People return to beverage services that have the best standards and also accurate service. Robotic service kiosk is a perfect choice to cover these demands, but it will also bring an additional layer of wow-effect and increase your customer satisfaction rates.

AROS Cobot Palletizer is a flexible and cost-effective solution for palletizing a wide variety of products. It is available in one or two-pallet configurations, with options for medium or heavy payload robots, as well as various choices for grippers, bases, and pedestals. Configure, simulate, and deploy the palletizer solution in minutes with our user-friendly software.

Compact design is ideal for working in small spaces. Payload 3kg, Max. length 782mm, Max. Reach 625mm.Light, compact, and small footprint, the end can realize ±360° rotation.

AUBO-i5 collaborative robot can meet the needs of lightweight operations. Payload 5kg, Max. length 1008mm, Max. Reach 886.5mm. Wide application range, rich configuration, the end can realize ±360°rotation.

AUBO-i10 collaborative robot has a payload of 10kg.Max. length 1513mm, Max. Reach 1350mm.Large payload, long working length, the end can realize ±360°rotation

AUBO-i16 collaborative robot has a payload of 16kg.Max. length 1130.5mm, Max. Reach 967.5mm.Large payload, small size

Maximum payload 20KG, maximum reach 1650mm, it is designed for large working range and heavy handling. With a self-weight of only 63KG, it has a small footprint and can be flexibly deployed. It can be used in a variety of scenarios such as palletizing, material handling, packing, grinding, assembly and inspection.

CR3 series collaborative robot is a flexible solution to various industrial pain points, including a high level of reliability, decreased labor costs, and safety.

CR5 robotic arm is an automation solution designed for industrial and educational purposes. Being adaptable to various applications, DOBOT's CR5 series is easy to use and quick to perform.

CR7 series cobot fits multiple application scenarios, such as assembly, gluing, and others in automotive, consumer electronics, and other industries.

CR10 robotic arm fits rich industrial taste. The easy-to-use cobot improves the efficiency of manufacturing lines. It provides a wide range of valuable preferences such as a 10kg payload and 1300mm reach.

CR12 offers ultimate flexibility. A 12kg payload and 1200mm working radius help CR12 robotic arm tackle multiple application scenarios, including grinding, welding, and palletizing.

Multiple application sets, various robotic accessories, and a 16kg payload make CR16 cobot reliable and safe. Equipped with interactive programming, the DOBOT CR16 series is convenient and easy to master.

DOBOT MG400 is a lightweight, desktop robotic arm suitable for diversified manufacturing needs. MG400 4-axis robotic arm is a good fit for automated workbench scenarios in tight workspaces.

DOBOT Magician is a multifunctional small-sized desktop robotic arm for practical training education. Robotic arm supports secondary development in 13 interfaces and 20 programming languages.

Magician Lite implies numerous software and hardware interaction methods and expansion interfaces to encourage students‘ freedom to create. By playing, students can learn how artificial intelligence and mechanics work.

DOBOT Magician Go is an omnidirectional mobile platform that can be equipped with Magician Lite robotic arm to study intelligent logistics, communities, and transportation.

Electric Adaptive Gripper with 145mm stroke 

Electric Centric Gripper for Cylindrical workpieces 

Electric Collaborative Gripper 

Slim-type Electric Gripper with force control 

Miniature Electro-Magnetic Gripper

Slim-type Electric Parallel Gripper

Electric Gripper with 80mm stroke and 3 kg load

Electric Infinite Rotation Gripper

Compactly designed autonomous vacuuming robot applicable to both soft and hard floor types. With side brushes and an add-on mop, the robot can achieve simultaneous vacuuming and sweeping on carpets, as well as simultaneous sweeping and dry mopping on hard floors.

AI-powered floor cleaning robot with scrubbing, sweeping and dust mopping abilities. Deep-learning algorithms are integrated within a sensor fusion of 2D LiDAR, 3D and RGB cameras, which grant the robot high-accuracy environmental perception and the ability to make advanced operation decisions according to the real-time situation.

Сommercial cleaning robot that boldly integrates 4 floor cleaning features: vacuuming, sweeping, scrubbing and dust mopping. That grants it unrivaled versatility and usability for cleaning spaces with different types of flooring, both hard and soft. Being a compact-size robot it works effectively at narrow aisles and under-table areas. Advanced sensors and real-time monitoring offer zero-edge cleaning and dynamic obstacle avoidance in a complicated environment.

Autonomous cleaning robot with 20+ sensors guarantees superb environmental perception and smart obstacle avoidance. With a 750mm scrubbing width and a 75L clean water tank, the robot is an ideal choice for large-area cleaning missions. Agility is not compromised by its size — Scrubber 75 features superior maneuverability with an innovative front-mounted brush head, an ergonomic steering wheel and stand-on pedal.

Autonomous indoor delivery and promotion robot. The X series delivery robots are designed to provide cost-effective smart delivery solutions for the hospitality industry where labor shortage and increasing labor costs are of top challenges. X1 performs basic point-to-point autonomous delivery of food, beverage, or various cargos.

Closer tray delivery robot for privacy-conscious and contactless delivery. With advanced positioning and navigation technologies, the robot can take lifts. It rises delivery to a new level.

Superior mobility delivery robot ables to pass through 55cm aisles. 300 degree open trays provide exceptional convenience to pick the goods even at complex and crowded environment.

Advanced delivery robot with multi-sensor fusion algorithms runs steadily and efficiently in various application scenarios. Flexible obstacle avoidance capability and interaction diversity offer efficient delivery.