Introduce students to robotics with easy to assemble and modify rovers that feature real-world applications. Working collaboratively, students build and program advanced robots.
Simlog's Reach Lift Truck Personal Simulator: Selective Pallet Racks 2, Standard Aisles - Working with selective pallet racks, pick up each marked load and place it at its target position, using the overhead map for guidance. The loads and their target positions are mixed among the various heights of rack shelves.
Simlog's Reach Lift Truck Personal Simulator: Selective Pallet Racks, Narrow Aisles - working with selective pallet racks, pick up each marked load and place it at its target position, using the overhead map for guidance. The loads and their target positions are mixed among the various heights of rack shelves.
Simlog Mining Truck Personal Simulator - Corridor Driving Module: Trainees drive the truck through the corridor to the target. The trial ends when the truck is over the target and parked (gear in Park or Neutral with parking brake engaged).
Simlog Mining Truck Personal Simulator - Complete Haul Cycle 1 Module: Trainees drive the truck from the dumping zone to the rope shovel and position the truck under the dipper (the shovel's horn will sound when the truck is appropriately positioned).
After the truck has been fully loaded (the shovel's horn will sound when the loading is complete), return to the dumping zone, dump the load and drive away.
Simlog Electric Rope Shovel - Following Grade Module: make the rightmost dipper tooth follow the line (the cursor changes color as the tooth moves away from the line). The trial ends when the tooth reaches the end of the line, and the operator activates the horn.
Simlog Electric Rope Shovel - Single-Pass Digging Module: Fill the dipper by digging at the rock face. The trial ends when there is material in the dipper, the dipper is no longer in contact with the rock face, and the operator activates the horn.
Simlog’s Bulldozer Personal Simulator puts students behind the controls of a medium-sized Bulldozer as they experience the reality of a typical construction site. The virtual work site features dynamic terrain with life-like dirt pushing and spreading.
Training efficiency is delivered through a modular Instructional Design that teaches real skills for productive and safe equipment operations in the field.
Simlog's Mobile Crane Personal Simulator (Advanced Edition) puts trainees at the controls of a modern rough-terrain mobile crane equipped with a telescoping boom with deflection, a jib, and a realistic dashboard. The virtual worksite is set in a construction environment with various loads and hook blocks for training.
Training efficiency is delivered through a modular Instructional Design that teaches real skills for productive and safe equipment operations. Advanced Edition features lift planning exercises that require a solid understanding of load charts and Signal Person training, i.e. learning to provide appropriate signals to the crane operator (to complete a lift), while at the same time teaching that crane operator to understand and follow those signals.
The Simlog Mobile Crane Personal Simulator offers a powerful, immersive way to train crane operators safely and affordably. Designed to replicate real-world lifting scenarios, the simulator focuses on essential skills such as boom control, hook alignment, swing coordination, and load management—without putting people or equipment at risk.
This virtual training solution helps reduce costly on-site errors while reinforcing best practices for jobsite safety and crane operation. Whether for workforce development or vocational education, Simlog’s crane simulator provides scalable, repeatable training that prepares operators for the real thing.
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Item Number:MCK-FDLB-6X6The MINDS-i Foundations Curriculum as an introduction to STEM and Robotics designed as an interactive approach to applied science, technology, engineering, and math. In this course, students will become familiar with the basics of robotics and programming through teamwork -
Item Number:MCK-FDTR-001This fully assembled and programmed robotics breadboard accompanies the MINDS-i Foundations Curriculum. Designed to help teach programming, it allows you and your students to physically interact with the sensors on a stationary platform and can be used as a quick and easy method for checking your students' wiring and code. -
Item Number:ELA/100The unit is used manually, with flows controlled by manual valves and flowmeters. The unit has a stirred glass column, which enhances the visual experience of the extraction process. Students will learn how to determine the interphase level, material balance, efficiency of the column, and more. -
Elevate Your 3D Printing Game with Stratasys' F3300 FDM 3D Printer: Experience Cost Savings, Increased Throughput, Superior Quality, and User-Friendly Operation – Unleash Innovation Today! -
Item Number:F770Print big without the high capital investment of exclusive, large-format printers. The Stratasys F770™ 3D printer makes printing large, complex parts affordable, reliable, and easy. -
Item Number:F900The F900 gives you the ability to create large parts or multiple smaller parts in the broadest array of FDM materials. With the largest build chamber available among FDM printers, the F900 enables additive manufacturing at scale while delivering consistent, accurate results. -
Item Number:450mc and 380mcThe Fortus 450mc can run standard, engineering, and high-performance FDM thermoplastics in a 16 x 14 x 16 in. build envelope. It features improved ease of use, including a touchscreen user interface, and builds complex parts faster than its predecessor, the 400mc. -
Meet high production demands with the Stratasys H350 powder bed fusion 3D printer. Leveraging Selective Absorption Fusion, SAF technology, into the H-Series production platform, the Stratasys H350 is designed to deliver functional, production-grade parts with unrivaled consistency. -
Item Number:J4100Whatever the complexity, the J4100 can handle any design. An ultra-large build tray, multi-material capabilities, fast throughput, and a wide range of material properties mean unlimited design possibilities and improved productivity.
