Educational Robotics Funding & Procurement Guide

Plan a robotics classroom or automation lab around the Dobot MG400, Magician Lite, Magician or Magician E6. This guide helps educators and purchasing teams connect equipment choices with learning goals, build an itemized budget and prepare documentation for their next procurement cycle.

Funding is not automatic. Your institution and program administrator must confirm applicant eligibility, allowable equipment costs and purchasing requirements before you commit to an order. A robot's educational use does not, by itself, make it eligible for a particular funding program.

Compare the MG400 and Three Magician Models

Model	Learning focus	Axes	Listed payload	Reach	Repeatability
Magician Lite	K–12 robotics, introductory programming and sensor projects	4	250 g	340 mm	±0.2 mm
Magician	STEAM projects, coding, drawing and automation demonstrations	4	500 g	320 mm	0.2 mm
Magician E6	Six-axis motion, education, research and manufacturing training	6	750 g	450 mm	±0.1 mm
MG400	Desktop automation, precise handling and assembly exercises	4	500 g; listed maximum 750 g	440 mm	±0.05 mm

Specifications reflect the product listings. Confirm the selected configuration, tool weight, operating limits and installation requirements before purchasing. Accessories are model-specific and should not be assumed interchangeable.

Dobot MG400: Desktop Automation Training

The MG400 remains the anchor platform for an automation-focused lab. Its four-axis design, 440 mm reach and ±0.05 mm repeatability support lessons in repeatable handling, positioning and assembly. A 190 × 190 mm base suits desktop installations, while TCP/IP and Modbus TCP support connected automation exercises. Programming options include drag-and-teach and Lua scripting.

Explore the Dobot MG400

Dobot Magician Lite: K–12 Robotics and AI Foundations

Magician Lite is a lightweight four-axis robot designed for K–12 education. DobotLab graphical programming gives students a visual starting point for coding. The Magic Box provides expansion interfaces for projects that combine robotic movement with sensors and controls.

A useful classroom planning direction is to pair the robot with introductory coding activities, then add sensor-driven or AI demonstrations as the curriculum develops.

• Dobot Magician Lite
• Sensor Kit for Magician Lite: light, sound, motion, color and other inputs, with Python and block-programming support.
• AI Teaching Kit for Magician Lite: guided projects exploring image recognition, OCR, image segmentation and speech recognition.

Dobot Magician: Multifunctional STEAM Learning

The original Magician is a four-axis educational robotic arm with drag-to-teach, graphical programming and Python options. Interchangeable tools support projects such as writing, drawing and pick-and-place. Its expansion interfaces let learners connect programming, electronics and mechanical systems.

For a project-based lab, consider a robot station for coding and drawing, then expand into sensor-controlled sorting or conveyor demonstrations. Verify the included tool package and any additional supervision or installation requirements for the activities you select.

• Dobot Magician 4-Axis Robotic Arm
• Basic AI Kit for Magician: vision, voice, joystick, button and LED modules for programming and human-machine interaction projects.
• Conveyor Belt for Magician: production-line simulations with object detection and color sorting; also listed as compatible with Magician Lite.
• Sliding Rail Kit for Magician: expands the working area; also listed as compatible with Magician Lite.

Dobot Magician E6: Six-Axis Robotics and Research

Magician E6 adds six-axis motion for more complex positioning and multi-directional tasks. Its 750 g payload, 450 mm working radius and ±0.1 mm repeatability support education, research and manufacturing-training projects. Graphical programming and trajectory replay provide an entry point, with Python or Lua available for more advanced work.

Consider E6 when the learning objective specifically requires six-axis motion or a progression toward integrated robotic workcells. Compare task requirements with the MG400 rather than choosing on axis count alone.

• Dobot Magician E6
• Collaborative Robot Universal Training Platform: listed for Magician E6, MG400 and CR3, with modular vision, handling, conveyor and assembly training. Confirm the robot and modules included in your quoted configuration.

