DAC Worldwide’s Hydraulic Gear Pump Cutaway, External-Type (778-110) is an industrial hydraulic gear pump that has been sectioned to reveal the inner workings of this component. This exposure allows learners to understand the design, operation, construction, and maintenance of this common process pump used throughout the industry.
Amatrol's Computer Aided Design (CAD) 1 – SolidWorks learning system introduces solid modeling by describing the function of solid modeling software and the features of solid modeling. Solid model creation is taught by having the learner use sketch commands and tools to create a sketch and extruded boss/base features to create a solid model. Solid model features such as drawing planes; extruding cut features, fillets and chamfers; and revolved features are explored. Also included are topics such as multi-view drawings, dimensioning, and title blocks.
Amatrol’s Computer-Aided Manufacturing (CAM) 1 Learning System (96-CAM1) teaches learners the fundamentals of part design and development using Mastercam software. Mastercam allows learners to design and draw complex shapes and parts on a computer. These drawings can then be utilized to generate a program to produce learner-designed parts using the CNC Machines 1 Learning System (96-CNC1). Major topic areas covered by this course include the CAM mill process, tool and material selection, CAM parameters, contour toolpaths, and much more!
The 96-CAM1 training system includes Windows-based Mastercam software, a custom tensile specimen fixture kit featuring an adapter plate, 1/4-inch and 3/8-inch end mills, and a supplemental disc containing various CAM design files. This system’s interactive eLearning curriculum covers major CAM topics and theory, which learners can then use to practice various hands-on skills that can then be used in real-world applications. This curriculum is full of incredible graphics, 3D animations, and interactions.
Amatrol’s CNC Machines 1 and 2 Learning Systems (96-CNC1D and 96-CNC2D) cover how to operate a CNC milling machine and how to develop basic programs that will run the machine. More specifically, the 96-CNC1D will cover fundamental CNC machine training, such as linear interpolation, startup and shutdown blocks, tooling selection, and accurate PRZ location before moving on to more advanced circular interpolation commands. The 96-CNC2D builds on these foundational skills by adding how to calculate the speeds and feeds for CNC operations, how canned cycles and subprograms are used to simplify CNC programs, and how to use cutter compensation.
Each of these learning systems uses the Denford Micromill IST CNC milling machine, which allows learners to gain hands-on milling program design and practice. This level of hands-on CNC machine training is mirrored throughout other systems in Amatrol’s Project Based Learning program. Project Based Learning systems were specifically designed for high school students in order to teach them teamwork, STEM, and problem-solving skills that are applicable to real-world advanced manufacturing career opportunities.
Amatrol’s CNC Machines 3 Learning System (96-CNC3D) introduces learners to the CNC lathe and covers the operation and programming of this vital industrial machine. Learners will study the basic components and function of the lathe and then write programs to reduce the diameter of a shaft and create a part with a specific fillet. Lathes are one of the most widely used machines in industrial settings, found in every machine shop, so understanding their operation and function is vital for future members of the workforce.
CNC Machines 3 includes a Denford Microturn CNC Lathe, a tooling package, multimedia curriculum, an instructor’s guide, installation guide, and a student reference guide. Learners will use the curriculum to study CNC lathe topics like basic lathe G- and M-codes, absolute and incremental programming, circular interpolation, and program interpretation, and then practice applicable, industry-relevant skills with the Denford Microturn CNC lathe.
Amatrol’s Computer Control 1 & 2 Learning Systems (96-CT1 & 96-CT2) teach users how to program, operate, and interface programmable logic controllers (PLCs) in a variety of applications used in many industries, such as automotive, packaging, and technological assembly. The PLC remains an important tool in industrial automation, useful in a wide variety of applications like robots, conveyors, electric motor controls, air conditioning, process control, plastic injection molding, and CNC machines.
The 96-CT1 hardware features an Allen-Bradley Micro820 PLC. It can be mounted to either the Electrical Control 1 Learning System (96-ECS1) or Electric Relay Control Learning System (90-EC1A) to provide control of real-world electrical and pneumatic application devices. The system’s PLC I/O terminals are wired to heavy duty banana jacks, allowing learners to quickly connect the PLC to other devices. Using the system’s robust interactive multimedia curriculum, users will learn PLC skills while practicing with real-world equipment.
Computer Control 2 picks up PLC training where the first course leaves off. Learners will begin by studying step-by-step techniques that make reading and designing event sequencing programs much easier, then advance to topics like PLC timer instructions, time-driven sequencing, timer applications, PLC counter instructions, count down instructions, and latch and unlatch instructions. This training system allows learners to practice skills like: designing a PLC program that provides low voltage starting of an electric motor; designing a clamp and drill application which uses the latch/unlatch instructions; entering and editing a PLC program that uses an RTO instruction; and many more!
Amatrol’s Electrical Control 1 Learning System (96-ECS1) teaches learners how to interpret, design, and operate relay control circuits using ladder diagrams. Electrical control is vital in the operation of electric and fluid power actuators and also forms the fundamental building block of automation systems like programmable logic controllers (PLCs), which are programmed using the electrical control schematic method, the ladder diagram.
