中空玻璃加工設備是構建節能建筑幕墻的核心裝備體系，其結構復雜性與技術集成度直接決定產品性能。整套設備由五大核心模塊構成，形成從原料處理到成品檢測的完整閉環。

　　Hollow glass processing equipment is the core equipment system for building energy-saving building curtain walls, and its structural complexity and technological integration directly determine product performance. The entire equipment consists of five core modules, forming a complete closed loop from raw material processing to finished product testing.

　　玻璃預處理系統是生產起點，包含高精度切割臺與磨邊機。切割臺采用金剛石鋸片或激光定位技術，將原片玻璃分割為指定尺寸，誤差控制在±0.15mm以內，為后續工序提供基準。磨邊機則通過多級金剛輪對玻璃邊緣進行圓角處理，消除微裂紋，避免應力集中導致的自爆風險，同時提升密封膠附著性能。

　　The glass pretreatment system is the starting point of production, including high-precision cutting tables and edge grinders. The cutting table uses diamond saw blades or laser positioning technology to divide the original glass into specified sizes with an error controlled within ± 0.15mm, providing a benchmark for subsequent processes. The edging machine uses multi-stage diamond wheels to round the edges of the glass, eliminating micro cracks, avoiding the risk of self explosion caused by stress concentration, and improving the adhesion performance of the sealant.

　　清洗干燥機組承擔表面凈化任務，由預洗槽、刷洗段及熱風刀組成。預洗槽采用循環去離子水去除玻璃表面粉塵，刷洗段配備兩組尼龍輥刷，以300rpm轉速配合中性清洗劑深度去污，熱風刀通過0.2MPa壓縮空氣與120℃熱風協同作用，實現玻璃表面殘水率低于0.05g/㎡，為涂布密封膠創造潔凈基底。

　　The cleaning and drying unit is responsible for surface purification and consists of a pre washing tank, a scrubbing section, and a hot air knife. The pre washing tank uses circulating deionized water to remove dust on the glass surface. The brushing section is equipped with two sets of nylon roller brushes, which are deeply cleaned with neutral cleaning agent at a speed of 300rpm. The hot air knife works together with 0.2MPa compressed air and 120 ℃ hot air to achieve a residual water rate of less than 0.05g/㎡ on the glass surface, creating a clean substrate for applying sealant.

　　鋁框加工中心是結構強度保障，集成鋁條切割、折彎與分子篩灌裝功能。數控切割鋸根據中空層厚度自動調整鋁條長度，切口采用倒角工藝防止刺穿密封膠。折彎機通過三維伺服系統實現U型、口字型等異形框架成型，角度誤差控制在±0.5°以內。分子篩灌裝機采用真空吸附技術，確保每米鋁框填充量穩定在35±2g，有效吸附中空層水分。

　　The aluminum frame processing center is a structural strength guarantee that integrates aluminum strip cutting, bending, and molecular sieve filling functions. The CNC cutting saw automatically adjusts the length of the aluminum strip according to the thickness of the hollow layer, and the incision is chamfered to prevent puncturing the sealant. The bending machine uses a three-dimensional servo system to form irregular frames such as U-shaped and mouth shaped frames, with angle errors controlled within ± 0.5 °. The molecular sieve filling machine adopts vacuum adsorption technology to ensure a stable filling amount of 35 ± 2g per meter of aluminum frame, effectively adsorbing the moisture in the middle air layer.

　　合片壓合系統是工藝核心，由定位平臺、涂膠機器人及壓合機組成。定位平臺采用激光對中裝置，確保兩片玻璃與鋁框的同軸度≤0.3mm。涂膠機器人搭載六軸機械臂，沿鋁框軌跡以8-12mm寬度均勻涂布丁基膠，壓合機通過分段加壓技術，先以0.05MPa壓力預壓合消除氣泡，再逐步升壓至0.15MPa完成最終密封。

　　The laminating system is the core of the process, consisting of a positioning platform, a glue coating robot, and a laminating machine. The positioning platform adopts a laser alignment device to ensure that the coaxiality between the two pieces of glass and the aluminum frame is ≤ 0.3mm. The glue coating robot is equipped with a six axis mechanical arm, which uniformly applies butyl glue with a width of 8-12mm along the trajectory of the aluminum frame. The laminating machine uses segmented pressure technology to pre press and eliminate bubbles with a pressure of 0.05MPa, and then gradually increases the pressure to 0.15MPa to complete the final sealing.

　　封膠固化線實現產品終飾，包含二次密封與固化裝置。雙組份打膠機將聚硫膠或硅酮膠按比例混合，通過動態攪拌槳確保均勻性，膠槍以45°傾角沿鋁框外側形成連續密封帶。固化室采用熱風循環系統，維持45℃恒溫環境，配合紫外線輔助固化，使密封膠在2小時內達到初始強度，滿足堆垛運輸要求。

　　The sealing and curing line realizes product finishing, including secondary sealing and curing devices. The two-component glue machine mixes polysulfide glue or silicone glue in proportion and ensures uniformity through dynamic stirring blades. The glue gun forms a continuous sealing tape along the outer side of the aluminum frame at a 45 ° angle. The curing chamber adopts a hot air circulation system to maintain a constant temperature environment of 45 ℃, combined with ultraviolet assisted curing, so that the sealant can reach its initial strength within 2 hours and meet the requirements of stacking and transportation.

　　現代中空玻璃生產線已實現全流程自動化，集成視覺檢測系統對玻璃平整度、密封膠連續性進行實時監控，數據反饋至中央控制系統優化工藝參數。這種高度集成的設備體系，不僅將生產節拍縮短至90秒/片，更使中空玻璃的傳熱系數低至1.1W/(㎡·K)，達到被動房節能標準，推動建筑行業向低碳化轉型。

　　The modern insulated glass production line has achieved full process automation, with an integrated visual inspection system for real-time monitoring of glass flatness and sealant continuity. The data is fed back to the central control system to optimize process parameters. This highly integrated equipment system not only shortens the production cycle to 90 seconds per piece, but also reduces the heat transfer coefficient of insulated glass to 1.1W/(㎡· K), meeting the energy-saving standards for passive rooms and promoting the transformation of the construction industry towards low-carbon.

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