After our greatly successful Mirobot raising over $300,000, we are incredibly excited to be back!

New feature! Haro380 can understand your spoken commands using AI.

Come and see Haro380 in action with us at the WLKATA Studio! Click for more info.

Haro380 is an industrial-grade, 6-axis robot arm that is designed to fit right on your desktop. It offers everything an industrial robot has to offer: great accuracy, high payload, and zero backlash. 

• More affordable and compact than the usual industrial robots
• Better precision and payload than those robots typically used in classrooms

• 3D Printing

• Doing Surgery

• Solving Jigsaw Puzzle

• Threading Needles

• Aircraft Refueling

• Racecar Assembly

Haro380 is a collaboration between mechanical workshops, universities, and robotics labs across the United States. 

All essential components such as joints, end effectors, and other parts that are meant for reliable operation, are proudly made in the USA.

Whether you are a tech-savvy individual, a student, or an engineer, Haro380 is here to help you accomplish tasks quickly and accurately, streamline your productivity and reduce manual labor.

Thanks to Haro380’s innovative design that positions the 5th axis closer to the end-effector, it can reach up to 380mm from the center. The result is a large workspace envelope, despite its small height.

At a mere 25cm in height and 3.5kg in weight, Haro380 is incredibly compact. Plus, its motor is only 4cm in diameter, which makes it perfect for any engineering project.

Haro380 offers unparalleled performance in its price range, opening up endless possibilities for anyone to explore the fun of automation.

• 0.05mm Ultra Precision

Haro380 comes with high-performance harmonic reducers on all six robotic joints, controlled by a closed-loop control system. Boasting a jaw-dropping repeatability of 0.05mm, Haro380 allows you to perform precise and delicate tasks with ease. 

• High Payload

The closed-loop control system on Haro380 allows for a smooth motion of up to 500g payload at a high speed and higher accuracy than traditional systems. Furthermore, Haro380 is more dependable with its scalability and automation abilities.

• Enhanced Durability

The full metal structure of Haro380 is made entirely with durable materials, notably the high strength-to-weight ratio aluminum alloy. Its robust design makes it a sleek alternative to more traditional, bulky and heavy robotic arms.

• Visual Programming

Haro380 offers a more intuitive interface for you to interact with, without requiring a background in programming language. This allows for much easier troubleshooting, and can be a great tool for beginners to robotics.

• Flexible Mounting Positions

You can mount Haro380 horizontally, vertically on the wall, or even mount it upside down on the ceiling. This flexibility in the mounting orientation can ensure easy integration with other robots, providing maximum usability and a lot of customization options. 

• Versatile End Effectors

Haro380 offers a more intuitive interface for you to interact with, without requiring a background in programming language. This allows for much easier troubleshooting, and can be a great tool for beginners to robotics.

• Gesture control

Haro380 allows you to interact with it and perform precise tasks using body movements.

• Teach Pendant & Powerful Software

For programming, Haro380 has a simple graphical programming application that can run on both tablets and teach pendants. A powerful 3D remote programming software is also available that doesn’t require any coding knowledge.

Haro380 is more than just a compact industrial robotic arm. It’s a powerful tool that allows for open API and supports multiple industrial protocols, so you can delve into PLC, robotics simulation, digital twin, AI vision and other cutting-edge technologies that will be essential in the future’s smart factory and AI-driven world. 

• PLC Programming

• Digital Twin

• Collaborative Robot

• Customizable Light Indicator

WLKATA Studio:

• WLKATA Studio is a PC software that supports an array of WLKATA products, such as Haro380, Mirobot, E4, WLKATA Sliding Rail, and WLKATA Conveyor Belt.
• The software offers multiple programming languages including G-code, graphical programming through Blockly, ‘teach and play’ (point teaching reappearance) and Python.
• It supports switching between Angle control modeand Cartesian coordinate control mode. This makes it an ideal companion for users in robotics learning experiences.

WLKATA LAB:

• WLKATA Lab is a versatile mobile application, available on Android and iOS systems, tailored to work harmoniously with WLKATA products including Haro380, Mirobot, E4, WLKATA Sliding Rail, and WLKATA Conveyor Belt.
• WLKATA Lab is an easy-to-use tool which shatters the traditional paradigm of bulky teach pendants by innovating the way robots are programmed and interacted with.
• Boasting features such as wireless teaching, graphical programming, and integration of user-customization, WLKATA Lab enables users to swiftly program robots with ease and zero barriers to entry, significantly enhancing the convenience and efficiency in their workflow.vating the way robots are programmed and interacted with.

WLKATA IOA:

• WLKATA IOA Virtual Factory software is a robust tool that facilitates digital twin control of WLKATA robotic arms, including Haro380 and Mirobot, as well as over 100 robotic arms from other brands.
• Equipped with a lot of virtual teach pendants from well-known brands, hundreds of 3D models, and ready-made factory scenes, WLKATA IOA streamlines robots imulations and catalyzes creative applications in robotic training and automation.

Additional accessories:

(These are unlocked for hitting $100,000 on the original Haro380 Kickstarter campaign!)

Available colors for Haro380:

Risks & Challenges

This is our second project and we are confident in saying that we are already putting what we learnt from the previous project into good use. We have discussed the supply of necessary components in detail with our partner companies, and our process and production schedule for Haro380 is going smoothly.

As with the first project, we are prepared for foreseeable risks during processing and assembly testing, we are mindful of the fact that unknown problems may emerge. That is why we have accounted for potential issues and difficulties that could arise within the timeline and promise to keep our backers informed of any complications and how they are being resolved.