The VRTEX® systems are virtual reality arc welding training simulators. These computer based training systems are educational tools designed to supplement and enhance traditional welding training. They allow students to practice their welding technique in a simulated and immersive environment. The VRTEX® systems promote the efficient transfer of quality welding skills and body positioning to the welding booth while reducing material waste associated with traditional welding training. The combination of realistic puddle, arc welding sound, and real time feedback tied to the welder’s movement provides an exciting, hands-on training experience.

This document provides details and ordering information on the VRTEX® 360.

The following is a document on hazards of electric shock in the workplace.

This file contains an extensive alphabetical glossary of welding terms. There is one document per letter of the alphabet, as well as one comprehensive document intended to be a classroom resource.

The use of welding products and equipment in the welding process causes emission of fumes. Many, if not most, of these fumes contain manganese. A small amount of manganese is necessary for the human body to remain healthy. However, too much manganese can cause serious medical problems.

These two documents explain, in detail, the signs and symptoms of the exposure of too much manganese in welding. The toxicity of manganese causes a progressive condition, referred to as Manganism (also known as manganese poisoning, maganese-induced parkinsonism, and manganese intoxication).

The following is a pocket risk assessment for students to fill out before doing a task that helps establish the possible hazards, solutions, etc.

This document outlines the safety procedures, diagrams and other important operating tips for using the Powermax 45 Plasma Cutter.

The following document has question and answers referring to:
Hazards of Electric Shock
Primary Electric Shock
Secondary Electric Shock
Safe Work Practices
Electrically Hazardous Areas

This document outlines the safety considerations necessary for welding on containers that may have previously contained flammable or combustible materials.

Included are files related to the outcomes and modules related to teaching Welding 10 as well as ones containing information on:

Developing a Safety Plan for the Welding Shop
Reporting an Incident and Incident Reporting Procedures

Welders face serious safety risks associated with intense light rays. These intense harmful light rays are emitted from the arc and the oxy-fuel flame. You must guard your body against these harmful light rays by wearing proper personal protective equipment. This equipment also helps protect you from grinding sparks, flying slag and weld spatter. You must also put up screens and warning signs when arc welding, cutting or grinding at work sites in the vicinity of the general public. Do not use any high gloss or shiny surfaces for screens, because reflected rays can be just as dangerous. The oxy-fuel torch, and the electric arc give off both visible and invisible light rays. This radiant energy can be divided into three types:

* visible light,
* ultraviolet rays and
* infra-red rays

The Welding Technology course provides students with an understanding of manufacturing processes and systems common to careers in welding and related industries. Topics include the interpretation and layout of welded and assembled-parts, reading blueprints and understanding welding symbols. Further topics included are the common welding processes found in industry, metal charcteristics and finishing processes dealing with welded parts and projects.

Concerns about total welding fume and manganese exposure limits show trends in workplace safety document.