Centrifugal inner layer developing circulation regenerative filtration system

CN224686468UActive Publication Date: 2026-08-28GUANGDONG VICDI TECH
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Patent Information

Application Number
CN202522108394.9
Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
Filing Date
2025-09-29
Publication Date
2026-08-28
Estimated Expiration
2035-09-29

AI Technical Summary

Technical Problem

[0005]1、显影不净导致短路、残铜;

Benefits of technology

[0018]本实用新型通过膜滤+自动反冲+离心脱水集成,解决了传统过滤(滤芯易堵、耗材成本高)与废液处理难题(高COD、氨氮压力),实现药液循环回用、渣水分离减量化、废水处理难度降低,支撑PCB制程降本(减少药水更换、危废处置)、提效(避免频繁换槽/堵喷嘴)、环保(削减COD排放隐患)目标,其中:

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Abstract

The utility model discloses a centrifugal inner layer developing circulation regenerative filtration system, and the high position of waste water tank is discharged into the film / developing waste liquid through the first inlet pipe, the low position one side of waste water tank is discharged into the membrane production water of developing liquid membrane filter device through the second inlet pipe, the low position other side of waste water tank is connected with the water inlet of first circulation pump through the first outlet pipe, and the water outlet of first circulation pump is connected with the first water inlet and second water inlet of developing liquid membrane filter device through the second outlet pipe and third outlet pipe respectively, and the filter residue mouth of developing liquid membrane filter device is connected with the water inlet of second circulation pump through the backflush water tank, and the water outlet of second circulation pump is connected with the third water inlet of developing liquid membrane filter device and the water inlet of centrifugal automatic residue removing device through the second water circulation pipe and fifth outlet pipe respectively. The utility model discloses through membrane filter + automatic backflush + centrifugal dewatering integration, has solved traditional filtration (filter core is easy to block, and the cost of consumable is high) and waste liquid processing problem.
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