Match Equipment to the Learning Plan

Start with the skills students should demonstrate, then choose the hardware. Magician Lite is a natural starting point for K–12 coding and sensing. Magician supports varied STEAM and automation projects. MG400 suits precise four-axis automation exercises. Magician E6 adds six-axis motion for advanced robotics work.

Build the budget around student group size, the number of shared stations, compatible end-effectors, computers, workspace, instructor preparation and any training or support required. List accessories separately so reviewers can see which learning objective each item supports.

Funding Pathways to Discuss with Your Grants Office

Ask your institution's grants coordinator to review current opportunities through state CTE and Perkins programs, district education allocations, workforce-development programs and local or corporate foundations. These are research starting points, not a statement that any particular program will pay for these robots.

For every opportunity, check the applicant rules, approved project purpose, equipment-cost restrictions, application deadline, matching-fund requirements and purchasing process. Include the exact robot and accessories in the review; approval for one item should not be assumed to cover the rest of the lab.

Keep E-Rate Planning Separate from Robotics Funding

Do not treat this page as confirmation that MG400 or any Magician model is E-Rate eligible. Ask your E-Rate coordinator to review current official eligible-services guidance before including an item in a request. A school participating in E-Rate still needs a separately verified funding route for its robotics equipment.

Plain-Language Procurement Timeline

1. Now: Define learning outcomes, compare models, select compatible accessories and draft a complete equipment budget.
2. Upcoming administrative milestone: The FY2027 USAC administrative-window opening identified for this planning cycle is October 21, 2026. Confirm the current official calendar with your E-Rate coordinator. This administrative milestone is not a robotics grant opening or equipment-eligibility decision.
3. Before applying: Confirm the chosen funding program's actual deadlines, allowable costs and required documentation with its administrator.
4. Before selecting a supplier: Follow your institution's purchasing process and any program-specific bidding requirements. Request itemized pricing and confirm lead times.
5. Before ordering: Obtain the necessary budget approval, award authorization and purchasing authorization. Confirm payment arrangements and delivery requirements.
6. At delivery and project close: Retain receiving records, invoices and the evidence your funding program requests.

Set internal review dates early enough for revisions. Grant, institutional budget and supplier lead-time schedules may differ; do not substitute an E-Rate calendar for a robotics procurement deadline.

Procurement-Document Checklist

• Selected model's product specifications and proposed configuration.
• Itemized quote covering robot quantities, accessories, shipping and any separately quoted training or services.
• Curriculum-alignment statement explaining learning outcomes and why each item is needed.
• Funding-program guidance and written confirmation of allowable costs from the appropriate reviewer.
• Vendor forms, tax documentation and registration information requested by your purchasing office.
• Competitive-bid records or other purchasing justification, where your institution requires them.
• Internal approvals and purchase-order documentation, if applicable.
• Confirmed availability, lead times, installation needs, warranty and support details.
• Receiving records and itemized invoices for project reporting.

Ask your purchasing office which documents are required for your specific program. Do not assume a particular vendor registration, contract listing or purchasing method is available without confirmation.

Questions to Resolve Before Purchasing

Does educational use guarantee funding eligibility?

No. Your program administrator must assess the institution, project and itemized costs against the current program requirements.

Can the same accessory be used across all four robots?

Do not assume so. Some accessories are listed for Magician and Magician Lite; the collaborative training platform is listed for E6, MG400 and CR3. Verify each proposed combination and the included components before ordering.

Can we purchase using a PO or cooperative contract?

Confirm purchasing and payment arrangements with MachineShark and your institution before submitting an order. Do not assume an existing contract listing or automatic PO approval.

What should we send when requesting equipment information?

Include the selected robot, station count, accessory list, learning objectives, required delivery date and any documentation or quote-format requirements from your purchasing office.

This guide supports planning, not funding approval. Final eligibility, deadlines and procurement requirements are determined by your institution and the relevant program administrator.