The VLS4.75 is a free-standing platform with a materials processing envelope of 24" x 18" x 8.5" or 3,672 in³. The single laser platform supports a 10.6µm CO2 laser source ranging in power from 10 to 75 watts or one 9.3µm CO2 30 watt, 50 watt, or 75 watt laser source.
Amatrol’s Mechanical Systems 1 Learning System (96-MEC1) builds basic mechanical technical knowledge by focusing on the fundamentals of basic mechanisms and simple mechanical systems. This learning system is ideal for future technicians and engineers because it begins with the building blocks of mechanical systems, first conceptually with topics like force, torque, and velocity, and then continues with hands-on skill-building with components like levers, wheels, and inclined planes. Combining theory with skills and components, learners will practice constructing various mechanical systems, taking various measurements, and making a wide array of calculations.
The 96-MEC1 workstation features level 1 and level 2 mechanical components including linkages, cams, turnbuckles, pulleys, and gears. This learning system also includes strong mechanical curriculum with a stunning depth and breadth of knowledge that shows how mechanical concepts are applied in real-world applications such as gear trains, wiper linkages, hoists, and many more!
Amatrol’s Measurement Tools 1 Learning System (950-MES1) teaches learners the fundamental principles of measurement, including basic and precision measurement and direct and indirect gauging. The concepts and skills covered in Amatrol’s in-depth curriculum are critical and used in every manufacturing plant in the world by inspectors, machinists, manufacturing engineers, and others to determine if parts meet quality standards. After all, the ability to produce quality products begins with determining whether a product meets specified dimensions.
Using Amatrol’s comprehensive multimedia curriculum, learners will study a variety of measurement topics, including: digital and dial calipers; dimensional gauging; statistical process control; control chart operation and analysis; geometric dimensioning and tolerancing; and location, orientation, and form tolerances. The measurement tools training system also includes industrial-quality components, such as a tabletop workstation, measurement tools like digital and dial calipers, variable length shafts and diameter disks, and more! The combination of robust curriculum with real-world equipment gives learners practical, hands-on experience with instruments they’ll encounter on the job.
Amatrol's Measurement Tools 3 Learning System (96-MES3) teaches the high demand skills of conventional and geometric dimensioning and tolerancing, a key component of quality assurance. General Dimensioning & Tolerancing (GD&T) techniques are common practice offered by the 96-MES3 will provide learners with marketable skills. The 96-MES3 covers basic GD&T information and skills before focusing on three main areas: location tolerances, orientation tolerances, and form tolerances.
Amatrol's Machine Tools 1 Learning System (96-MP1) is a comprehensive resource that explores the uses and functionality of two essential manufacturing tools: the band saw and the drill press. Through this system, learners engage in safe practices for cutting raw materials precisely and creating various hole types, such as countersink, counterbore, reamed, and tapped, crucial for manufacturing applications. Understanding the applications and safe operation of the drill press and band saw is vital for anyone entering the workforce in manufacturing.
This learning system encompasses multimedia curriculum materials, an instructor's guide, installation guide, and a student reference guide. Schools have the option to use their own equipment or acquire Amatrol's Manual Machine Tool Package, which includes essential tools like a band saw, drill press, bench vise, and belt sander. These components, combined with the multimedia curriculum, cover essential topics like stock selection, band saw components, drill press tooling, and tapping and chamfering techniques. Developed as part of Amatrol's Project Based Learning initiative, this system not only imparts technical knowledge but also fosters problem-solving, teamwork, and STEM skills. It serves as a strong foundation for careers in engineering, manufacturing, and related fields or can function as a standalone educational tool.
Amatrol's Machine Tools 2 Learning System (96-MP2) begins by explaining how to use basic hand tools, like a hacksaw and a file, and then focusses on manual milling machine operation and its real-world applications. The milling machine is a flexible and widely-used piece of industrial equipment that is utilized extensively in machine shops and maintenance departments. This learning system requires Amatrol's Machine Tools 1 Learning System, a manual milling machine with tooling and raw materials.
Amatrol's Machine Tools 3 Learning System (96-MP3) focuses on the components, function and operation of the manual lathe. The lathe is a machine tool used for machining round parts and is found in almost all manufacturing facilities and machine shops. Machine Tools 3 requires the Machine Tools 1 Learning System (96-MP1), a computer, and a customer-supplied manual lathe.
Mechanical fabrication plays an important role in today’s economy as the cost to produce goods increases and the profit margins shrink. To stay competitive, companies must manufacture high quality goods. In our information based world, learners increasingly do not have knowledge or skills for mechanical fabrication. Amatrol’s Mechanical Fabrication 1 Learning System (96-MPF1) focuses on the safe application of basic hand tools used in assembly.
