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Intelitek is a USA based, world-leading developer, producer and supplier of comprehensive blended) learning solutions for training. Learning Labs, Inc. is proud to represent intelitek in the following product categories:
Please visit intelitek's website or contact your Regional Manager for more information, or use the links above to gain access to more specific information.
Please view the 3D printing/rapid prototyping section of intelitek's website or contact your Regional Manager for more information. The Agri-Environment Science Program introduces students to fundamental concepts of agriculture such as irrigation, fertilization, soil management, and principles of greenhouse design and control. In addition, the program introduces students to environmental concepts. The heart of the program is the AutoAgronom, a system that monitors and manages the plants’ environment by continually collecting and analyzing data from the plants’ roots and acting on that data by controlling irrigation, fertilization, and other parameters. By working with the system, students investigate the effects that various parameters such as temperature, irrigation, radiation, fertilization and more, have on the plant growth process.
The Program is provided as a turnkey project consisting of the following major components:
Please view the agriculture section of intelitek's website or contact your Regional Manager for more information.
spectraCAM Milling and spectraCAM Turning can be ordered separately or in a combined software package. Both include spectraCAD software. Key features:
Please view the CAD/CAM section of intelitek's website or contact your Regional Manager for more information.
The advantages to e-learning are many:
Please visit the LearnMate LMS section on intelitek's website or contact your Regional Manager for more information.
Greystone Technology's HVAC trainers are stand-alone table/bench mounted units that provide between 20 and 50 hours of combined classroom and laboratory training. Some of the principles covered include:
Please view the HVAC section of intelitek's website or contact your Regional Manager for more information.
The Flexponent system of movable component panels allow the JobMaster Training Station to be quickly configured for teaching a variety of electrical maintenance topics including:
Please view the industrial electricity section of intelitek's website or contact your Regional Manager for more information. Industrial Maintenance: Mechanical
JobMaster™ courses are entirely skill-based, consisting of individual exercises that reproduce essential tasks performed by maintenance technicians, equipment operators, and machine repairmen. Each skill has been analyzed and field-tested by qualified maintenance technicians to teach the specific skills needed in the industrial environment.
In a footprint of 60 square-feet (5.60 square-meter), the intelitek JobMaster™ 1600 Electromechanical Maintenance Cell simulates an automated manufacturing operation in an industrial plant. This platform delivers the most relevant training in the installation, operation, troubleshooting and maintenance of industrial processes and equipment.
The JobMaster™ 1600 Electromechanical Maintenance Cell is the ultimate capstone to any industrial maintenance / mechatronics program. The Electromechanical Maintenance Cell ensures relevant instruction by enabling a robust simulation of the workplace and a more valid delivery of career skills. Students learn to assemble, wire, maintain, and troubleshoot electromechanical systems just as if they were in the industrial environment. This results in the most effective authentic assessment of a trainees ability to succeed in the field of mechatronics or industrial maintenance. The basic cell includes electrical power distribution and controls, wire and cable tray, wireways, conduit and equipment housings. Students gain enhanced understanding of industrial processes by installing, operating and troubleshooting sub-systems onto the cell including:
Please view the industrial maintenance section of intelitek's website or contact your Regional Manager for more information. Industrial Maintenance: Motors and Motor Controls
Some of the principles covered include:
Please view the motors and motor control section of intelitek's website or contact your Regional Manager for more information. intelitek's Greystone Technology line of trainers offers a basic course in programmable logic control with plant applications. This course provides approximately 30 hours of combined classroom and laboratory training in:
Please view the PLC section of intelitek's website or contact your Regional Manager for more information. Industrial Maintenance: Process Control The ProcessLine Level & Flow Process Control training system gives students comprehensive, hands-on experience in the fundamentals of instrumentation and industrial process control. The training system serves to demonstrate and teach the measurement and control of level and flow processes. Please view the process control section of intelitek's website or contact your Regional Manager for more information. CIMflex offers flexible solutions for educating and training students in the principles and technologies of computer integrated manufacturing. This turnkey system, complete with all equipment and software students need to get started, gives students hands-on experience with industrial level equipment and applications within a laboratory environment. The modularity and flexibility of the system allow it to be configured and integrated into an educational program that best suits the needs of the school. The CIMflex system also supports stand alone disciplines and serves as the perfect solution for cross-disciplinary programs. All basic CIMflex systems include:
Please view the CIM section of intelitek's website or contact your Regional Manager for more information.
