– Eriksen

Company Infomation

At Weston Robot, our mission is to revolutionize industries by significantly speeding up the integration and adoption of robotics across various sectors. We are committed to bridging the gap between cutting-edge scientific and engineering research and the real-world demands for advanced robotics in both manufacturing and daily life. By focusing on the practical applications of robotics, we aim to enhance productivity, efficiency, and social interaction in a variety of fields. We believe that engineers are the driving force behind these transformative changes, and their expertise is essential in shaping the future of automation. Through continuous innovation and collaboration, Weston Robot seeks to empower engineers as the superstars who will lead the charge in advancing robotics and creating a smarter, more interconnected world.

With over 20 years of experience in the robotics industry, we possess a deep understanding of the complexities and challenges that come with developing and deploying robotic solutions across various sectors. Our extensive experience has equipped us with the knowledge to identify potential obstacles and the expertise to devise effective solutions that address these issues head-on. Over the years, we have built a strong global presence, with more than 100 satisfied customers across diverse industries, each benefiting from our innovative robotic technologies. Our team of over 60 highly skilled robotics engineers works tirelessly to push the boundaries of what is possible, and their dedication has contributed to the development of more than 30 global patents. This combination of experience, expertise, and intellectual property underscores our position as leaders in the robotics field, allowing us to continue delivering cutting-edge solutions that meet the evolving needs of our clients around the world.

Company Case

The B2 robot is an advanced, versatile solution specifically designed for industrial applications, offering a remarkable 40KG payload capacity that enables it to carry heavy equipment or materials across various environments. With an impressive travel range of up to 25 kilometers, it ensures extensive coverage, making it ideal for large-scale operations. Its robust construction ensures superior durability and reliability, even in challenging conditions. Equipped with built-in intelligent perception systems, the B2 robot is capable of performing highly accurate inspections, conducting routine patrols, and responding to emergencies efficiently. Whether it's monitoring critical infrastructure, ensuring safety compliance, or assisting in urgent situations, the B2 robot is engineered to deliver exceptional performance and enhance operational productivity.

Multi-Purpose USV

Water Cleaning in a Different Way

Trusted by Local Service Providers-Safety Testing by PUB

Static Collision Avoidance.
Dynamic Collision Avoidance.
No-Go Zone Testing.
Emergency Go Home Testing.

Autonomous and Continuous-Efficiency Testing by NEA

Static Collision Avoidance.
Dynamic Collision Avoidance.
No-Go Zone Testing.
Emergency Go Home Testing.

Less Manpower, On Demand-Connectivty Testing by IMDA

5G Connectivity.
Teleoperation from the Command Center.
Multi-view Cameras.
IMDA-Listed CREST Tested.

UGV SCOUT

Ready to Deploy

for autonomous robotics applications

Our advantage-Skid-Steer Drive and Independent Suspension

Zero turning radius for tough terrians
400W * 4 motor power
Individual suspension

Stop on Ramp

Safety is our utmost concern

Payload 50KG and 360W

50KG payload for logistic and mobile manipulation
Rotate on a ramp with 50KG payload
360W power output for other peripherals

Autonomous Ready

Full lidar-based SLAM and navigation stack
Integration with RGBD, Ultrasonic, TOF and more
Support wireless charging station

AGV TRACER

Ready to Deploy

Made for Tough Applications

Different Navigation Methods | 2-Wheel Differential Drive

Zero turning radius and high-speed
Perform well on carpets

Latent Mobile Robot-Highly Customizable

Plenty space inside for computers
Add QR code reader or magnet sensor

Our advantage-100KG and 120W

100KG rotary payload for logistic and mobile manipulation
120W power output for other peripherals

Our advantage-Autonomous Possible

Full lidar-based SLAM and navigation stack.
Integration with RGBD, Ultrasonic, TOF and more.

Our Products

Our Services

Learning&Teaching

We offer immersive robotics learning journey alongside a comprehensive ROS (Robot Operating System) training course, designed to equip students with in-depth knowledge and hands-on experience in the field of robotics. Through our structured curriculum, students are introduced to the fundamentals of robotics, including key concepts in automation, programming, and system integration. The course specifically focuses on ROS, a widely used framework in robotics development, enabling learners to gain practical skills in programming robots, controlling various sensors and actuators, and implementing advanced algorithms for task automation. By the end of the training, students will have a solid understanding of both the theoretical and practical aspects of robotics, empowering them to develop and deploy their own robotic solutions in real-world applications.

Research

Welcome to your first-ever Robotics Salon in Singapore, a unique and exciting platform where the world of robotics comes to life. Weston Robot, a leading name in the robotics industry, proudly hosts more than 100 guest visits each month from across the globe. Visitors, ranging from industry professionals to robotics enthusiasts, come to explore cutting-edge robotic technologies, gain insights into the latest advancements, and witness live demonstrations of innovative solutions. This salon offers a chance to connect with experts, share knowledge, and discuss the future of robotics in various sectors, making it a premier destination for anyone interested in the rapidly evolving field of automation and robotics.

Training

Weston Robot is proud to host visits from various universities, both locally and internationally, offering students and faculty the opportunity to explore and study the latest developments in the field of robotics. We actively encourage and foster a culture of mutual exchange and learning by providing an open platform for collaboration. During these visits, university groups engage in in-depth discussions, observe live demonstrations, and gain valuable hands-on experience with advanced robotics technologies. By facilitating these interactions, Weston Robot helps bridge the gap between academia and industry, creating a space for knowledge-sharing, idea generation, and professional development. This initiative not only benefits the academic community but also contributes to the broader advancement of robotics research and innovation.