Elephant Robotics Technology Ultraarm Conveyor Belt Kit 2024 (4010800028)

A conveyor belt does not wait for anyone to be ready. Parts arrive, the camera must see them, and the arm must be in the right place at the right moment. That is the lesson the Elephant Robotics Technology Ultraarm Conveyor Belt Kit 2024 (4010800028) brings to a classroom bench or a development lab: robotics as a moving, timed process rather than a single arm repeating a fixed motion.

The product is available through this page, by quotation.

Background

The company and its lineage

Elephant Robotics builds compact robot arms for education, research and light application development. Its catalog runs from small collaborative arms to larger desktop models, and the ultraArm family sits in the part of the range designed for learning and prototyping. You can browse the wider range in our Robot Arms category or on the Elephant brand page.

The kit follows a simple idea: learners understand robotics best when they can build a complete scene themselves. Instead of selling an arm and leaving the surroundings to the buyer, the manufacturer packages the arms, the cameras, the belt and the test objects together as a scene kit.

How the kit is positioned

The UltraArm Conveyor Belt Kit 2024 provides a platform for exploring robotics and developing applications, fostering creativity and hands-on learning. It is not a production-line component. It is a teaching and prototyping cell in which several disciplines meet on one table.

With this scene kit, users can learn machine vision, robot control, hand-eye calibration, conveyor belt control, robotic stacking and unstacking, Python programming, and robot suction pump control. Each topic is normally taught separately; here they depend on one another, which is the point.

The box contains two ultraArm P340 Robotic Arms, two USB Cameras, a conveyor belt and twenty Recognition Blocks measuring 3*3cm. Two arms and two cameras let a team split the work, for example one station to load the belt and one to sort from it.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the overall kit dimensions, the total kit weight, the conveyor belt speed, the belt weight, the exact belt dimensions, the kit power consumption, the IP rating or the belt material; they are confirmed at quotation.

What makes this kit different from a single desktop arm?

A single arm teaches kinematics and programming. It does not teach timing. Once a belt is added, the program has to react to objects that move, which means the vision system, the arm and the belt controller must agree with one another.

The kit gives you each of those parts. The belt runs on a High Precision Industrial Stepper Motor managed by a Mega 2560 Control Board and powered at DC 24V. The cameras deliver 2M 1080p images over a 110° field of view with no distortion, so the scene is seen widely and without bent edges, which matters when image coordinates are turned into arm coordinates during hand-eye calibration.

The arms add the physical side. Each ultraArm P340 offers a positioning accuracy of ±0.1mm and a payload of 650g, comfortably above the weight of the small recognition blocks the kit is built around. A suction pump control exercise is part of the curriculum, so picking is learned with a realistic end tool rather than only in simulation.

Which programming tools does the kit support?

The arm can be programmed through Elephant Ruban, through the graphical programming environment myBlockly, or in Python. That spread is useful in mixed classrooms. Beginners can start with blocks and see a pick-and-place sequence run on the first day, while advanced students move to Python for vision processing and belt logic.

The cameras work with Windows XP/7/8/10/VISTA/SEVEN, MAC, LINUX (include uvc), Raspberry Pi and Android 4.2+. Teams are therefore not tied to one operating system for development.

Who is the Ultraarm Conveyor Belt Kit 2024 for?

Schools and technical colleges are the most natural buyers. The kit gives a full course of work, from first block program to a sorting and stacking project, in one box that fits on a bench.

Universities and research groups can use it to prototype vision-guided handling ideas before moving to larger equipment. Makers and training centers will find that the open Python route allows their own experiments.

If your work needs only an arm without a belt scene, the Robot Arms category lists other Elephant Robotics models to compare. If you want the scene with cameras and a belt, this kit is the one to request.

What is the Ultraarm Conveyor Belt Kit 2024 used for?

1. Machine vision lessons. The two cameras let learners recognize the 3*3cm blocks by their features.
2. Hand-eye calibration. Students link camera coordinates to arm coordinates so the arm can reach what the camera sees.
3. Conveyor belt control. The Mega 2560 Control Board and stepper motor let learners start, stop and coordinate the belt with arm actions.
4. Stacking and unstacking. The arms pick blocks and build stacks, then take them apart, to practice positioning.
5. Suction pump control. Learners operate the pump to grip and release objects as the task requires.
6. Python and graphical programming. Courses can move from myBlockly to Python as skills grow.

Pricing and Availability

Prices are not listed on this page. Please request a quotation and we will respond with the details for your order. Delivery, customs and support are arranged together with the quotation. The Elephant Robotics Technology Ultraarm Conveyor Belt Kit 2024 (4010800028) is available on this page.

Frequently Asked Questions

What is in the box?

The kit contains two ultraArm P340 Robotic Arms, two USB Cameras and twenty Recognition Blocks measuring 3*3cm, together with the conveyor belt.

How accurate are the arms?

The ultraArm P340 has a positioning accuracy of ±0.1mm and a maximum terminal velocity of 100mm/s.

What can the arms carry?

The arm payload is 650g. The conveyor belt load capacity is ≥ 500g.

Which programming languages can I use?

You can program with Elephant Ruban, the graphical environment myBlockly, or Python.

What power does the kit need?

Each arm takes 12V 5A input, the conveyor runs on DC 24V and each camera on DC5V 90mA.

How long is the conveyor belt and what drives it?

The belt length is ≥ 800mm. It is driven by a High Precision Industrial Stepper Motor and controlled by a Mega 2560 Control Board.

Where can I buy the Ultraarm Conveyor Belt Kit 2024 and what does it cost?

You can request it through this page. The cost is given in a quotation prepared for your order, not as a listed amount.

Summary

The belt keeps moving, and that is what makes this kit worth having. It teaches vision, calibration, arm control and belt control as one connected problem, using two ultraArm P340 arms with ±0.1mm positioning accuracy, two 2M 1080p cameras and a belt of ≥ 800mm. For a classroom or lab that wants robotics learned as a working process, this page is the starting point.