The 96-ECS1 includes a tabletop console with pre-mounted electrical control, pneumatic, and electric power components. Each component’s electrical terminals are connected to heavy-duty banana jacks, enabling learners to quickly connect and operate a variety of automation control circuits. This learning system also features interactive multimedia curriculum covering major topic areas like control logic, ladder diagrams, sequencing control, timers, and advanced systems. This multimedia curriculum comes alive with exciting animations, videos, and interactive exercises, as well as a virtual simulator.
Amatrol’s Electrical Fabrication 1 Learning System (96-ELF1) teaches students skills that are commonly used by electricians, technicians, and engineers in today’s industry. Installing, operating, repairing, or designing equipment for modern industry requires fundamental knowledge of electrical wiring and components. Students will gain expertise in key skill areas such as basic electrical system wiring, interpreting wire installation plans, handling non-metallic cable, installing basic components such as switches, outlets, and lighting, and connecting electrical services.
The 96-ELF1 includes a workstation, wiring components, storage case, electrical consumable package, hand tools package, electrical accessories, multimedia student curriculum, instructor’s assessment guide, and installation guide.
Amatrol's Enterprise Systems Learning System 1 (96-ES1) lays the foundation for essential workplace skills. Too often, people attempt to contribute to an organization without underpinning skills such as communications, problem-solving, working effectively in teams, presenting an idea effectively, and working with other to generate ideas, just to name a few. Using a structured learning approach, Enterprise Systems Learning System 1 teaches key skills needed in any organization.
The Hydraulics 1 Learning System (96-HYD1) introduces industry-relevant hydraulic skills while showing how they apply to fundamental hydraulic principles, such as pressure and flow; this signature Amatrol approach to curriculum reinforces both theory and practice to produce a well-rounded understanding of the topic. As an example, after completing this learning system, learners will not only understand concepts like flow rate versus cylinder speed and pressure versus cylinder force, but also be able to operate, install, design, and troubleshoot basic hydraulic circuits for various applications.
The 96-HYD1 includes gauges, manifolds, cylinders, valves (relief/sequence, pressure reducing, check, directional control), flow meter, and hydraulic motor, as well as a 500 psi hydraulic power unit, manifold set with shutoff valve, and an Amatrol workbench. These components are all industrial quality not only to ensure durability, but also to help learners become better prepared for what they will encounter on the job. All Amatrol products are made from top-notch materials and carefully crafted (hand-welded and painted) to create tough, attractive, well designed learning systems that will facilitate learning for years.
Amatrol's Hydraulics 2 Learning System (96-HYD2) builds upon the knowledge and skills taught by the Hydraulics 1 Learning System. Hydralics 2 focuses on more advanced skills and topics such as pressure intensification, cylinder regeneration, and operation and troubleshooting of various hydraulic components.
The 96-HYD2 features real-world, heavy-duty hydraulic components students will encounter on the job, including control valves, relief valves, flow control valves, check valves and accumulators. The in-depth multimedia curriculum teaches learners both relevant knowledge and hands-on skills related to these components, such as adjusting pressure settings, taking measurements, and making various calculations. User will also learn how these components are use in real-world application, like elevators, punch presses, backhoes, dump trucks, hydraulic presses, and more!
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Item Number:778-110 -
Item Number:F190CR and F370CRIt starts with high-strength composite materials, but the Stratasys composite-ready F Series offers much more. More materials, more reliability – more capability than other similar printers. -
The Fall Protection awareness simulation is ideal for future employees and supervisors who will work in or around construction environments. The primary goal of this course is to teach workers safe procedures when working at heights on a construction site. -
Item Number:202-000DAC Worldwide’s Fan Balancing Trainer (202-000) is a precision assembly allowing for convenient demonstration and training in fan balancing and other vibration analysis-related topics. Based on the design of a typical squirrel cage fan, this heavy-duty aluminum device allows for assembly in a variety of configurations, creating a broad range of balancing scenarios. -
Item Number:202-PACDAC Worldwide’s Fan Balancing Training System Plus (202-PAC) is a hands-on industrial training system that allows learners to gain experience with fan balancing to achieve maximum fan efficiency and stability. -
A large working envelope with a reach of 717 mm, and a payload of 7 kg, combine to provide solutions for high productivity handling and assembly applications. -
With FANUC Robotics’ CERT Program, new courses and project based activities prepare students for a workplace that will be increasing in robotic automation. The Fanuc Robotics Education Training Cart incorporates the compact M-1+A robot housed in a self contained, mobile enclosure. The lightweight parallel-link M-1+A robot is designed for small part handling, high speed picking and assembly applications. -
FANUC America now offers Certified Education Robot Training (CERT) to qualifying High Schools, Community Colleges, and Universities. With FANUC America's educational robots, students can learn to utilize the latest automation technology while applying Science, Technology, Engineering, and Math. Industrial robotics training in the classroom can safely be achieved through the CERT program. FANUC America provides the necessary training to the instructor as well as a curriculum to introduce students to robot applications. -
The FANUC CNC Certified Education Training program is an industry certification available to qualified high schools, community colleges, and universities. The program certifies instructors at educational institutions to train their students to program, set-up and operate CNC machine tools using FANUC’s control platform. -
Item Number:D73F-0320-PB00Experience the cutting-edge in CNC machining simulation with FANUC's D73F-0320-PB00 simulator. Equipped with real kinematics, live machine movement, and advanced features like collision detection, immerse yourself in a true-to-life machining experience. Discover the power of virtual milling or lathe operations with our software-only version for seamless integration. Get ready to revolutionize your CNC training!
