High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P

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Produkt-Highlights

  • Selbstlernender Algorithmus: Der integrierte Algorithmus unterstützt die Online-Nutzung von Halco für die intelligente Klassifizierung von Fehlern.
  • Millisekunden-Genauigkeit bei der Synchronisation: Keine Fehlalarme dank der Fehlerprioritätslogik und millisekundenpräziser Rückmeldung an die SPS für eine Echtzeit-Synchronisation.
  • Erweiterbarkeit mit wenig Code: Der Workflow mit Drag-and-Drop-Funktion ermöglicht einen schnellen Wechsel zwischen Produkten ohne Neukompilierung, unterstützt durch integrierte C#-Skripte.
  • Vollständige Rückverfolgbarkeit: Verknüpfung von Barcode- und Bildverarbeitungsergebnissen anhand der Material-ID für eine vollständige Rückverfolgung und die Archivierung historischer Daten.
  • Skalierbare, verteilte Clusterarchitektur: Die Master-Slave-Architektur unterstützt eine lineare Erweiterung mit bis zu 4 IPCs und 16 Kameras für aggregierte Ergebnisse.
  • Offline-Debugging-Funktion: Simulierte Kameras, SPS-Systeme und Algorithmen ermöglichen eine hardwareunabhängige Validierung und eine schnelle Inbetriebnahme.
  • Konfigurierbarer Scan-Zyklus: Der Scan-Zyklus der Produktionslinie liegt zwischen 15 und 50 Millisekunden und kann für jede Station unabhängig eingestellt werden.
  • Flexible Kommunikationsprotokolle: Unterstützt Modbus TCP, TCP/UDP, serielle Schnittstellen und Mqtt für eine vielseitige Integration in industrielle Umgebungen.

Produktbilder von High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P

High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P pictures & photos
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
  • High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
    High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P

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Produktbeschreibung

Intelligent Sorting & Inspection System
Intelligent sorting and inspection software is a machine vision software platform oriented to online inspection of industrial production lines. It uniformly manages cameras, light sources, PLCs, motion control cards, code scanning devices and algorithm scripts on the production line, and builds inspection processes through visual configuration, covering the end-to-end link of image acquisition, algorithm, judgment, communication and traceability.
The specific price of this product is subject to the confirmed plan.
Specification
Core Advantages
High Reliability & Millisecond Sync: Zero false pass with ERROR priority and "highest severity wins" logic. Millisecond PLC write-back ensures real-time production line synchronization.
Flexible Changeover & Low-Code Extensibility:Drag-and-drop workflow for quick product switching without recompiling. Built-in C# scripting seamlessly handles complex custom processes.
Full Traceability & Data Asset:Barcode and vision results linked by Material ID for complete reverse-tracing. Historical data is auto-archived for AI training and algorithm iteration.
Scalable Distributed Clustering:Master-slave architecture distributes configs and aggregates results. Proven with 4 IPCs and 16 cameras for linearly expandable capacity.
Offline Debugging & Fast Replicable Delivery:Simulated cameras, PLCs, and algorithms support hardware-free validation. Mature templates enable rapid deployment and easy replication.
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
Application Scenarios
100% inspection of sheets/plates (silicon wafers, glass,substrates, etc.):
 edgechipping, corner missing,contamination, excesssheets, missing sheets +dimensional specifications;
Precise Appearance + Inkjet Traceability:
Appearance Defects, Barcode Scanning and Grade Verification, Defective Material Ejection
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
Result Judgment and Defect Classification
Formula Management and Quick Changeover
Statistics, Traceability and Data assets
Customer Value
Frequently Asked Questions
How to solve the problem of intelligent sorting and detection software
What Clients Get
Every time a new project is launched, the camera, PLC and judgment program have to be rewritten from scratch.
The platform has a built-in device access and operation framework, so new projects only require scheme configuration.


