Key Features
Compact 6-Axis Robot Arm
6-DOF collaborative arm structure for light automation, research, service, and compact robot integration.
Lightweight Body Design
Starting from only 2.6kg, suitable for desktop use, mobile platforms, and limited-space installations.
1kg / 2kg Payload Options
Choose 1kg or 2kg payload based on tool weight, workspace, and application needs.
High Repeatability
Both Eblm-1 and Eblm-2 support 0.05mm repetitive positioning accuracy for stable repeated motion.
Open Development Support
Supports ROS, Python, and C++, making it suitable for education, research, and custom robot projects.
Rich Hardware Interfaces
Includes USB3.0, HDMI2.0, SPI, I2C, GPIO, and UART for sensors, cameras, controllers, and external modules.
Custom Solutions to Meet Unique Customer Needs
Our customized services are designed to address the gaps that standard market machines cannot fill. We help customers shorten development cycles, offering tailored solutions that boost efficiency. Additionally, we support businesses in overcoming the challenge of hardware talent shortages, ensuring seamless innovation and faster delivery of cutting-edge solutions.
Our customized services are designed to address the gaps that standard market machines cannot fill. We help customers shorten development cycles, offering tailored solutions that boost efficiency. Additionally, we support businesses in overcoming the challenge of hardware talent shortages, ensuring seamless innovation and faster delivery of cutting-edge solutions.
Compact, Agile, and Collaborative
The Ti5 Robot EBLM Series offers an ultra-lightweight, desktop-sized collaborative arm designed for exceptional flexibility and precision. Its compact design ensures high adaptability, breaking through human-robot collaboration barriers for enhanced efficiency and seamless integration in various applications.
The Ti5 Robot EBLM Series offers an ultra-lightweight, desktop-sized collaborative arm designed for exceptional flexibility and precision. Its compact design ensures high adaptability, breaking through human-robot collaboration barriers for enhanced efficiency and seamless integration in various applications.