21/07/2026
一個孔位偏差,就可能影響整套液壓系統。
液壓閥體負責控制系統的壓力、流量與流動方向。這件 316 不鏽鋼精密液壓閥體,透過 MYLAS CNC 車銑複合加工,整合車削、定位鑽、階梯鑽、精密鑽孔與銑削製程。
從多段孔徑、深孔與小徑孔,到交叉流道及精密座面,每一道工序都考驗孔位精度、同軸度、切屑控制與製程穩定性。
316 不鏽鋼容易產生加工硬化、連續切屑與刀具磨耗。孔位偏差、內部毛邊或殘留切屑,都可能影響密封效果、流體控制及液壓系統的可靠性。
透過 CNC 車銑複合加工將多道工序集中於同一製程,可減少重複裝夾與跨機台轉序,進一步:
• 降低累積誤差與人工作業風險
• 提升關鍵特徵的相對精度
• 改善批量生產一致性
• 強化製程與交期穩定性
這類液壓閥體可應用於工業自動化、CNC 工具機、工程機械、航太液壓系統、船舶及耐腐蝕流體控制設備。
當液壓系統結合壓力、溫度、流量與振動感測器,設備數據還能支援異常偵測、故障診斷與預知保養,協助降低非預期停機風險。
對量產加工而言,重點不只是完成一件合格零件,而是讓每一批產品都維持一致的精度與穩定性。
AI 讓設備更聰明,精密加工讓控制更可靠。
One hole-position error can affect an entire hydraulic system.
A hydraulic valve body controls the pressure, flow rate, and flow direction of the system. This 316 stainless steel precision hydraulic valve body is machined using MYLAS CNC Turn-Mill technology, integrating turning, spot drilling, step drilling, precision drilling, and milling in one setup.
From multi-diameter bores and deep holes to intersecting flow passages and precision valve seats, every operation demands accurate positioning, concentricity, effective chip control, and stable machining performance.
Machining 316 stainless steel involves challenges such as work hardening, continuous chip formation, and tool wear. Hole-position errors, internal burrs, or residual chips can affect sealing performance, fluid control, and overall system reliability.
By consolidating multiple operations into one setup, CNC Turn-Mill machining helps:
• Reduce accumulated setup errors and manual handling risks
• Improve feature-to-feature accuracy
• Maintain consistent quality across production batches
• Support stable production and reliable delivery
These hydraulic valve bodies are used in industrial automation, CNC machine tools, construction machinery, aerospace hydraulic systems, marine equipment, and corrosion-resistant fluid-control applications.
When hydraulic systems are integrated with pressure, temperature, flow, and vibration sensors, operating data can support anomaly detection, fault diagnosis, and predictive maintenance—helping reduce unplanned downtime.
For production machining, the goal is not simply to produce one qualified part. It is to maintain consistent accuracy and process stability across every batch.
AI makes equipment smarter. Precision machining makes control more reliable.
Contact information:
https://linktr.ee/MYLAS_MACHINERY