Go live faster, write less code, and cut redundant investment
Changing the product model requires reworking the solution, leading to slow model changeover
A single solution maintains multiple sets of algorithm parameter recipes and supports runtime switching
Line operation uninterrupted during model changeover, batch replication across multiple machines and lines
Algorithm errors, timeouts, and missing results are treated as OK
Exceptions are not handled as OK, ERROR has the highest priority, and for defect severity, the higher level shall prevail over the lower one
Reduce missed detections and wrongful releases, and cut customer complaints and rework
On-site debugging relies on guessing based on printed logs
Visual workflow orchestration + breakpoints + runtime monitoring + online image wall
Problem troubleshooting shifts from "guessing" to "seeing"
When quality issues arise, the root cause cannot be identified


Lot, material ID, station, camera, inspection count, defect details, original image, rendered image and training image are all stored in a structured manner in the database
One code per item, one report per unit; any defective product can be traced back to its source
Insufficient production capacity? Just stack together an overpriced machine to fix it.


Standalone setup with 6~8 cameras; distributed multi-machine cluster featuring unified configuration for the master node and independent detection for slave nodes, with results automatically aggregated
The detection capability scales linearly with the number of industrial personal computers
Detection data only remains locally and has not been aggregated
Inspection history can be automatically classified and archived by conclusion, batch, station, and camera.
Data is converted into training sets to support algorithm iteration and AI transformation
Maintenance relies on the original manufacturer, and customers cannot modify it on their own
Configuration is separated from code, so customer engineers can independently modify production line logic and algorithm parameters after receiving training.
More autonomous maintenance, faster response, and lower costs
The special process platform cannot cover it.


Built-in Custom Script Behaviors and Entry Point for Custom C# Logic
What the platform can cover requires no coding, and for what it cannot cover, coding is also supported.
Debugging is not possible without the equipment.
Built-in simulated camera, simulated PLC, and simulated algorithm
Complete logic development and verification without any equipment
After Sales Service
Standard Warranty: 12 months or 2,000 operating hours (whichever comes first).
Extended Warranty: Optional coverage up to 36 months.
Global Support: 24/7 technical assistance and spare parts supply.
Training: On-site or remote operation/maintenance training.
Company Profile
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
Wuxi Jingzhi Vision Technology  Co., Ltd
jingzhi Vision, founded in 2016 in Wuxi, China, specializes in machine vision defect inspection. ISO9001 certified and a National High-Tech Enterprise, it has a 70-member team, 26 patents, 16 software copyrights and a self-developed MVI system. It offers 15+ products with 5μm precision, serving 40+ cities, 1,000+ cases and 2,000+ operating systems. It exports to Russia, Japan, South Korea and Singapore, and provides 7×24h after-sales service with 6-hour response.
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
High-Precision Intelligent Sorting & Inspection System with Self-Learning Algorithm for Battery Pole, Compatible with Visual Inspection Machine at Competitive P
Why Choose Us?
Other Products
OEM/ODM capabilities
Competitive pricing & bulk discounts
Fast shipping & customs clearance support
Turnkey project solutions
Adaptive Camera Adjustment Mechanism
Haidongqing Optical System
Line Scan Camera Signal Controller / SmartControl
Web Inspection System
AI Data Hub

Über den Lieferanten

Dieser Lieferant wurde von SGS geprüft. Überprüfen Sie den Bericht auf der offiziellen SGS-Website mit der ID "QIP-ASI2641463". Artikel mit der Kennzeichnung "verified" sind zertifiziert.

Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.
Wuxi Jingzhi Vision Technology Co., Ltd.

Über unsere Fabrik & Unternehmenshintergrund

verified Unternehmensart
Hersteller/Werk & Handelsunternehmen
Die Anschrift
No. 200 Linghu Avenue, Xingwu District, Wuxi City, China - China Internet of Things International Innovation Park, Floor F8
verified Blumenbeet
3904 Quadratmeter
verified Anzahl der Angestellten
122
verified Stammkapital
7,850,000 RMB
verified Zahlungsbedingungen
LC, T/T, PayPal, D/P, Western Union, Kleinbetragszahlung
verified Internationale Handelsbedingungen (Incoterms)
CIF, CFR, EXW
verified Durchschnittliche Lieferzeit
Vorlaufzeit In Der Hauptsaison: Ein Monat, Vorlaufzeit Außerhalb Der Saison, Ein Monat
verified Nächster Hafen
Shanghai Port
verified Mindestbestellmenge
1 Set
verified Lieferkettenpartner
120