Intelitek provides complete training packages for each machine, including operating software, CAD/CAM software, manuals, curriculum, and a full range of tooling and machine accessories. All offer a high degree of accuracy and repeatability, and easy to use Windows-based control software. Please view the CNC section of intelitek's website or contact your Regional Manager for more information. Intelitek's fluid power packages include activity-based, competency driven programs that equip pre-engineering students with the technological knowledge, skills and competencies crucial for successful careers in engineering and advanced manufacturing environments. The pneumatics technology program emphasizes real industrial concerns as it takes students through three areas of study:
The hydraulics technology program emphasizes real industrial concerns as it takes students through:
Please view the fluid power section of intelitek's website or contact your Regional Manager for more information. Manufacturing: Residential Wiring A complete course in residential power wiring and control including structured wiring for data, video, control, and communications (CAT3 and 5). This course is a stand-alone table/bench mounted unit that provides approximately 50 hours of combined classroom and laboratory training.
Please view the residential wiring section of intelitek's website or contact your Regional Manager for more information.
RoboCell, SCORBASE and ACL software provide different approaches to robotic programming, control and simulation. The synergy of mechanics, electronics and control makes Intelitek robots ideal for mechatronics training in a singular lab workstation. Please view the robotics section of intelitek's website or contact your Regional Manager for more information. This turnkey automated welding station gives students training and skills in robotic programming and control, and production welding methods.
Students learn to overcome common welding problems, such as thermal deformation, by adjusting welding technique. Students also learn to improve weld quality by optimizing important welding parameters such as wire feed rate, robot speed, inert gas shield and voltage. Safety is an integral part of the system. The robotic workbench is housed in a fire retardant metal booth with filter-plated windows for UV and eye protection. Opening a booth door automatically halts the welding operation. Pressing either of two emergency buttons immediately halts both robotic and welding operations. Please contact your Regional Manager for more information. intelitek offers Robotics Engineering Curriculum (REC), a full two-year curriculum using the Vex Starter Kit! Read the REC brochure (2 Mb PDF)! |
Learning Labs Proudly Represents the Following Manufacturers: Learning Labs' Calendar of Events
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The Agri -Environment Science Program is based on the blended
learning concept combining theoretical E-Learning study with
practical work. The training system enables students to master basic
and advanced agriculture concepts using the E-learning content for
theoretical understanding and the system for practical work. 
Turning
operations: facing, roughing, finishing, grooving, cut-off 
LearnMate is a web-based,
e-learning program combining new technologies with solid
instructional design principles. This program allows students to
work through 42 different training modules either on-line or
off-line without the use of hardware. Through the use of well
developed curriculum and multimedia, students gain the skills and
knowledge needed to prepare them for careers in technologically
advanced mechatronics and industrial environments. 
The
Power Electricity series, part
of the JobMaster™ Electrical Maintenance Training System brings true
versatility to your training program.
Interchangeable Flexponent panels
and competency-based curriculum combine to teach basic electrical
skills from the JobMaster Indsustrial Database. 
Pneumatics 1 allows students
to acquire the basic skills in operating simulation software and
industrial components. 
the use of simulation software
and the design of basic hydraulic circuits. Applied science
experiments are used to demonstrate the physical principles of
fluid power. 
Using
RoboCell software students safely perform entire welding processes
in 3D simulation before executing actual automated welding
applications. 