Automated Solutions

Product catalog summary

Introduction
This document outlines the fuel cell gasket molding process using the V410 Extended LSR system, which is a flexible robotic cell designed for 'Plug & Automate' operations. The process is demonstrated through a fully automated system that ensures precision and efficiency in gasket production for fuel cells.

Specifications

Press: V410 - 50 cc LSR
LSR Dosing System: Ensures accurate material distribution
Mold: 1 cavity flashless design to minimize waste
CRB: Equipped with 4 shut-off valves for precise control
Automation: Fully automatic operation for efficiency

Flashless Solution

Flash-free and waste-free molding process
FEA optimized clamping system for perfect force distribution
Ensures long-term stability and reliability

LSR Fuel Cell Gasket

Insert Dimensions: 290x160 mm with a thickness of 0.1 mm
Material: Specific stainless steel for fuel cell applications
Seal Overmolding: Seal thickness of 0.5 mm and volume of 3.1 cc

Automated Cell Features

Flexible 'Plug & Automate' concept
Includes insert loading and plasma surface activation
Automated parts demolding and vision control for quality assurance

Contact Information
REP International and its global partners provide support and services across various regions including Brazil, China, Russia, Italy, India, Germany, and the United States. For more information, visit their respective websites or contact them directly through the provided phone numbers and emails.

Catalog excerpts

FUEL CELL GASKET MOLDING PROCESS V410 Extended LSR - Flexible robotic cell «Plug & Automate» MOULAGE DE JOINT POUR PILES À COMBUSTIBLE V410 Extended LSR - Îlot robotisé flexible «Plug & Automate» SPRITZGIESSVERFAHREN BRENNSTOFFZELLEN-DICHTUNGEN V410 Extended LSR - Anpassungsfähige robotorgesteuerte Insel «Plug & Automate»

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REP demonstration cell Fuel Cell Gasket Molding Process • Press: V410 - 50 cc LSR • LSR Dosing system • Mold 1 cavity flashless • CRB with 4 shut-off valves • Fully automatic Cellule de démonstration REP Procédé de Moulage de Joint pour Piles à Combustible • Presse: V410 - 50 cc LSR • Système de dosage LSR • Moulage flashless à 1 empreinte • BCR à 4 buses d’obturation • Entièrement automatique Vorführanlage REP Spritzgiessverfahren Brennstoffzellen-Dichtungen • Maschine: V410 - 50 cc LSR • LSR Dosiersystem • Flashless Werkzeug, 1 Nest • KKB mit 4 Verschlussdüsen • Voll automatisch Flashless solution...

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LSR « Fuel cell gasket» • Insert dimensions: 290x160 mm (thickness 0.1 mm) • Specific stainless steel for fuel cell applications • Seal overmolding • Seal thickness: 0.5 mm • Seal volume: 3.1 cc «Joint Pile à Combustible» LSR • Dimensions de l’insert : 290 x 160 mm (épaisseur 0,1 mm) • Acier inoxydable spécifique pour les applications de piles à combustible • Surmoulage du joint • Épaisseur du joint : 0,5 mm • Volume LSR du joint : 3,1 cc LSR Brennstoffenzellen-dichtung • Abmessungen der Einlegeteile: 290 x 160 mm (Dicke 0,1 mm) • Spezifischer Edelstahl für Brennstoffzellen-Anwendungen • Umspritzen...

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Our Partners Nos partenaires Unsere Partner LSR Dosing System / Système de dosage LSR / LSR Dosiersystem Flashless Mold / Moule flashless / flashless Werkzeug Plasma Surface Activation / Activation de la surface moulée par plasma / Oberflächenaktivierung mittels Plasma www.wacker.com Shut-off Valve CRB / BCR à buses d’obturation / Kaltkanalblock mit Verschlussdüsen Automated Cell / Cellule automatisée / Automatisch gesteuerte Anlage REP international 15 rue du Dauphiné 69964 CORBAS Manufacturing Private Limited Plot No. 112, 4th Road, Jigani Industrial Area, II Phase Anekal Taluk, BANGALORE,...

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Automated Solutions

Automated Solutions

Catalog excerpts

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