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You are here: Home > Reverse Engineering PCB > Air Cleaning Machine PCB Card Recreate

Air Cleaning Machine PCB Card Recreate

Recreation of Air Cleaning Machine PCB Card documents is a critical service for manufacturers, service providers, and research teams seeking to restore or extend the lifecycle of air cleaning machines when original design files are unavailable. These devices rely on precision circuit boards to manage fan speed, ionization modules, filtration sensors, and control interfaces. When the original PCB documentation is lost, reverse engineering provides the methodology to recover, recreate, and ultimately replicate these boards for continuous production and maintenance.

La ricostruzione dei documenti delle schede PCB delle macchine per la depurazione dell'aria è un servizio fondamentale per produttori, fornitori di servizi e team di ricerca che desiderano ripristinare o estendere il ciclo di vita delle macchine per la depurazione dell'aria quando i file di progettazione originali non sono disponibili. Questi dispositivi si basano su schede a circuito stampato di precisione per gestire la velocità delle ventole, i moduli di ionizzazione, i sensori di filtrazione e le interfacce di controllo. Quando la documentazione PCB originale viene persa, il reverse engineering fornisce la metodologia per recuperare, ricreare e infine replicare queste schede per la produzione e la manutenzione continue. Il processo inizia con un'attenta ispezione della scheda PCB esistente. Ogni traccia, via e strato del circuito viene esaminato utilizzando strumenti di imaging avanzati, consentendo agli ingegneri di generare un disegno di layout iniziale. Analizzando la netlist, vengono identificate le connessioni tra microcontrollori, sensori e circuiti di pilotaggio. Particolare attenzione viene prestata ai percorsi analogici sensibili utilizzati per i sensori della qualità dell'aria e il monitoraggio della corrente, poiché qualsiasi deviazione può influire sulle prestazioni della macchina. Una volta comprese appieno le relazioni del circuito, viene ricreato uno schema elettrico dettagliato, garantendo che tutte le designazioni dei componenti e le connessioni elettriche siano acquisite con precisione.
La ricostruzione dei documenti delle schede PCB delle macchine per la depurazione dell’aria è un servizio fondamentale per produttori, fornitori di servizi e team di ricerca che desiderano ripristinare o estendere il ciclo di vita delle macchine per la depurazione dell’aria quando i file di progettazione originali non sono disponibili. Questi dispositivi si basano su schede a circuito stampato di precisione per gestire la velocità delle ventole, i moduli di ionizzazione, i sensori di filtrazione e le interfacce di controllo. Quando la documentazione PCB originale viene persa, il reverse engineering fornisce la metodologia per recuperare, ricreare e infine replicare queste schede per la produzione e la manutenzione continue. Il processo inizia con un’attenta ispezione della scheda PCB esistente. Ogni traccia, via e strato del circuito viene esaminato utilizzando strumenti di imaging avanzati, consentendo agli ingegneri di generare un disegno di layout iniziale. Analizzando la netlist, vengono identificate le connessioni tra microcontrollori, sensori e circuiti di pilotaggio. Particolare attenzione viene prestata ai percorsi analogici sensibili utilizzati per i sensori della qualità dell’aria e il monitoraggio della corrente, poiché qualsiasi deviazione può influire sulle prestazioni della macchina. Una volta comprese appieno le relazioni del circuito, viene ricreato uno schema elettrico dettagliato, garantendo che tutte le designazioni dei componenti e le connessioni elettriche siano acquisite con precisione.

The process begins with a careful inspection of the existing PCB card. Each circuit trace, via, and layer is examined using advanced imaging tools, allowing engineers to generate an initial layout drawing. By analyzing the netlist, connections between microcontrollers, sensors, and driver circuits are identified. Special attention is given to sensitive analog paths used for air quality sensors and current monitoring, as any deviation may affect machine performance. Once the circuit relationships are fully understood, a detailed schematic diagram is recreated, ensuring all component designations and electrical connections are captured accurately.

