The NEW FANUC LR Mate 200iD/4S Fenceless CERT Cart was developed from combining FANUC DCS Position and Speed Check software with an Allen Bradley SafeZone Mini Safety Laser Scanner. The result is FANUC’s NEW Fenceless Cart that will still fit through a standard door and runs off 110V power. The Fenceless cart allows a greater work envelope and introduces students to the latest in integrated safety products from FANUC and Allen Bradley.
MINDS-i Education kits are all made out of the same basic pieces, with helpful step by step instructions. The MINDS-i platform consists of simple beams and connectors that lock together to make a durable chassis.
WebLytics retains the ease-of-use, affordability, application focus and accessibility that defines every OnRobot product. WebLytics installs quickly and is readily expandable and future-proofed for new robots and tools as they become available. The WebLytics server can be deployed on a shop floor’s local network or added to a virtual network that connects to the robot cell. Collected data is stored locally on the WebLytics server and WebLytics’ built-in web server is always accessible from the shop floor network or from anywhere in the world via secure HTTPS connection.
Learn how to properly apply a K9 tourniquet with our comprehensive TacMed™ K9 Tourniquet overview.
Ensuring workplace security is essential in the modern digital era. Comprehensive knowledge of both overall security protocols and IT measures is vital for safeguarding employees, assets, and confidential data. Overlooking security measures can result in theft, fraudulent activities, and data breaches, posing significant risks to both individuals and organizations. This course aims to instruct employees on optimal strategies for upholding workplace security and defending against cyber threats.
Learning Objectives
The primary goal of this course is to teach individuals how to identify security breaches in their workplace. The user will learn how to:
- Identify security breaches
- Respond to security breaches
- Be aware of their surroundings
- Practice proper safety procedures
- Safeguard against digital threats
The Security Hazard Awareness simulation is ideal for employees or supervisors in general industries.
A scaffold serves as a temporary framework enabling workers to carry out tasks at elevated levels. They are essential in construction, maintenance, planned shutdowns, and various other high-altitude work activities.
The United States Bureau of Labor Statistics (BLS) reports that scaffold-related incidents cause approximately 60 fatalities and 4,500 injuries annually. Falls from scaffolds contribute to around 25% of fatal falls from all work surfaces, leading to an estimated 60 deaths each year due to scaffold-related accidents.
Learning Objectives
The primary goal of this course is to teach workers safe work procedures to follow when working on or around scaffolding. Users will learn:
- How to identify common scaffolding hazards
- Preventing accidents on the job site
- The role of the scaffolding competent person
- How to avoid common injuries’ associated with scaffolding
- Protocol for working around scaffolding
The scaffolding awareness simulation is ideal for current and future employees or supervisors who work in or around scaffolding on a construction site.
Annually, thousands of individuals in the US suffer injuries caused by electricity. At times, workers may come across equipment and circuits that are powered or pose a risk of being energized during their tasks. Without adequate precautions, an arc flash incident can occur.
An arc flash, also known as a flashover, is an electrical discharge or explosion arising from a connection through the air to the ground or another voltage phase within an electrical setup. For instance, this happens when a wire comes into contact with an earthed system. Working near or within electrical panels and systems heightens the risk of exposure to an arc flash, necessitating extreme safety measures.
Learning Objectives
The primary goal of this course is to teach workers safe work procedures while performing work activities around electrical areas. The user will learn:
- The proper locking out and tagging out electrical equipment
- How to properly do a Live – Dead – Live check
- Practices that can eliminate or minimize electrical hazards
- The proper use of electrical test equipment
- Electrical fundamentals
- Properly managing arc flash risks
- Electrical safety Personal Protective Equipment (PPE)
The simulation is ideal for personnel working in and around hazardous electrical areas.
Seeking innovative training solutions for the oil and gas sector? Dive into Hard Hat VR, a revolutionary immersive training platform crafted specifically for the high-stakes realm of oil and gas. Step away from outdated methods and embrace Virtual Reality tailored to enhance safety and efficiency in your industry!
Why Hard Hat VR for Oil & Gas?
- Realistic Oilfield Scenarios: Experience training in lifelike oil rigs and refineries without real-world risks.
- Industry-Tailored Interactivity: Engage in hands-on, industry-relevant training for lasting impact.
- Cost-Effective Solutions: Slash training expenses and minimize operational interruptions.
- Enhanced Safety Protocols: Prepare your workforce for real hazards within a controlled VR environment.
Who Benefits?
- Oil and Gas Companies
- HSE (Health, Safety, and Environment) Professionals
- Technical and Vocational Institutes
Maximize Your Gains
- Heightened Training Efficiency
- Elevated Safety Standards on the Field
- Enhanced Knowledge Retention Among Employees
The Smart Automation Certification Alliance (SACA) recently hosted an exclusive Process Control Technical Work Group meeting at Endress+Hauser headquarters in Greenwood, Indiana. The meeting brought together experts in the process control and instrumentation industry to help validate certification standards for process control in areas such as process control systems, process control troubleshooting, and smart process instrumentation.
