Custom Designed Fiberglass Processing Robotic Cell for the Truck Industry - MJ Engineering

Custom Designed Fiberglass Processing Robotic Cell for the Truck Industry

Working with a fiberglass processing client located in Ohio, MJ Engineering designed this robotic cell for a custom manufacturing application. Starting with client specifications, we generated concepts for cell design, finally creating a 3D model in SolidWorks for the finished prototype design. Using integrated robot simulation software from FANUC, we carried out a number of time study simulations to ensure that customer requirements would be met.

Design elements of the fiberglass processing robotic cell include a FANUC M20iA 6 axis robot that allows for processing of panels up to 30′ long and 4′ wide, and high-speed production capacity, such as three-dimensional fiberglass routing and automated tool changing. Meeting the demanding production requirements set by the customer, including 385 holes drilled and 750 feet of panel processed per hour, we also designed the cell for ±0.125″ positional repeatability in all processing operations. As required, we also produced electronic documentation as well as training. This particular design allows the customer to adjust the robotic operation for new products, adding to the cell’s efficiency and capability.

This Custom Designed Fiberglass Processing Robotic Cell is used to process fiberglass for a manufacturing application

Cell Design

  • Conception of Cell that Meets Unique Production Requirements
  • Create SolidWorks 3D Models of Cell Concept
  • Time Study Simulations
    • Utilizing FANUC’s Robot Simulation Software

Installation
Start-Up
Documentation

  • Complete Electronic Documentation Package Provided

Training

  • Operations & Maintenance Training
  • Engineering Training
    • Allows Customer to Train the Robot for New Products As Required

Features
Utilizes FANUC M20iA

  • Mounted on a 7th axis Güdel Linear Track
  • Allows for Processing of up to 30′ Long Panels
  • ATI Tool Changer is Utilized

Hi-Speed Production of Fiberglass

  • Routing of Fiberglass Panels in Three Dimensions
  • Over 385 Holes Drilled & 750 Linear Feet of Panel Processed Per Hour
  • Automated Tool Changing-Up to 4 Unique Tools

Benefits
Meet High Demanding High Production Requirements
Ability to Program Specific Shapes in the Robotic Control System

  • Eliminates the Need for Fixed Custom Made Templates

Overall Cell Dimensions
Length: Up to 30′
Width: Up to 4′
Height: 6″

Overall Cell Dimensions
Length: 40′
Width: 25′
Height: 6′

Tightest Tolerances
+/-0.125″ Positional Repeatability Over Full Length

Material Processed
Fiberglass

Industry for Use
Truck

Delivery Location
Ohio

Standards Met
Customer supplied specifications

Product Name
Custom Designed Fiberglass Processing Robotic Cell