What is the Kawasaki ASTORINO 3D Printed Robot Arm reach and payload capacity?

The Kawasaki ASTORINO reaches 578 mm with a maximum payload of 1 kg, making it suitable for compact workspace demonstrations and pick-and-place teaching exercises. Its 0.2 mm repeatability provides the precision needed for educational automation training.

Can the Kawasaki ASTORINO integrate with existing Kawasaki systems?

Yes, the ASTORINO programs in AS-language and integrates with existing Kawasaki educational systems, allowing it to work within established robotics labs and training environments.

How heavy is the ASTORINO robot arm and why does weight matter?

The ASTORINO weighs only 12 kg thanks to its 3D-printed design, making it lightweight enough to mount securely to lab benches or training stations without requiring specialized infrastructure.

What makes the 3D-printed design better for classroom use?

The 3D-printed construction reduces costs compared to traditional metal arms and features modular parts that enable fast repairs during frequent student hands-on use. It also demonstrates current digital fabrication technologies within robotics curricula.

Does the ASTORINO come with teaching materials?

Yes, the ASTORINO includes ready-made teaching materials to streamline STEM lesson planning and classroom integration, covering topics like industrial automation, pick-and-place operations, and programming basics.

Not sure it fits your cell? Book 20 minutes with an engineer who has specified this part before.

Book a call

Ordered the wrong size or interface? Here is exactly how sending it back works.

In Stock3D Printed

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis

Name: Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis
Brand: Kawasaki
SKU: 3519
Price: 7900 USD
Availability: InStock

Kawasaki Robotics

$7,900.00

Kawasaki ASTORINO 6-axis educational robot arm with 578 mm reach, 1 kg payload, 0.2 mm repeatability, and 3D-printed construction. Programs in AS-language with ready-made teaching materials included.

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis Educational System:

Kawasaki ASTORINO 3D Printed Robot Arm is a compact educational 6-axis robot arm for hands-on learning in STEM classrooms, vocational training, and automation workshops.

Key Features:

Reach: 578 mm
Payload: 1 kg
Repeatability: 0.2 mm
Weight: 12 kg

Applications and Advantages:

The ASTORINO 3D Printed Robot Arm is designed by Kawasaki for STEM robotics training, offering an affordable and sustainable learning solution via 3D-printed construction. The lightweight build and open 6-axis structure suit both classroom demonstrations and practical exercises in educational robotics programs.

Ideal for teaching industrial automation, pick-and-place operations, and programming basics using the AS-language.
Includes ready-made teaching materials to streamline lesson planning and classroom integration.
Accessible repair and modular parts support environments where frequent hands-on student interaction is expected.

Integration and Compatibility:

Kawasaki ASTORINO mounts securely to lab benches or vocational training stations and is programmed in AS-language, supporting extensive integration with existing Kawasaki educational systems. Explore the Robot Arms category or educational resources for expanded STEM activities.

Why Choose a 3D Printed Educational Robot Arm:

Reduces cost compared to traditional metal-based designs.
Supports fast part replacement or repair, sustaining hands-on learning cycles.
Demonstrates current digital fabrication technologies within robotics curricula.

Next Steps:

For programming help, refer to AS-language programming guides.

Weight0.12 kg

Weight12 kg

Max. Payload0.1 kg

Max. Reach: 578 mm
DOF: 6
Repeatability: 0.2 mm
Reach: 578 mm
Payload: 1 kg
Degrees of freedom: 6
Programming Language: AS-language

6-axis 3D-printed design cuts costs, keeps weight to 12 kg
Reaches 578 mm with 1 kg payload for compact workspace demos
Hits 0.2 mm repeatability, precise enough for teaching pick-and-place
Programs in AS-language, integrates with existing Kawasaki systems
Modular parts enable fast repairs during frequent student hands-on use
Includes ready-made teaching materials for streamlined STEM lesson planning
Demonstrates digital fabrication technology within robotics curricula

: The Kawasaki ASTORINO reaches 578 mm with a maximum payload of 1 kg, making it suitable for compact workspace demonstrations and pick-and-place teaching exercises. Its 0.2 mm repeatability provides the precision needed for educational automation training.
: Yes, the ASTORINO programs in AS-language and integrates with existing Kawasaki educational systems, allowing it to work within established robotics labs and training environments.
: The ASTORINO weighs only 12 kg thanks to its 3D-printed design, making it lightweight enough to mount securely to lab benches or training stations without requiring specialized infrastructure.
: The 3D-printed construction reduces costs compared to traditional metal arms and features modular parts that enable fast repairs during frequent student hands-on use. It also demonstrates current digital fabrication technologies within robotics curricula.
: Yes, the ASTORINO includes ready-made teaching materials to streamline STEM lesson planning and classroom integration, covering topics like industrial automation, pick-and-place operations, and programming basics.

Educational robot arm versus industrial production robots:

The ASTORINO is a 3D-printed 6-axis arm built for classroom and vocational training, where cost, modularity, and teaching value outweigh the heavy payloads and long reaches of full-scale factory robots. Choose this when learning robotics fundamentals and demonstrating digital fabrication matter more than high-volume production.

For STEM classrooms and vocational workshops, the 12 kg lightweight design and modular parts enable fast repairs and frequent hands-on student interaction without downtime.
For teaching pick-and-place programming and automation basics, 0.2 mm repeatability and 1 kg payload suit lightweight educational tasks and demonstration exercises.
For compact lab benches and training stations with tight space, 578 mm reach and small footprint fit where industrial robots cannot, and ready-made teaching materials accelerate lesson planning.
For schools demonstrating current manufacturing technology, 3D-printed construction shows students digital fabrication methods alongside robotics principles.

Shop by category

Shop by brand

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis Educational System:

Key Features:

Applications and Advantages:

Integration and Compatibility:

Why Choose a 3D Printed Educational Robot Arm:

Next Steps:

Key Specifications

Features

Frequently asked questions

How this compares

Educational robot arm versus industrial production robots:

Related Products

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis

Kawasaki ASTORINO 3D Printed Robot Arm, 6-axis Educational System:

Key Features:

Applications and Advantages:

Integration and Compatibility:

Why Choose a 3D Printed Educational Robot Arm:

Next Steps:

Key Specifications

Features

Frequently asked questions

How this compares

Educational robot arm versus industrial production robots:

Related Products