Rozum Robotics PULSE Alternatives & Competitors

The MechArm 270-Pi is a six-axis collaborative robotic arm that is designed to be compact and powered by a Raspberry Pi. This robotic arm is a DIY kit that allows users to build their own robotic arm and program it to perform various tasks.

The MechArm 270-Pi is one of the most compact six-axis collaborative robotic arms on the market. It has a reach of 270mm and a payload capacity of 0.25kgs, which makes it ideal for small-scale automation tasks. The arm is designed to be collaborative, which means it can work safely alongside humans without causing any harm.

The robotic arm is powered by a Raspberry Pi, which is a popular single-board computer that can be programmed using a variety of programming languages. The Raspberry Pi provides a user-friendly interface for programming the arm, and it also allows the arm to be integrated with other devices and systems.

The MechArm 270-Pi is a DIY kit, which means that users need to assemble the arm themselves. The kit includes all the necessary components, including the motors, the controller, and the Raspberry Pi. The assembly process is straightforward and can be completed in a few hours.

Once the arm is assembled, users can program it to perform various tasks using Python or other programming languages. The robotic arm can be used for a wide range of applications, such as pick-and-place tasks, machine tending, and quality control.

The Doosan H2017 is a powerful cobot in the H-SERIES lineup, boasting a 1,700 mm reach and a payload of up to 20 kg. The H-SERIES robots are among the most robust cobots in the market, with the H2017 and H2515 models having the highest payloads currently available. They weigh only 75 kg, which is half the weight of comparable robots with the same payload, making them easy to install and move around.

Equipped with six torque sensors on all six axes, the H-SERIES provides the dexterity and flexibility required in a variety of applications. This cobot is particularly well-suited to logistics and automotive applications, where high precision and heavy lifting are required. The robot's advanced collision sensitivity ensures a safe work environment, and its state-of-the-art programming interface allows for easy customization and integration into existing workflows.

In addition, the H2017 has been designed to operate in extreme temperatures, making it a unique option for industrial automation in harsh environments. Its compatibility with specific software systems further expands its capabilities, allowing for seamless integration with other automation tools and systems. With its impressive payload, advanced sensors, and customizable programming, the H2017 is an ideal choice for any customer seeking a powerful and flexible cobot for their manufacturing needs.

The Hitbot Z-Arm 2442 is a collaborative robotic arm designed for various industrial applications. This lightweight robotic arm weighs only 19kg and has a compact design, making it easy to install and use in confined spaces. The robot has a built-in motion controller, with 24 I/O ports for extensibility and adding one more arm.

The robot has four axes, with a maximum payload of 3kg and a rated payload of 2kg. The robot arm has a reach of 220mm for the J1 axis, 200mm for the J2 axis, and 240mm for the Z-axis. The rotation range for the J1 axis is ±90°, for the J2 axis is ±164°, and for the R-axis (optional) is ±1080°. The maximum average linear velocity of the robot arm is 1255.45mm/s (with a 1.5kg payload) and 1023.79mm/s (with a 2kg payload). The repeatability of the robot arm is ±0.03mm.

The robot arm supports HITBOT grippers such as Z-EFG-8S, Z-EFG-12, Z-EFG-20, Z-EFG-20S, Z-EFG-30, and Z-EFG-50. Additionally, the robot arm has optional accessories such as grippers, a 5th axis, a 485 board, and a 3D printing kit. The robot arm has a customizable Z-axis height ranging from 0.1-1 meter and supports drag-to-teach programming.

The robot arm has a voltage of 220V/110V 50-60Hz DC24V and power of 500W. The robot arm communicates through Ethernet and has a working temperature range of 0-55℃ with RH85 humidity. The robot arm has digital input (isolated) with 9+3 arm extensibility and digital output (isolated) with 9+3 extensibility for one more arm. The robot arm has collision detection technology, making it safe to operate in human-machine collaboration scenarios.

