointly establish the "Guangxi Silk Flower Machinery Industry Technology Innovation Alliance." The company is also taking the lead in drafting the local standard "General Technical Requirements for Injection-Molded Bone-Shape Silk Flower Forming Equipment," filling a critical gap in industry standards.
2025-10-14
The 2025 bone-implant market is set to surpass 5.3 billion, with the Asia-Pacific region emerging as the global growth engine.
According to the latest industry report, the global market for computer-controlled, fully hydraulic embossing machines for footwear and other materials is entering a rapid growth phase. In 2024, the market size reached RMB 4.86 billion, with projections indicating it will surpass RMB 5.3 billion in 2025 and potentially climb to RMB 8.2 billion by 2030. The market is expected to maintain an annual compound growth rate of 9.2%. This robust growth trajectory is primarily driven by the increasing demand for automation upgrades in industries such as footwear and luggage manufacturing, where related applications account for more than 75% of the downstream market.
2025-10-14
Technological breakthrough tackles industry challenges: New bone-extraction machine boosts material retrieval success rate by 90%.
Recently, a simulated plant-processing bone-removal machine equipped with a detachable module and an integrated air-pump system has completed technical validation and entered mass production, successfully addressing the common challenge of material adhesion during the production of ultra-thin floral and foliage products. Developed by a domestic equipment manufacturer, this innovative device uses a primary hydraulic rod to simultaneously activate the mold-opening action and trigger the air pump for exhaust, which in turn drives the lower template downward while the detachable module lifts the finished product. As a result, the failure rate of the vacuum-based material-handling system has been dramatically reduced—from 35% in conventional models to less than 3%.
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