The Mechanical Fabrication training system includes real-world hand tools and associated components such as screwdrivers, wrenches, and sockets for hands-on skill-building. Learners will gain hand tools training and basic assembly skills training by practicing skills like: inspecting and installing a threaded fastener; using fixed, adjustable, Allen, and ratchet wrenches to tighten threaded fasteners; and installing pipe thread and straight thread pneumatic fittings. This hand tools training system also includes interactive multimedia curriculum, an instructor’s assessment guide, an installation guide, and a student reference guide. Amatrol combines equipment, strong print-based curriculum, and interactive multimedia so that learners can study and practice mechanical fabrication skills in the style that they need.
TECHNICAL TRAINING FOR AGRICULTURE
When it comes to industries, agriculture can stake its claim to being one of the oldest industries in the world with a history that stretches back over 12,000 years. What began with small groups of people in different parts of the world figuring out how to domesticate animals and grow their own food has become a multi-trillion-dollar industry that connects nations across the globe.
Sparked by a series of industrial revolutions, major changes have taken place throughout industry over the last couple of centuries. These same changes have shaped agriculture over the years. Manual processes and hand tools were replaced with machines. Technological advances, including computers and the Internet, have made agricultural machines and processes more productive and efficient.
As technology continues to advance, agriculture must keep evolving to ensure that productivity keeps pace with an ever-expanding world population. In fact, today’s agricultural experts need experience with more types of technology than ever before.
Today's agriculture experts need experience with more types of technology then ever before.
Amatrol’s Mechanical Fabrication 2 Learning System (96-MPF2) adds to Mechanical Fabrication 1 to expand a learner’s knowledge of hand tools. This Mechanical Fabrication training system covers more sophisticated assembly training and components including fasteners, torque wrenches, power tools, and many more. This hand tools training system expands on basic hand tools used in assembly.
This basic hand tools training system includes a bench vise, torque wrench, cordless drill, dead blow hammer, needle nose pliers, and more. Learners use these real-world components to practice skills like using a vise to hold parts during assembly, performing an assembly task with pliers, and using a twisted safety wire to lock a nut. This assembly skills training system also includes interactive multimedia curriculum, an instructor’s assessment guide, an installation guide, and a student reference guide.
Amatrol’s Materials Engineering training system (96-MT1) uses industrial quality components to teach students how to evaluate and use different industry grade materials. The 96-MT1 allows students to conduct a wide array of tests including tensile testing on steel alloys. Students learn industry-relevant skills in materials testing (tensile, compression, hardness, and shear), computerized data acquisition, chemistry of metals, interpretation of industry-standard numeric identification systems of various types of metals (steel, aluminum, brass, and copper), material strength analysis, and product design.
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Item Number:VLS4.75 -
Item Number:VLS6.75The VLS6.75 is a free-standing platform with a material processing envelope of 32" x 18" x 8.5" or 4,896 in³. The single laser platform supports a 10.6µm CO2 laser source ranging in power from 10 to 75 watts or one 9.3µm CO2 30 watt, 50 watt, or 75 watt laser source. -
VRNA offers a fully immersive VR experience designed to enhance the efficiency and reduce the expenses associated with teaching patient care job skills typically conducted in a laboratory environment, including Certified Nursing Assistant (CNA) and Emergency Medical Services (EMS) modules. -
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. -
Item Number:K4914-20Lincoln Electric's VRTEX® 360 Compact is a small, portable Virtual Reality Welding Simulator for mobile use in multiple environments. -
Effective packing surpasses mere item placement; it encompasses product safety, reduced shipping expenses, and the cultivation of brand loyalty. Inadequate packing practices can result in damaged goods, escalated expenses, and pose potential risks for both employees and recipients. This VR course directly confronts and addresses these challenges. -
The primary goal of this course is to teach you safe work procedures to follow in a warehouse environment. You will learn how to maintain a safe warehouse and identify common hazards. The Warehouse Hazard awareness simulation is ideal for employees or supervisors who will work in or visit warehouses. -
Discover the pivotal final steps of warehouse picking through VR Hard Hat's immersive Back-End Labeling course. Ensure product readiness, accurate shipment identification, and end-to-end traceability. Our course emphasizes precision in back-end labeling, minimizing logistical hurdles for efficient operations. -
VR Hard Hat's Warehouse Picking: Case virtual reality course is meticulously designed to provide insights into the best practices of case picking, ensuring both speed and precision. -
Front-end labeling, a vital component of the picking process, ensures that products are correctly identified, tracked, and dispatched. Proper labeling can reduce errors, improve efficiency, and enhance customer satisfaction. Hard Hat VR's course is designed to address the nuances of labeling at the initial stages of the picking process, ensuring that errors are minimized and efficiency is maximized.
