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The Keter heavy-duty, cantilever-style organizer opens up to reveal 27 removable bins, perfect for storing TETRIX® PRIME or MAX spare parts and elements. Features a strong, comfortable horizontal handle for carrying heavy loads and a lid designed to keep parts in place when closed. Made of durable resin with metal handle and latches, and built-in legs for stability when in the open position, this chest will withstand years of use. Measures 22" x 12-1/8" x 6-5/8".
This screwdriver is an ideal tool for mounting TETRIX® MAX and PRIME servo motors to mounts and for assembling the PRIME Gripper Kit. Features an end with a No. 1 Phillips drive and an end with a 1/8" flat head.
If you have the 3-D Printing: Vehicle Engineering Package and want to add 3-D Printing: Design Solutions Curriculum to your classroom, then this is the add-on kit for you.
This package contains the Afinia H400 3D Printer, a small, simpler yet affordable 3-D printer perfect for saving some space. The H400 features WiFi connection, touch screen controls, 0.15 mm layer thickness printing capability, and more. The printing space for the H400 is 4.7" x 4.7" x 4.7".
Pitsco’s 3-D Printing: Design Solutions Package enables students to create small designs that can be 3-D printed. The curriculum enables instructors to effectively present basic 3-D design along with copyright and patent information. Included activities foster a greater understanding of 3-D design, CAD and CAM software platforms, and methods used for 3-D printing.
This package contains the Afinia H400 3-D Printer, a small, simpler yet affordable 3-D printer perfect for saving some space. The H400 features WiFi connection, touch screen controls, 0.15 mm layer thickness printing capability, and more. The printing space for the H400 is 4.7" x 4.7" x 4.7".
This package includes:
No assembly is needed for the printer, but it does require the use of a wall outlet and a computer. System Requirements: PC – Windows XP/Vista/7; Mac – OSX.
Combine the Pitsco 3-D Printing: Vehicle Engineering and Design Solutions Packages for a powerful pairing. Everything you need to teach key aspects of 3-D design, prototyping, and engineering is included in this bundle:
This package also contains the Afinia H400 3-D Printer, a small, simpler yet affordable 3-D printer perfect for saving some space. The H400 features WiFi connection, touch screen controls, 0.15 mm layer thickness printing capability, and more. The printing space for the H400 is 4.7" x 4.7" x 4.7".
Supply your classroom with car kits to use with your 3-D printer. This package provides all the parts needed to create 50 battery-operated cars; however, some parts can be made with the 3-D printer if desired. Includes wheels, axles, chassis, battery holders, batteries, motors, and other necessary components and hardware. Engineering Notebooks sold separately.
Pitsco’s 3-D Printing: Vehicle Engineering Package enables students to create prototype components and other parts, which is rapidly becoming a normal part of the engineering process.
No assembly is needed for the printer, but it does require the use of a wall outlet and a computer. System Requirements: PC – Windows XP/Vista/7/8/10; Mac OSX.
Improve your CO2 dragster program with the Scout 2.0, designed to measure frontal drag on CO2 dragsters. This new version of the wind tunnel has a modular motor controller for improved performance, a backlit LED display, USB port compatibility, and updated software for current operating systems. The Scout 2.0 also features the following:
Note: Additional shipping charges apply.
The wind is all around us blowing us here or there as it sees fit. In order to give students a better understanding of measuring wind velocity, try out Pitsco’s Anemometer. Students create their own anemometer, use instruments to calibrate it, and then use a personalized anemometer for wind-related experiments.
Based on contemporary building techniques, these kits consist of a series of interconnecting modular components that permit you to design, build, and modify multiple structures.
ARCKIT 60 is ideal for creating smaller structures, student projects, interior designs, and home extensions and for learning the basics. This is also a great gift for budding architects.
ARCKIT 120 is perfect for light professional use and versatile enough to create a range of structures.
ARCKIT 240 is the pro’s choice: large enough to create a diverse range of structures of varying sizes with enough components to really explore designs and ideas.
For a better understanding of hydraulics and construction machines, look no further than Pitsco’s Backhoe. The backhoe uses hydraulic syringes to move the axes. Four controls are constructed from the syringes to imitate the basic controls of a real-life backhoe. A single student can operate all the controls, or a group of four can operate the controls as a team. With the shovel on the end of the backhoe, students can get a feel for how large construction machines work!
It’s time to test your structures with the EZ Shake Table! Students build structures, place them on the table, and use a crank to do the shaking themselves. It’s a fun way to learn physical science, Earth science, building geometry, and many other concepts while also having fun shaking the structures.