Copilot with Auto Deltaweld 350 Air Cooled System

2026-11-03

Wiregrass Georgia Technical College is seeking to purchase a new Copilot ™ with Auto Deltaweld ™ 350 Air - Cooled System 230 / 460V with Touch Sensing & Seam Tracking for the Welding & Joining Technology lab at the Coffee campus in Douglas , Georgia . This Equipment will be used at the Welding & Joining Technology Program , will consider any brand and model capable of meeting or exceeding the following specifications . Product Specifications Model : 951000115 System Overview  Turnkey collaborative robotic welding system for education and light - industrial  Fabrication  Integrated Auto Deltaweld ™ 350 GMAW power supply rated at 350 amps  Voltage - based touch sensing for automatic workpiece detection and weld path  Correction  Integrated seam tracking for automatic weld joint detection and real - time path  correction during welding  48 in × 48 in modular fixturing table with portable workstation design Included Equipment  Collaborative robot arm with intuitive teach interface  Auto Deltaweld ™ 350 welding power source  Robotic MIG gun , cables , and integrated wire drive  Fixturing kit and tooling for instructional lab use  All required interconnections for complete operational system Training Includes four ( 4 ) hours of on - site training provided by a Miller Automation representative . Educational / Open - Book Lesson Integration  Supports instructor - led demonstrations and student hands - on lab exercises  Open - book learning format allows students to reference procedures while programming and welding  Reinforces welding theory , robotic fundamentals , and manufacturing workflows  Enables scaffolded instruction from manual welding knowledge to automated welding  applications Student Learning Outcomes  Understanding collaborative robotics safety and operation  Developing weld procedure setup and parameter selection skills  Learning automation concepts including path teaching , touch sensing , and seam  tracking  Producing consistent welds while analyzing quality and repeatability  Bridging traditional welding skills with Industry 4 . 0 manufacturing practices Key Differentiators for Education  Touch Sensing Technology – Automatically detects the workpiece and establishes the correct weld path , helping students learn proper robotic welding setup and reducing programming errors .  Integrated Seam Tracking – Real - time weld seam detection and correction that allows the robotic system to adjust torch position during welding and improves weld quality .  Miller Electric Educational Open Book Curriculum – Designed specifically for welding education to guide students through robotic welding concepts while referencing procedures during lab exercises .  Hands - On Automation Training – Students learn collaborative robotics safety , programming , welding parameter setup , and automated manufacturing workflows used in Industry 4 . 0 environments .  On - Site Professional Training Included – Four ( 4 ) hours of on - site training provided by a Miller Automation representative to support instructor implementation and classroom integration .

Georgia

2026-04-29