Instructors and distributors discuss the advantages of a REALWELD® Trainer for weld training environments at every level – it’s like having a personal trainer in every booth.
Intended for welding instructors and students, this video serves as an instructional introduction to the VRTEX® 360 virtual reality welding trainer. Use this video to understand the basic operation of the system’s five components, enclosed curriculum and maintenance documents, weld coupons, and virtual reality welding helmet.
Intended for welding instructors and students, this instructional video covers the operation of the three primary welding and evaluation screens in the Lincoln Electric VRTEX® 360 virtual reality welding trainer as well as the demo view.
Intended for the welding instructor, this VRTEX® 360 virtual reality trainer instructional video shows how to enter the instructor mode to access several functions, including virtual material usage and arc on time, which can be used to track material cost savings. Track performance by individual student, class, day, week or month.
FANUC’s new fenceless CERT cart is designed to help students gain the skills they’ll need to succeed in today’s advanced manufacturing environment.
Available for our leading products, using just one off-the-shelf PC
Simlog Inc., the pioneer and standard in affordable PC-based heavy equipment simulators for operator training in education and industry, is pleased to announce the availability of new software functionality to accommodate three high definition (HD) displays.
A program enabling high school students to earn college credit by learning manufacturing skills from area employers has been expanded into Sussex County.
The initiative is part of Pathways to Prosperity, a partnership to prepare students with skills to work in fields such as computer science, culinary arts and hospitality management, manufacturing, biomedical science and engineering.
Fanuc Robotics Cert Program featured in 2015 Robozone for the STEM program at Centerline High School.
A team of reasearchers at the Advanced Manufacturing Research Centre (AMRC) constructed the glider of ABS plastic, comprised of only nine unique parts, each of which was 3D printed using fused deposition modeling (FDM) technology on the Stratasys Fortus 900 mc machine. This production process was deemed superior to stereo lithography or selective laser sintering because FDM allows for lower...