Overall, the Hitbot Z-Arm 2442 is a high-performance and versatile robotic arm that can be used in various industrial applications, including pick-and-place, assembly, and packaging. With its lightweight and compact design, customizable height, and extensibility, it is an excellent choice for industries looking for cost-effective and efficient automation solutions.

HITBOT Z-Arm 1832, is a cutting-edge robotic arm designed for precision, flexibility, and collaboration. This robotic arm has a compact design, measuring only 500mm in height and weighing 11KG, making it easy to deploy in various application scenarios.

The HITBOT Z-Arm 1832 is a 4-axis collaborative robotic arm with a maximum payload of 1KG and a rated payload of 0.5KG. It has a linear velocity of 1017mm/s and a repeatability of ±0.02mm. The J1 and J2 axes have an arm reach of 160mm and a rotation range of ±90° and ±143°, respectively. The Z-axis has a reach of 180mm, while the R-axis has a reach of ±1080°. This range of motion enables the robotic arm to perform various tasks with great precision.

One of the standout features of the HITBOT Z-Arm 1832 is its ease of use. It is designed to be simple but versatile, with a handheld teaching programming system that makes it easy to program and use. Additionally, it supports SDK secondary development, allowing users to customize its functionality according to their needs.

Another essential feature of the HITBOT Z-Arm 1832 is its collaborative and safe design. It supports collision detection, which ensures smart human-machine collaboration and prevents accidental collisions. This makes it safe to use in various settings, including those where humans are present.

The HITBOT Z-Arm 1832 is compatible with a range of HITBOT grippers, including the Z-EFG-8S, Z-EFG-12, Z-EFG-20, and Z-EFG-20S. It also has I/O ports for digital input and output (isolated) and customizable Z-axis height, with drag-to-teach capabilities.

In conclusion, the Hatbox's 832 Collaborative Robotic Arm, the HITBOT Z-Arm 1832, is a top-of-the-line robotic arm that is both compact and precise. Its flexibility, simplicity, and versatility make it an ideal choice for various applications, while its collaborative and safe design ensures that it can be used safely in various settings.

The Tokyo Robotics Torobo Arm is a humanoid robot designed for research in industrial automation and human-robot interaction. With a height of 1660 mm and a reach of 680 mm, the Torobo Arm is built to mirror human dimensions, making it well-suited for tasks traditionally performed by humans. Each arm of the robot can handle up to 8 kg in the worst-case posture and up to 20 kg at maximum force, which allows it to perform tasks requiring significant strength and precision, such as assembly or material handling.

One of the standout features of the Torobo Arm is its sophisticated joint configuration, which includes 7-axis dual arms, a 3-axis waist, a 3-axis neck, and a 4-axis undercarriage. This enables the robot to perform a wide variety of tasks with a range of motion comparable to that of a human. Additionally, the robot is equipped with torque sensors at all arm and waist joints, enabling advanced impedance control and safe interaction with both humans and the environment. This makes it particularly suitable for tasks that involve physical contact, such as assembly, cooking, or medical procedures like ultrasound imaging.

The Torobo Arm is also designed with research and development in mind, being fully compatible with the Robot Operating System (ROS). This allows researchers to easily implement and test new algorithms using simulation tools like Gazebo and control software like MoveIt!. The robot’s software includes capabilities like Cartesian impedance control, fall prevention, and state visualization, making it a powerful tool for exploring next-generation robotics applications and machine learning integration.

P-Rob Eco is a collaborative robotic arm designed from scratch for industrial applica- tions. The six-axis robot arm is particularly easy to operate with the myP software and can comfortably be integrated into automation processes.

Particularly simple and fast setup, programming and operation

No wiring required on the outside of the arm

Numerous access options, including remote access

New application possibilities thanks to the endlessly rotating 6th axis

Easy cleaning

Excellent compatibility with external software

Control box can be configured with a second PC, valves, relays, etc.

High safety thanks to collision detection and safe speed reduction

Ideal for mobile applications due to its light-weight design and high energy efficiency