Unsere Produktionskapazität & technische Expertise

verified Hauptprodukte
Maschinenvisionsinspektionsausrüstung, automatisiertes visuelles Inspektionssystem, optisches Inspektionssystem
verified Produktionslinien
1
verified Produktionsmaschinen
Grinding machine, Bench drilling machine, Threading machine
verified QA/QC-Inspektoren
2 people
verified Prüfart für Fertigerzeugnisse
100% Inspektion(Visuelle Inspektion & Funktionsprüfung)
verified Prüfverfahren für Fertigprodukte
Anweisungen haben und einheitlich befolgt
verified Anpassungsoptionen
Anpassung anhand von Beispielen, Anpassung durch Designs, Vollständige Anpassung, Kleinere Anpassungen, Flexible Anpassung
verified R&D Ingenieure
25 people
verified Rückverfolgbarkeit von Rohstoffen
Jawohl
verified Eigenmarke
Jawohl

Unsere Branchenerfahrung & globale Geschäftsleistung

verified Gründungsjahr
2016-07-29
verified Exportjahr
7 Years
verified Hauptmärkte
Inländisch
verified Wiederholen Sie die Wahl des Käufers
30%~50%
verified Anzahl Außenhandelsmitarbeiter
3
verified Übersee-Agent/Niederlassung
Nein
verified Neue Produkteinführungen im letzten Jahr
Jawohl

Unsere Zertifizierungen, Standards & Branchenaneerkennung

verified Zertifizierung des Managementsystems
ISO45001:2018, ISO14001, ISO9001:2015
verified Zusammenarbeit mit Fortune 500
Nein

FAQ

Wie geht die Plattform mit der Einführung neuer Projekte um?
Die Plattform verfügt über einen integrierten Rahmen für den Gerätezugriff, sodass neue Projekte lediglich eine Konfiguration der Einstellungen benötigen, anstatt Kamera-, SPS- und Bewertungssoftware von Grund auf neu zu schreiben.
Kann das System Modellwechsel ohne Produktionsunterbrechung bewältigen?
Ja, eine einzige Lösung verwaltet mehrere Rezepturen für Algorithmusparameter und unterstützt den Wechsel zur Laufzeit, wodurch sichergestellt wird, dass der Produktionsablauf während Modellwechseln nicht unterbrochen wird.
Wie werden Algorithmusfehler und Zeitüberschreitungen behandelt?
Ausnahmen werden nicht als "OK" behandelt; "FEHLER" hat die höchste Priorität, und bei der Schwere von Fehlern hat die höhere Ebene Vorrang vor der niedrigeren, um verpasste Erkennungen und falsche Freigaben zu reduzieren.
Welche Tools stehen zur Fehlerbehebung zur Verfügung?
Das System bietet eine visuelle Workflow-Orchestrierung, Haltepunkte, eine Überwachung zur Laufzeit und eine Online-Bildwand, wodurch die Fehlerbehebung von Vermutungen zu einer visuellen Analyse übergeht.
Wie wird die Produktionskapazität skaliert?
Die Erkennungsfähigkeit skaliert linear mit der Anzahl der industriellen PCs; eigenständige Systeme können zu verteilten, mehrfach miteinander verbundenen Systemen mit einheitlicher Konfiguration erweitert werden.
Können Kunden das System nach der Schulung anpassen?
Ja, die Konfiguration ist vom Code getrennt, sodass Kundeningenieure nach der Schulung die Logik der Produktionslinie und die Algorithmusparameter unabhängig voneinander anpassen können.
Ist das Debugging ohne physische Geräte möglich?
Ja, die Plattform enthält integrierte simulierte Kameras, SPS-Systeme und Algorithmen, die eine vollständige Entwicklung und Verifizierung der Logik ohne physische Geräte ermöglichen.
Welche Garantiebedingungen gelten?
Die Standardgarantie beträgt 12 Monate oder 2.000 Betriebsstunden (je nachdem, was zuerst eintritt), mit optionaler verlängerter Garantie bis zu 36 Monaten und weltweiter Unterstützung rund um die Uhr.

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