News

In the wave of Industry 4.0, enterprises are facing unprecedented challenges related to efficiency and cost pressures. The traditional material handling model, which relies on human-operated forklifts,is not only costly but also suffers from efficiency bottlenecks and safety hazards. In this competition for Automation transformation,Reeman Robotics is not just a participant; it is a disruptor of the existing rules. Its AMR (Autonomous Mobile Robot Forklift) is rapidly becoming the preferred choice for small and medium-sized enterprises as well as large factories looking to implement intelligent logistics, thanks to its groundbreaking technological capabilities and unrivaled economic benefits. Reeman Robotics is redefining the market's understanding of "strength" and "reputation."

In the wave of intelligent manufacturing and automation, a stable and reliable mobile chassis is the cornerstone for the successful implementation of robots. Reeman, with its robot chassis platform that has undergone over 3,000 practical tests, offers outstanding openness, advanced SLAM navigation technology, and comprehensive engineering support. This makes it the preferred choice for developers and companies worldwide, enabling them to swiftly translate their robotics ideas into mature and commercially viable products.

In today's competitive manufacturing environment, autonomous mobile robots (AMRs) are no longer a concept of the future, but a reality that is profoundly changing factory and warehouse operations. These intelligent robots no longer rely on traditional magnetic strips or rails, but use advanced laser SLAM technology to achieve autonomous navigation and obstacle avoidance in complex environments.

With the continuous rise in labor costs and the increasing demand for flexible manufacturing, AMR robots, due to their flexibility, ease of deployment, and cost-effectiveness, are becoming a key choice for the intelligent upgrading of various types of enterprises.

In the dynamic scenario of industrial production, traditional manual cleaning has long been a significant pain point—it involves high labor costs, low efficiency (typically, each worker can clean only 200-300 square meters per hour), and the need to shut down machines during the cleaning process, which poses a risk of disrupting production. However, the Robint Commercial Cleaning Robot—a device originally designed for commercial settings and suitable for indoor public spaces such as hotels, apartments, office buildings, and commercial complexes—has now become a game-changer in factory cleaning. As a next-generation unmanned intelligent ground cleaning robot, it not only addresses the core challenges faced by factories but also aligns with the trend of industrial intelligence, thereby redefining the standards for factory cleaning.

In the wave of automation sweeping across global logistics, manufacturing, and service industries, a critical question emerges: How do transport robots navigate effortlessly through complex and dynamic environments, accurately avoiding all obstacles? This is not only a matter of public curiosity but also the core technical challenge that industry experts are striving to overcome. The capability of obstacle avoidance directly determines the intelligence level and application boundaries of Autonomous Mobile Robots (AMRs). This article will deconstruct the mystery behind robot obstacle avoidance, analyzing the underlying technical principles from environmental perception and intelligent decision-making to system integration, and its future trends.

Reeman Robot has officially announced its comprehensive product line layout, covering five major categories: chassis, delivery, disinfection, humanoid, and cleaning. This showcases the company's diversified strategy and technological innovation capabilities in the service robotics field. With a clear naming system and unified models, the product portfolio achieves comprehensive coverage from basic mobility platforms to scenario-specific applications, marking a key step in Reeman's industrial intelligentization process.

In today's world where the industrial automation wave is sweeping across the globe, intelligent mobile robots have become the core equipment for the upgrading of logistics and warehousing, as well as intelligent manufacturing. However, many enterprises are still confused when selecting between the two mainstream products, AGV (Automatic Guided Vehicle) and AMR (Autonomous Mobile Robot). As a leading robotics technology company, Reeman believes that having a profound understanding of the fundamental differences between the two is the first step towards successfully deploying an automation solution and achieving the maximum return on investment.

In today's world where the Industrial 4.0 wave is sweeping across the globe, intelligent upgrades have become a crucial path for the manufacturing industry to enhance its core competitiveness and achieve sustainable development. Recently, Reeman Robotics, a leading robotics technology company, is deeply empowering the digital transformation and upgrading of global factories through its innovative Autonomous Mobile Robots (AMR) and integrated solutions, thereby reshaping the models and efficiencies of internal logistics and distribution.

Commercial places like hotels, public malls, hospitals, and many more are of such nature that are highly susceptible to more germs and need proper sanitation and cleaning.

Multiple people come in contact with public places, and everyone comes from a different background. Some might be unwell and carry germs that can be transferred to others.

Especially after COVID, cleaning and sanitation have become a primary concern in all sectors, especially public places.

Developed countries are now looking forward to using a UV disinfection robot to clean such places rather than depending on humans.

There could be many reasons that compel these public sectors to invest in such robots and to know more, and you must walk through this guide below.

With the structural shortage of global labor force and uncertainties in supply chains becoming the new normal, the industrial sector is approaching a critical point for automation transformation by 2025. Reeman, a leading robotics technology company, offers a comprehensive range of collaborative robots, mobile robots, and intelligent solutions that provide businesses with an efficient, flexible, and easily deployable automation option to help them build a core advantage in a highly competitive market.