Products

Modular placement machine with high productivity and placement accuracy This modular mounter achieves both high productivity and high accuracy by improving the basic performance of key units such as the placement head and recognition camera. It is compatible with a wide range of components and a variety of supply units layouts. It also supports a variety of automation and labor-saving functions, including the Auto Setting Feeder (ASF), which automates parts supply work, to flexibly meet the demands of each mounting site.

Feedback control (APC-FB) This function statistically processes the solder measurement results from the 3D solder inspection device and sends feedback to the printer to correct the positional displacement of land and solder to the correct position. This stabilizes the printing quality automatically since the feedback value can be set arbitrarily utilizing Panasonic’s know-how accumulated over many years. Feedforward control (APC-FF) This function sends feedback of the center of gravity position of the solder for each mounting circuit from the 3D solder inspection device to the mounting machine, maximizing the self-alignment effect during reflow by aligning the mounting position with the solder center of gravity. Panasonic’s many years of know-how enables stable production of good products. Mounter Feedback control (APC-MFB2) This measures the post-mounting displacement of the mounted components with the visual inspection equipment (AOI) and sends the feedback of the correction amount to each nozzle of the mounting machine. This function automatically corrects equipment variations and maintains accurate mounting at the correct position. The target components have expanded to include chip components and components with leads, bottom termination components and connectors, etc., making this useful for a wide range of products.

This software resolves challenges at each level—Edge, Line, and Floor—necessary for production execution. PanaCIM consists of multiple modules, allowing module selection tailored to customer needs.

In order to support productivity, quality control, and process methods in mounting production, it is necessary to control and manage the entire line as a whole, including not only Panasonic equipment but also equipment from other manufacturers. iLNB achieves this through various communication methods with equipment from other manufacturers.

SMT production planning requires inputting 4M information—Man, Material, Machine, and Method—while considering not only production sequence but also production programs, which has long troubled many planning personnel. By inputting 4M information, MFO mixes data on the number of workers and their skills, quantities of components and jigs, equipment configuration, Dual/Single and Top/Bottom settings with order and delivery deadline information to create a production plan on your behalf that minimizes production lead time.

 GuidanceEnforcementKey Values Increase operator's efficiencyGet the assembly more reliableImprove product quality by higher yield    TraceabilityMaterial ManagementFeaturesCentral storage of work flows and instructionsSharing and accumulate knowledge & know-howAvoid errors and increase motivationCost saving by reducing error factor  Connection to MES and/or ERP systemProvide "just-in-time" required materials automaticallyManual assembly included in the reporting loopCost saving by more efficient production  and material planning Typical use-cases for PGMA to guide & enhance are: Manual THT insertionManual mechanical assemblySemiautomatic screw & nut mounting with and without torque controlManual visual inspectionSemiautomatic testing and/or measurementManual product packing and labelling incl. weight control (optional)Training for any manual assembly & activityThe ROI (return of invest) period for PGMA implementation is typically much less than one year due to reduction of failures and mistakes, speeding up the assembly process and finally increase of user‘s motivation.

Designed to meet the challenges of cold chain transportation for biopharmaceuticals, investigational drugs and vaccines that require strict temperature controls. VIXELL features patented vacuum insulation and in-box health-monitoring technology for guaranteed insulation performance, goods protection and long-lasting cooling power.

Aston est un système de création d'animations graphiques, de CG et de diffusion développé en pensant aux concepteurs, créé à partir de zéro pour être extrêmement convivial afin que les opérateurs puissent se concentrer sur la création plutôt que sur le fonctionnement pur.

Oubliez toutes vos idées préconçues sur les studios virtuels.  Avec InfinitySet, vos possibilités sont illimitées, des studios virtuels simples avec caméras fixes aux productions complexes et sophistiquées comprenant des caméras suivies, des flux externes avec des données de suivi intégrées et des visuels guidés par les données interagissant en temps réel avec le studio et les intervenants. 

Pixotope® est une solution logicielle conçue pour créer rapidement des studios virtuels et de réalité augmentée (AR) ainsi que des visuels de nouvelle génération en direct. Cette technologie de pointe fait appel au moteur Unreal Engine développé par Epic Games pour un rendu photoréaliste en temps réel. Elle permet de produire un contenu optimisé, des environnements et des studios virtuels afin de proposer une expérience visuelle unique où réalité et virtuel ne font plus qu’un.

Package to extend your 3 years Warranty to 5 years

Les caméras PTZ haut de gamme AW-UE150 et AW-UE100 de Panasonic disposent de la fonction de notification des données de position (PTZF) et prennent en charge le protocole FreeD pour être compatibles avec les studios virtuels et les applications de réalité augmentée. Grâce à l'adoption du protocole FreeD, les caméras AW-UE150 et AW-UE100 sont compatibles avec le logiciel "Reality Engine" de Zero Density. La combinaison des caméras PTZ Panasonic AW-UE150 et AW-UE100 et du Reality Engine rend la réalité augmentée facilement accessible et abordable.