Autonomous mobile robots (AMRs), defined as machines capable of navigating without human oversight, are automating tasks like transportation of patient samples, on-demand fetching of lab supplies, and automation of inventory logistics in healthcare and laboratory settings. For these unpredictable environments, however, AMR robots require precision and smoothness of movement. Rigid, pre-programmed routines can cause bottlenecks when environmental conditions change – like if a misplaced wheelchair blocks a hallway, or lab equipment is rearranged. Table of Contents What is a Behavior Tree B ..read more

In precision-driven environments like laboratories and healthcare settings, the right robotics wheels determine the autonomous mobile robot’s speed, maneuverability, and stability. These characteristics directly impact operational efficiency – whether it’s reliable transport of sensitive specimens or ensuring hygienic floor cleaning without disrupting vital workflows.  AMR robots introduce the potential to streamline tasks, reduce human error, and enhance safety in these demanding sectors – and it all starts with their types of wheels Table of Contents Key Considerations for Robotic ..read more

Across sectors like healthcare, manufacturing, and life sciences, the burden of repetitive tasks can drain resources and impact productivity. Autonomous Mobile Robots (AMRs) tackle this problem directly, optimizing complex workflows while keeping costs in check. Armed with adaptive AI and machine learning, AMRs aren’t confined to rigid tasks – they enhance safety, cut errors, and bring an extra layer of intelligence to the workplace. This article explores the different types of mobile robots in industries today and discusses their ability to go beyond simple automation, optimizing workflows ..read more

Addressing Laboratory Challenges with Autonomous Mobile Robots (AMRs) Robotic Process Automation (RPA) in life sciences marks a significant evolution in laboratory and research methodologies, addressing critical challenges that have long impeded progress in these fields. Prolonged sample processing, staffing shortages, and integration difficulties have notably escalated since the COVID-19 pandemic. The result has been delays in whole-lab procedures, impacting research timelines and raising concerns over the precision and reproducibility of scientific results. The recent introduction of mobil ..read more

Quasi x Riverstone Academy | Model C2 Deployment Summary Video As more industries begin to embrace automation, Riverstone Academy has taken the lead by introducing an autonomous delivery cart, known as Model C2, within their educational facility. The initiative not only created a buzz among the students and staff, but it’s also transforming how the academy manages its operations. Robotic Process Automation in Education: A New Era of Efficiency The primary role of Model C2 is to streamline the movement of items around the school. This includes tasks such as transporting sports materials from st ..read more