search
    Global Logistics

    Global Logistics

    Real-time shipping quotes worldwide.

    Flexible Financing

    Flexible Financing

    Secure asset-backed lending options.

    Packaging Machinery

    view

    30 views

    BWIS - FR 144063 VLRA

    IN STOCK

    Machine Description

    Robotic Bulk Can Palletizer and Depalletizer with Conveyance System

    500 CPM - Size 202 and 204 Cans

    Fanuc M410iC/315 Robot with R30iB Controller for Top Frame and Sheet Handling

    Fanuc R410iC/185 Robot with R30iB Controller for Top Frame and Sheet Handling

    BWIS two-robot automated cell handles every step of the depalletizing and repalletizing process

    Top frames and tier sheets are automatically placed and removed

    Cans are loaded onto the mass conveyor and removed by layer for palletization

    Fully automated strapping system (Signode MHB-TP12) eliminates manual pallet handling

    Designed for flexibility

    Runs with 204/ 200 and 211 can formats

    Buffer sections on infeed and outfeed prevent downtime and maximize efficiency

    Included Equipment:

    - Robotic Bulk Can Palletizer / Depalletizer

    - Change Parts for 204 Can Diameter

    - Signode MHB-TP12 Pallet Strapper

    - 48” x 9’-10” Mechanical Conveyor (Robot Discharge)

    - Printer Discharge Conveyor (Base Layout)

    - Isometric Air Conveyor (Base Layout)

    - Electrical Controls Panel

    Dimensions pallet: 3657.60 x 1828.80 x 548.64 cm - 13608.00 kg...

    The BWIS FR 144063 VLRA is a high-performance robotic bulk can palletizer and depalletizer designed for efficient, automated handling of beverage cans in industrial packaging operations. This advanced system integrates a dual-robot configuration with a conveyance system to streamline the depalletizing and repalletizing process, achieving speeds of up to 500 cans per minute (CPM). Engineered for flexibility, it accommodates can sizes 202 and 204, with adaptability for 200 and 211 formats, making it ideal for beverage production, canning facilities, and distribution centers. Key features include automated top frame and tier sheet handling, a fully integrated Signode MHB-TP12 strapping system, and buffer sections to prevent downtime and maximize operational efficiency. The system eliminates manual pallet handling, enhancing productivity and reducing labor costs while maintaining precision and reliability in high-volume environments.

    Key Technical Aspects:

    Dimensions and Specifications : The BWIS FR 144063 VLRA robotic cell features a pallet handling system with dimensions of 3657.60 x 1828.80 x 548.64 cm and a total weight of 13,608 kg. The system includes a Fanuc M410iC/315 robot with an R30iB controller for top frame and sheet handling, paired with a Fanuc R410iC/185 robot for complementary operations. The automated cell is equipped with a 48” x 9’-10” mechanical conveyor for robot discharge, a printer discharge conveyor, and an isometric air conveyor as part of the base layout. Change parts for 204 can diameter are included, ensuring adaptability across different can formats.

    ,

    Technical Specifications

    Number of colours
    Max sheet sizeinches
    Year2023
    Machine ConditionIn Stock
    USED check

    BWIS - FR 144063 VLRA

    price Price On Request

    location_on

    Canada

    AL

    Allforprintmarket.

    • location_on

      Iasi | Romania

    • calendar_today

      Member since 2025

    • verified_user

      464 Machines Sold

    Can’t find the right machine?

    Post your requirements and get offers from verified dealers and sellers across the platform.

    Start Selling to the Global Print Industry

    List your machinery on Machine Dalal and connect with verified buyers, dealers, printers, and converters from around the world. Manage your listings, receive enquiries, and grow your business through the industry's leading marketplace.

    Business Unlimited Plan — $99/year

    Get Industry Insights & Deals

    Subscribe to our newsletter for the latest machinery listings, insights, and exclusive deals

    error