air-cleaning-machine-pcb-card-recreate

As a dedicated PCB CARD recreate company, we have been engaged in single side, double side and multilayer PCB CARD recreate (recreate), IC Crack, PCB CARD manufacture and prototype production., etc. combine with most updated EDA design software, professional PCB CARD recreate engineers and advanced technology, we can recreate single side, double side, and multilayer (max 32 layers) PRINTED CIRCUIT BOARD. And recreate different kinds of PCB CARD with blind / buried VIAs and 2nd phase research and development is available in view of customer to satisfy customer further expectation. Regarding to the Air Cleaning Machine PCB CARD Recreate is a new progress and typical sample we made, below are some instruction about this pcb card:

Die Wiederherstellung von Leiterplattendokumenten für Luftreinigungsmaschinen ist ein wichtiger Service für Hersteller, Serviceanbieter und Forschungsteams, die die Lebensdauer von Luftreinigungsmaschinen verlängern oder wiederherstellen möchten, wenn die Original-Designdateien nicht verfügbar sind. Diese Geräte benötigen präzise Leiterplatten zur Steuerung von Lüfterdrehzahl, Ionisationsmodulen, Filtersensoren und Steuerungsschnittstellen. Geht die Original-Leiterplattendokumentation verloren, ermöglicht Reverse Engineering die Wiederherstellung, Rekonstruktion und letztendliche Replikation dieser Platinen für die kontinuierliche Produktion und Wartung. Der Prozess beginnt mit einer sorgfältigen Prüfung der vorhandenen Leiterplatte. Jede Leiterbahn, jede Durchkontaktierung und jede Lage wird mithilfe moderner Bildanalyse-Tools untersucht, sodass Ingenieure eine erste Layoutzeichnung erstellen können. Durch die Analyse der Netzliste werden die Verbindungen zwischen Mikrocontrollern, Sensoren und Treiberschaltungen identifiziert. Besonderes Augenmerk liegt auf den empfindlichen analogen Pfaden für Luftqualitätssensoren und Stromüberwachung, da jede Abweichung die Maschinenleistung beeinträchtigen kann. Sobald die Schaltkreisbeziehungen vollständig verstanden sind, wird ein detaillierter Schaltplan erstellt, der sicherstellt, dass alle Bauteilbezeichnungen und elektrischen Verbindungen korrekt erfasst werden.
Die Wiederherstellung von Leiterplattendokumenten für Luftreinigungsmaschinen ist ein wichtiger Service für Hersteller, Serviceanbieter und Forschungsteams, die die Lebensdauer von Luftreinigungsmaschinen verlängern oder wiederherstellen möchten, wenn die Original-Designdateien nicht verfügbar sind. Diese Geräte benötigen präzise Leiterplatten zur Steuerung von Lüfterdrehzahl, Ionisationsmodulen, Filtersensoren und Steuerungsschnittstellen. Geht die Original-Leiterplattendokumentation verloren, ermöglicht Reverse Engineering die Wiederherstellung, Rekonstruktion und letztendliche Replikation dieser Platinen für die kontinuierliche Produktion und Wartung. Der Prozess beginnt mit einer sorgfältigen Prüfung der vorhandenen Leiterplatte. Jede Leiterbahn, jede Durchkontaktierung und jede Lage wird mithilfe moderner Bildanalyse-Tools untersucht, sodass Ingenieure eine erste Layoutzeichnung erstellen können. Durch die Analyse der Netzliste werden die Verbindungen zwischen Mikrocontrollern, Sensoren und Treiberschaltungen identifiziert. Besonderes Augenmerk liegt auf den empfindlichen analogen Pfaden für Luftqualitätssensoren und Stromüberwachung, da jede Abweichung die Maschinenleistung beeinträchtigen kann. Sobald die Schaltkreisbeziehungen vollständig verstanden sind, wird ein detaillierter Schaltplan erstellt, der sicherstellt, dass alle Bauteilbezeichnungen und elektrischen Verbindungen korrekt erfasst werden.

 Parallel to schematic reconstruction, the BOM list is compiled. Every resistor, capacitor, IC, connector, and sensor is identified with its manufacturer part number. In cases where original components are obsolete, engineers may redesign or remanufacture certain modules to ensure equivalent functionality. The Gerber file is then produced, incorporating precise routing, solder mask, drill information, and layer alignment to match the original PCB performance. This is especially important for multi-layer PCBs or boards with high-current traces, where design fidelity is critical.