In this video, SACA Executive Director Jim Wall and Endress+Hauser Director of Workforce Development Nicole Otte discuss the importance of industry experts providing input on the skills and competencies needed for today’s smart manufacturing workforce. Collaboration with industry experts is essential to create nationally-recognized, occupation-driven certifications that will ensure that future workers have the skills employers need most.
According to Wall, “The whole goal of having the standards and certifications program is to help schools and colleges and other training providers develop and expand programs that include these new technologies, so that we get more people with these skills into the workforce.”
Ladder safety is a key aspect of fall prevention. According to the CDC, 81% of fall injuries, which is the leading source of fatalities among construction site workers, involve the use of ladders. As such, it’s important to remember and follow ladder safety best practices. Ladder Training isn’t considered a necessity by law, but the importance is often overlooked. The HSE recommends that anyone using ladders needs to be competent and carrying out officially certified training is one way to do this. Teaching the basics of ladder health and safety can help prevent potential injuries and inform others on how to identify if a ladder is a potential risk.
Learning Objectives
The primary goal of this course is to teach workers safe work procedures to follow when using ladders in a work environment. The user will learn:
- To identify hazards associated with ladder use
- How to select the correct ladder for the job
- How to inspect a ladder for defects
- How to practice proper safety procedures
- To see the consequences of improper actions
The Ladder Safety simulation is ideal for employees or supervisors who work in or around work environments that utilize ladders.
Oakland Community College (OCC), situated in Auburn Hills, MI, stands as one of FANUC America's esteemed 1,500 partner institutions. At OCC, a specialized robotics and automated systems technology program equips students for roles in the realm of industrial automation. The automation lab at OCC houses an extensive array of FANUC robots renowned worldwide for their application in material handling, welding, palletizing, and machine tending across various industries. Graduates from OCC, having acquired certifications or degrees, emerge primed for careers in industries employing robotics and automation technology.
This video spotlights OCC's steadfast dedication to nurturing individuals into adept professionals in advanced automation, paving the way for prosperous career trajectories. Through firsthand accounts from multiple students, viewers gain insights into their educational journey and future aspirations. The central message underscores the demand from employers seeking individuals capable of bridging the skills gap. OCC's program not only supplies skilled workers to meet industry demands but also assists its graduates in securing fulfilling and rewarding career paths.
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Item Number:FLTSimlog's Forklift Personal Simulator puts trainees at the controls of a typical factory forklift with rear-wheel steering. Challenging training scenarios reproduce the productivity demands of modern factory, warehouse, and distribution center environments. Our intelligent Instructional Design will guide your trainees through a series of 7 skill-building Simulation Modules that emphasize safety in every exercise. -
Item Number:95-GEO3Amatrol’s Geothermal Flush Cart Learning System (95-GEO3) teaches how to purge debris and air from the geothermal loop and then charge it with a glycol/water solution -
Item Number:950-GEO1Amatrol’s 950-GEO1 Geothermal Energy Training System enables learners to understand and apply their newly obtained technician skills in the ever-growing area of geothermal energy. -
Item Number:950-GEO1DAmatrol’s 950-GEO1 Geothermal Energy Training System enables learners to understand and apply their newly obtained technician skills in the ever-growing area of geothermal energy. -
Item Number:950-GEO2DAmatrol’s 950-GEO2D Geothermal Troubleshooting Learning System with Desuperheater uses an exposed component layout so that learners can see each component’s role in a geothermal system. -
Item Number:T7031With Amatrol’s Refrigerant Recovery and Charging Learning System for R-134a, you can train future HVAC/R technicians hands-on the critical technical skills required for a successful career. Students will work with real equipment, including a recovery machine, manifold gauges, submersible cooler, temperature probe, filter dryer, low side liquid charger, vacuum pump, and micron vacuum gauge. -
Item Number:T7032Teach aspiring HVAC/R technicians the critical technical skills needed to succeed on the job with Amatrol’s Refrigerant Recovery and Charging Learning System for R-410a (T7032). Students will work with real equipment, including a recovery machine, manifold gauges, submersible cooler, temperature probe, filter dryer, liquid vaporizer, low side liquid charger, vacuum pump, and micron vacuum gauge. -
Item Number:T7100Amatrol’s Residential Heat Pump Troubleshooting Learning System (T7100) is used to teach hands-on the critical skills HVAC/R technicians need to succeed when working with residential HVAC systems that use a heat pump and traditional ducting. Students will work with real equipment, including a heat pump condenser, heat pump air handler, Wi-Fi-enabled thermostat, fuse box, ducting, and manifold. -
Item Number:T7130With Amatrol’s Residential Mini-Split Heat Pump Learning System (T7130) you can teach the critical hands-on technical skills HVAC/R technicians need when working with residential ductless (“mini-split”) HVAC systems. Students will work with real equipment, including a heat pump condenser, evaporator unit, thermostat, panel-mounted gauges, and condensate pump.
