切削液成本失控
近期許多加工廠都在反映
切削液價格持續上漲 廢油回收費用居高不下 切削液發臭、變質問題反覆發生….
您以為只是「耗材成本增加」
【問題核心解析】在CNC加工過程中：
導軌油、潤滑油持續混入切削液 水面形成浮油層 → 阻隔氧氣 成為細菌滋生溫床 → 導致發臭、變質 即使換新切削液、持續加藥.. 都只是短暫改善，無法根治！
【解決方案 #原傳殺菌除臭型油水分離機】
高效分離浮油 → 徹底破壞細菌生存環境 專利殺菌技術 → 抑制細菌繁殖、防止異味產生 延長切削液使用壽命 → 大幅降低更換頻率 減少廢液產生 → 降低廢油回收成本 穩定加工品質 → 提升生產效率
【北部加工廠實際導入效益】 切削液不再發臭 水質長期保持清澈穩定 減少換液與停機時間 降低整體營運成本 不只是設備升級，而是整體加工環境優化
深入了解
全省服務專線：0989060002
E-mail：seki.email@msa.hinet.net
Line ID：sekiemail
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#CNC加工 #精密加工 #工具機產業 #切削液管理 #工廠節能降本 #切削液發臭 #切削液異味 #油水分離機推薦 #切削液殺菌 #CNC切削液管理 #廢油處理 #切削液延長壽命 #降低加工成本
Recently, many machining factories have reported
Coolant prices continue to rise
Waste oil recovery costs remain high
Coolant odor and deterioration problems keep recurring…
Do you think it’s just an “increase in consumable costs”?
【Core problem analysis】
During CNC machining:
Guide oil and lubricating oil continuously mix into the coolant
A floating oil layer forms on the surface → blocks oxygen
Becomes a breeding ground for bacteria → causing odor and deterioration
Even replacing with new coolant or continuously adding chemicals…
Only provides temporary improvement, not a permanent solution!
【Solution: #tme sterilizing and deodorizing oil-water separator】
Efficiently separates floating oil → completely destroys the bacterial living environment
Patented sterilization technology → inhibits bacterial growth and prevents odor generation
Extends coolant service life → significantly reduces replacement frequency
Reduces waste fluid generation → lowers waste oil recovery costs
Stabilizes machining quality → improves production efficiency
【Actual implementation results from a northern Taiwan machining factory】
Coolant no longer produces odor
Water quality remains clear and stable over time
Reduced coolant replacement and downtime
Lower overall operating costs
Not just an equipment upgrade, but a complete optimization of the machining environment‼3
#CNCmachining #precisionmachining #machinetoolindustry #coolantManagement #factoryCostReduction #coolantOdor #coolantSmell #oilWaterSeparator #coolantSterilization #CNCcoolantManagement #wasteOilTreatment #extendCoolantLife #reduceMachiningCost
Recently, many machining factories have reported
Coolant prices continue to rise
Waste oil recovery costs remain high
Coolant odor and deterioration problems keep recurring…
Do you think it’s just an “increase in consumable costs”?
【Core problem analysis】
During CNC machining:
Guide oil and lubricating oil continuously mix into the coolant
A floating oil layer forms on the surface → blocks oxygen
Becomes a breeding ground for bacteria → causing odor and deterioration
Even replacing with new coolant or continuously adding chemicals…
Only provides temporary improvement, not a permanent solution!
【Solution: #tme sterilizing and deodorizing oil-water separator】
Efficiently separates floating oil → completely destroys the bacterial living environment
Patented sterilization technology → inhibits bacterial growth and prevents odor generation
Extends coolant service life → significantly reduces replacement frequency
Reduces waste fluid generation → lowers waste oil recovery costs
Stabilizes machining quality → improves production efficiency
【Actual implementation results from a northern Taiwan machining factory】
Coolant no longer produces odor
Water quality remains clear and stable over time
Reduced coolant replacement and downtime
Lower overall operating costs
Not just an equipment upgrade, but a complete optimization of the machining environment‼3
#CNCmachining #precisionmachining #machinetoolindustry #coolantManagement #factoryCostReduction #coolantOdor #coolantSmell #oilWaterSeparator #coolantSterilization #CNCcoolantManagement #wasteOilTreatment #extendCoolantLife #reduceMachiningCost