Once all documentation has been restored, the bare board production phase begins. PCB fabrication follows the specifications derived from the recreated layout drawing and Gerber files, including material selection, copper thickness, and layer count. During assembly, components are procured according to the verified BOM list and placed with precision. Automated pick-and-place machines, as well as manual soldering for sensitive modules, are employed to maintain quality standards.

Function features:

Bring out dust-free and no smell space effortlessly. Has great capability to clean dust, remove smell and other hazardous air, anti-bacteria function and have obvious adhesive and filtering functionality on the constant volatilized polluted air from interior decoration process.

La reconstitution des documents des cartes de circuits imprimés (PCB) des purificateurs d'air est un service essentiel pour les fabricants, les prestataires de services et les équipes de recherche qui cherchent à restaurer ou à prolonger la durée de vie de ces appareils lorsque les fichiers de conception originaux sont indisponibles. Ces dispositifs reposent sur des cartes de circuits imprimés de précision pour gérer la vitesse du ventilateur, les modules d'ionisation, les capteurs de filtration et les interfaces de contrôle. En cas de perte de la documentation originale des PCB, la rétro-ingénierie permet de récupérer, de recréer et, à terme, de répliquer ces cartes pour assurer la continuité de la production et de la maintenance. Le processus débute par une inspection minutieuse de la carte PCB existante. Chaque piste, via et couche est examinée à l'aide d'outils d'imagerie avancés, permettant aux ingénieurs de générer un schéma d'implantation initial. L'analyse de la netlist permet d'identifier les connexions entre les microcontrôleurs, les capteurs et les circuits de commande. Une attention particulière est portée aux chemins analogiques sensibles utilisés pour les capteurs de qualité de l'air et la surveillance du courant, car toute anomalie peut affecter les performances de l'appareil. Une fois les relations entre les circuits parfaitement comprises, un schéma détaillé est reconstitué, garantissant la reproduction fidèle de toutes les désignations de composants et des connexions électriques.
La reconstitution des documents des cartes de circuits imprimés (PCB) des purificateurs d’air est un service essentiel pour les fabricants, les prestataires de services et les équipes de recherche qui cherchent à restaurer ou à prolonger la durée de vie de ces appareils lorsque les fichiers de conception originaux sont indisponibles. Ces dispositifs reposent sur des cartes de circuits imprimés de précision pour gérer la vitesse du ventilateur, les modules d’ionisation, les capteurs de filtration et les interfaces de contrôle. En cas de perte de la documentation originale des PCB, la rétro-ingénierie permet de récupérer, de recréer et, à terme, de répliquer ces cartes pour assurer la continuité de la production et de la maintenance. Le processus débute par une inspection minutieuse de la carte PCB existante. Chaque piste, via et couche est examinée à l’aide d’outils d’imagerie avancés, permettant aux ingénieurs de générer un schéma d’implantation initial. L’analyse de la netlist permet d’identifier les connexions entre les microcontrôleurs, les capteurs et les circuits de commande. Une attention particulière est portée aux chemins analogiques sensibles utilisés pour les capteurs de qualité de l’air et la surveillance du courant, car toute anomalie peut affecter les performances de l’appareil. Une fois les relations entre les circuits parfaitement comprises, un schéma détaillé est reconstitué, garantissant la reproduction fidèle de toutes les désignations de composants et des connexions électriques.

HEPA high efficient filtering device and can filter the 0.3 micro article, 80% of dust article can be wiped out within 60mins;

Extreme thin device design and can save the working space;

Imported centrifugal fan with low noise, low energy consumption and low operating cost;

Air outlet merit rating can over level 100;

Equip with draught fan voltage displaying system unit;

Filtering facility apply the environmental filter material which has awarded with international patent or national patent, violet radiation light source without radiation and no second contamination;

Different with electronic clearing machine;

Technical Parameter:

Outline dimension: 900mm*120mm*1500mm;

Filter size without isolated plate: 755mm*605mm*50mm;

Power supply: AC 220V 50HZ and 60W;

Fan speed: 0.2m/s∽0.6m/s;

Weight: 50KG;

Control panel displaying: draught fan voltage displaying unit plus systematic working displaying light;

Working Environment:

Temperature: 5℃～40℃；

Relative humility: ≤75%；

After assembly, functional verification is essential. Engineers conduct extensive testing to confirm that the duplicated PCB matches the original’s performance in terms of fan control, ionization output, sensor accuracy, and overall reliability. Any discrepancies observed are analyzed, and the documentation may be refurbished or further redeveloped to resolve issues. Only after rigorous validation is the PCB ready for deployment in new air cleaning machines or as replacement boards in existing units.

