TESOLLO Unveils the Future of Robotics with the DG-5F Gripper
In a groundbreaking announcement, Korean robotics firm TESOLLO has unveiled the Delto Gripper-5 Finger (DG-5F), a state-of-the-art robot hand intricately designed for humanoids. Set to launch in March, this innovative device boasts an impressive 20 degrees of freedom (DoF), allowing each of its five fingers to operate independently with four joints—a feat that closely emulates the functionality of a human hand.
Catering to the Humanoid Market
Recognizing the expanding need within the humanoid robot market, TESOLLO engineered the DG-5F with dual-arm capability in mind. Unlike their earlier models, which were designed for single-arm applications without a specific orientation, the DG-5F offers configurations for both left and right hands. This technological leap makes it a versatile addition to the company’s product line that can adapt to various industrial scenarios.
Specifications That Matter
Measuring approximately 20 cm (7.9 inches) in length, the DG-5F mirrors the size of an average adult male hand, making it suitable for a multitude of applications. Weighing in at a mere 1.4 kg (3.1 lbs), it boasts a gripping force of up to 7 kg (15.4 lbs), showcasing its strength and capability in handling tasks that demand dexterity.
The DG-5F is a human hand analog and is a five-fingered robot gripper, compared to the earlier generation of four-fingered TESOLLO robot grippers. | Credit: TESOLLO
Proven Experience in Robotics
Since its inception in 2019, TESOLLO has made significant strides in robotic gripper technology. Their portfolio encompasses a variety of solutions, from hybrid grippers that combine suction and electric parallel technologies to specialized grippers designed for complex handling tasks, including palletizing and connector assembly. The DG-5F represents the latest advancement in their ongoing commitment to innovation.
Intelligent Gripping: A Built-in Algorithm
One of the most exciting features of the DG-5F is its built-in gripping algorithm, which enables it to interact with objects of diverse shapes and materials seamlessly. Support for industrial communication protocols such as Modbus RTU/TCP further enhances its functionality, making the DG-5F a comprehensive solution for various industries.
Global Distribution Plans
In a strategic move, TESOLLO is actively engaging with distribution partners across Japan, the U.S., Canada, and Europe to broaden its market reach. “We are exploring sales distributions in Asia, including China and Taiwan, where interest has swiftly developed,” commented a TESOLLO spokesperson. The company aims to participate in multiple international exhibitions and robotics conferences throughout 2025, facilitating the establishment of regional sales networks globally.
Upcoming Robotics Events
The Robotics Summit & Expo, taking place from April 30 to May 1 in Boston, will spotlight humanoids, making it an essential event for the robotics community. Notable speakers include Aaron Saunders, CTO of Boston Dynamics, who will present the opening keynote discussing the revamped Atlas robot and the broader implications for humanoid technology.
A Panel on Humanoid Challenges
The first day of the summit will feature a panel addressing the current state of humanoid robots. Experts like Pras Velagapudi, CTO at Agility Robotics, and Aaron Prather, director of robotics at ASTM International, will delve into the technical and business hurdles facing humanoid development. Insights into early deployments and forthcoming innovations will also be shared during this thought-provoking session.
Industry Collaboration and Insights
Attendees of the Robotics Summit & Expo—projected to draw more than 5,000 developers—can expect to gain critical insights into the latest enabling technologies, best engineering practices, and emerging trends in the field. With 200+ exhibitors and 60-plus speakers, the event promises ample networking opportunities, including the Women in Robotics Breakfast and a dedicated career fair.
Recognizing Innovations in Robotics
The summit will also return the RBR50 Pavilion and RBR50 Awards Dinner, celebrating the distinguished winners of the annual RBR50 Robotics Innovation Awards. This platform recognizes pioneering advancements in robotics, underscoring the significance of collaboration and innovation in this dynamic industry.
Future of Humanoid Technology
As TESOLLO gears up for the launch of the DG-5F, the implications for future humanoid technology are vast. With its sophisticated design and intelligent features, the DG-5F stands to revolutionize the way robots interact with their environment. Its introduction is not just a technological advancement but also a glaring signal of the direction the robotics industry is headed.
How the DG-5F Fits Into Industry 4.0
The growing interest in robotics aligns perfectly with Industry 4.0, where automated solutions take precedence. The DG-5F is poised to become a critical component across sectors such as manufacturing, logistics, and healthcare. Its capability to mimic human dexterity and adapt to various tasks will help businesses increase efficiency while lowering operational costs.
Strong Interest From Various Industries
The versatility of the DG-5F allows it to be integrated into multiple fields such as automotive assembly lines, electronic components handling, and even medical applications where precision is paramount. The adaptability of this robotic hand opens new avenues for automation in tasks that require intricate manual operations.
Conclusion: A Step Toward the Future
With the TESOLLO DG-5F, the landscape of humanoid robotics takes a significant leap forward. Its advanced design, coupled with a powerful gripping algorithm and worldwide distribution strategy, sets the stage for a transformative era in the robotics industry. As we move deeper into 2025, the DG-5F not only promises to enhance operational capabilities across various sectors but also inspires future innovations in humanoid technology. The future looks bright for TESOLLO and its commitment to shaping a robotic world that closely mirrors human capabilities.
