BOFA’s AD 250 fume extraction and filtration system has been designed to help provide a cost-effective solution for light-duty applications. This compact system is ideal for use in schools, sign-making workshops, small-scale industrial environments and light laser coding applications.
Train with SimSpray®, the aerospace industry-leading tool for VR painter training. SimSpray's aerospace content packs each include unique parts, paints, and environments designed to meet industry needs.
Benefits of Using 3D Printing for Metal Forming
Looking to learn more about the benefits of using 3D printing for metal forming dies and press brake tools? You've come to the right place!
In this video, Stratasys's resident expert, Thomas Whiting, walks through the most influential benefits of metal-forming and press brake tooling with Stratasys FDM technology.
Thomas offers his insight into the best practices to follow when creating these tools to deliver the highest quality output with the lowest possible resource expenditure.
This video details how to replace the battery in a FANUC CRX Cobot
FUEL CELL AS AN ALTERNATIVE DRIVE CONCEPT (UNITRAIN)
The concept of using fuel cells in a vehicle is an alternative to the use of purely electrical vehicles with range extenders. It should be noted that a fuel cell powered vehicle is not considered to be a hybrid system. A fuel cell is merely an energy converter which can also store electrical energy. The idea nevertheless represents a promising alternative since the relatively long range it offers is an impressive factor.
Whether you’re an instructor teaching the next generation of industrial maintenance technicians or an employer trying to hire new mechanical maintenance workers, the same question needs to be asked of potential new hires: do they have the skills you need? Amatrol’s Mechanical Drives 1 Assessment Workstation (27-MEA1) allows individuals to be evaluated on a variety of hands-on mechanical maintenance skills.
Amatrol’s Portable Pneumatics Learning System (990-PN1) is designed to teach fundamental and advanced pneumatic principles. Pneumatic power forms the basis of numerous industrial applications spanning fields like agriculture, pharmaceuticals, and automation. Through hands-on practice, learners will master the operation of pneumatic cylinders, flow controls, directional control valves, air motors, and pressure gauges. This system requires a compressed air source, a Hand Tool Package (41221), and a computer.
This robust and portable training system features authentic pneumatic components such as rotameters, pressure gauges, flow control valves, and directional control valves. Users will use the included pneumatic hoses to build operational pneumatic circuits based on schematics, honing skills like flowmeter connection and cam-operated sequence circuit operation. Amatrol’s attention to quality ensures learners engage with components relevant to real-world job scenarios.
Amatrol’s Advanced Hydraulics Training System (85-AH) covers hydraulic motor training applications, hydraulic pump and motor performance, and hydraulic fluids and conditioning. Within this advanced hydraulics training system, learners will study how motors are stopped hydraulically, how to use a pump efficiency curve to determine overall efficiency, how to size a conductor, how seal materials are determined by hydraulic fluid type, and more!
The advanced hydraulic training system requires Amatrol’s Intermediate Hydraulics (85-IH) and one of the Basic Hydraulics systems (850-H1, 850-C1, or 85-BH).
Double Sided A-Frame Bench
Amatrol’s Basic Pneumatics Training System – Double Sided A-Frame Bench (850-PD1) features the Basic Pneumatics Learning System (85-BP) panels mounted on a sturdy, durable A-frame bench with plenty of room for expansion.
Another set of Basic Pneumatics panels can be mounted to the opposite side of the bench to double training capacity, or more advanced pneumatic concepts can be taught by adding Intermediate Pneumatics (85-IP), Advanced Pneumatics (85-AP), or Electro-Pneumatics (85-EP) systems.
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Featuring actual tech support case studies submitted by agents working in the GEEK SQUAD™, supported by countless lab and hands-on activities, the Marcraft IT certification programs are the gold standard for real learning.
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Most of us involved in the educational field understand that Green Technology is THE NEXT BIG THING! But as with all new fields and technologies - it is very hard to define or predict. The definitions seem to change depending on who you speak with.
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Item Number:MATTI-BLAST-FMM-1Explore TacMed's Simulation™ MATTi™ Medical Simulator, a modular whole-body female medical simulator designed to revolutionize medical training. Discover unparalleled realism, versatility, and effectiveness in simulation technology. Prepare healthcare professionals for real-world scenarios with MATTi™ today.
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Item Number:27-MEA1Amatrol’s Mechanical Drives 1 Assessment Workstation (27-MEA1) features a compact workstation designed to effectively assess hands-on mechanical skills with both belt and chain drives.
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Item Number:970-ME1Amatrol’s Mechanical Drives 1 Learning System (970-ME1) covers installation, operation, motor drive alignment, and various motor drive systems applications.
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Item Number:950-MPF1Hands-on mechanical fabrication assembly training with Amatrol’s 950-MPF1. Teach essential industrial hand and power tool skills with safety-focused curriculum and optional interactive eLearning.
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Item Number:805-PACDAC Worldwide’s Mechanical Fasteners Sample Board (805-PAC) is a hands-on teaching aid designed specifically to supplement training in industrial fastener identification, measurement, selection, and design.
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Item Number:205-190DAC Worldwide’s Mechanical Speed Variator Dissectible (205-190) provides students with realistic training that will build industrial skills hands-on.
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Item Number:MG10OnRobot's MG10 is a versatile, easy-to-use magnetic gripper for material handling, assembly and machine tending applications in manufacturing, automotive and aerospace environments.
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Item Number:EMG 1 / EMG 2A stand-alone power network is a type of power supply network which is closed and has no active lines coupling it to other parts of the electrical power supply grid. A stand-alone network is markedly smaller than a combined electricity grid and does not usually incorporate high-voltage power lines. For this type of network, there are two distinct modes of operation, stand-alone mode, and isolated parallel or generator-to-generator operation.


