La recreación de la documentación de las tarjetas PCB de las máquinas de purificación de aire es un servicio fundamental para fabricantes, proveedores de servicios y equipos de investigación que buscan restaurar o prolongar la vida útil de las máquinas cuando no se dispone de los archivos de diseño originales. Estos dispositivos se basan en placas de circuito de precisión para gestionar la velocidad del ventilador, los módulos de ionización, los sensores de filtración y las interfaces de control. Cuando se pierde la documentación original de la PCB, la ingeniería inversa proporciona la metodología para recuperar, recrear y, en última instancia, replicar estas placas para la producción y el mantenimiento continuos. El proceso comienza con una inspección minuciosa de la tarjeta PCB existente. Cada traza, vía y capa del circuito se examina mediante herramientas avanzadas de imagen, lo que permite a los ingenieros generar un plano de diseño inicial. Mediante el análisis de la lista de conexiones, se identifican las conexiones entre microcontroladores, sensores y circuitos de controlador. Se presta especial atención a las rutas analógicas sensibles utilizadas para los sensores de calidad del aire y la monitorización de la corriente, ya que cualquier desviación puede afectar al rendimiento de la máquina. Una vez que se comprenden completamente las relaciones del circuito, se recrea un diagrama esquemático detallado, lo que garantiza que todas las designaciones de los componentes y las conexiones eléctricas se capturen con precisión.
La recreación de la documentación de las tarjetas PCB de las máquinas de purificación de aire es un servicio fundamental para fabricantes, proveedores de servicios y equipos de investigación que buscan restaurar o prolongar la vida útil de las máquinas cuando no se dispone de los archivos de diseño originales. Estos dispositivos se basan en placas de circuito de precisión para gestionar la velocidad del ventilador, los módulos de ionización, los sensores de filtración y las interfaces de control. Cuando se pierde la documentación original de la PCB, la ingeniería inversa proporciona la metodología para recuperar, recrear y, en última instancia, replicar estas placas para la producción y el mantenimiento continuos. El proceso comienza con una inspección minuciosa de la tarjeta PCB existente. Cada traza, vía y capa del circuito se examina mediante herramientas avanzadas de imagen, lo que permite a los ingenieros generar un plano de diseño inicial. Mediante el análisis de la lista de conexiones, se identifican las conexiones entre microcontroladores, sensores y circuitos de controlador. Se presta especial atención a las rutas analógicas sensibles utilizadas para los sensores de calidad del aire y la monitorización de la corriente, ya que cualquier desviación puede afectar al rendimiento de la máquina. Una vez que se comprenden completamente las relaciones del circuito, se recrea un diagrama esquemático detallado, lo que garantiza que todas las designaciones de los componentes y las conexiones eléctricas se capturen con precisión.

The value of Recreation of Air Cleaning Machine PCB Card documents lies not only in restoring production capability but also in enabling companies to maintain service continuity, protect intellectual property, and support legacy products. Challenges in this process include hidden ground planes, complex sensor interfacing, and obsolete component sourcing. However, with systematic reverse engineering, careful documentation, and methodical testing, it is possible to duplicate the original board functionality, ensuring longevity and operational efficiency for air cleaning machines.

Circuit Engineering CO.,LTD can reverse engineering Pcb card and extract the producible Pcb card Gerber File; we can also convert the Pcb card Gerber File to any other Pcb card software format include POWERPCB, PROTEL99, PADS2000.,etc. We can also help customer reverse engineering Pcb card schematic diagram, Pcb card package diagram, BOM list and outsource the Pcb card manufacture include prototype and mass production. Additional, second phase development of Pcb card in view of customer requirement is available.  Air Cleaning Machine pcb card recreate and its second phase development is another successful case our company has in this industry.


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