Next-Generation Forklift Safety System: Safezone EDGE

In the dynamic environment of warehouses and industrial facilities, it is well-known that forklift safety systems play a critical role. Conventional forklift safety systems have been fundamental in reducing risks for an extended period. However, with the technological advancement of industries, the increase in personnel and equipment, and the shortened operation durations, safety systems have become more crucial than ever. This situation has revealed some efficiency limitations of conventional forklift safety systems over time, prompting industries to seek more effective, efficient, and secure technologies.

Conventional forklift safety systems face significant challenges for improvement

1. False alarms and prolonged slowdowns

False alerts and lengthy forklift slowdowns result from forklift collision warning systems misinterpreting environmental conditions or getting false real-time data for a variety of causes, including signal congestion. This condition disrupts smooth operations, causes process delays, wastes time, and reduces employee faith in safety technology.

2. Perceiving side-by-side movements of forklifts as danger

Most forklift collision warning systems struggle to identify side-by-side motions, which occur when forklifts move nearby or a person walks along a pedestrian path. This difficulty originates from these technologies' failure to effectively recognize such events. As a result, it disrupts workflow, reduces operational efficiency, and causes unnecessary forklift slowdowns. Operators who are regularly exposed to false alarms may grow desensitized and dismiss such warnings. This condition might lead to a decrease in employee faith in the facility's safety mechanisms and an increase in workplace safety concerns.

3. Primary challenges for companies requiring high-precision

Most forklift collision warning systems have limited infrastructure technology, which can prevent them from detecting obstacles or hazards in advance. Furthermore, companies that require high precision may encounter difficulties in selecting a system that meets their requirements due to the proportional increase in costs associated with the facility's size. This quandary can impede the attainment of desired efficiency. Restricted detection distances and low precision have the potential to increase workplace safety risks while decreasing operational efficiency. Forklift operators may encounter unexpected issues as a result of the system's failure to anticipate hazardous situations. As a result, operational efficiency may suffer, leading to costly financial and legal consequences.

The Answer is Safezone EDGE

The Safezone EDGE Forklift Collision Warning System addresses the challenges posed by forklift safety systems in industries, offering an innovative solution to businesses in a world where forklifts are indispensable but efficiency decreases as a result of workplace safety solutions. This system stands out among collision warning systems due to its UWB-based technology, which aims to proactively prevent potential accidents between machinery, pedestrians, and equipment. Safezone EDGE offers a new approach to enhancing safety without losing efficiency in a landscape where the use of forklifts is essential but productivity is affected by safety measures.

Safezone EDGE is a collision warning system that stands out for its plug-and-play technology, which does not require any infrastructure, unlike other systems. Operating on a "peer-to-peer" basis without the requirement for RTLS infrastructure, its most notable feature is its powerful algorithm and UWB infrastructure. It can determine angular approach directions by correctly measuring forklift relative speeds, directions, and distances. This enables Safezone EDGE to identify potentially hazardous approaches between forklifts with more accuracy than other forklift safety systems, regardless of angle.

Furthermore, customizable virtual warning distances around the forklift allow for the same precision level as existing RTLS-based systems. These adjustable distance settings are especially useful in establishing efficient working environments for forklifts and pedestrians moving side by side. As a result, Safezone EDGE provides up to 100% more efficiency than conventional collision warning systems, giving businesses a significant advantage in creating a faster and safer working environment.

SMART solutions for pain-points in conventional forklift safety systems

Safezone EDGE distinguishes itself from other systems with its innovative solutions that bring a difference to conventional forklift safety concepts. Wipelot's industry-leading expertise, a vision that successfully integrates customer expectations into products through robust R&D efforts, and continually evolving system algorithms have resulted in Safezone EDGE – a positioning technology with top-notch precision and low latency that offers higher efficiency without compromising on workplace safety standards.

Dynamic distance detection

The dynamic distance detection feature of Safezone EDGE was developed as a solution to unnecessary and prolonged forklift slowdowns. The system, which slows down forklifts approaching each other dangerously, calculates the relative speeds and movement directions of the forklifts, executing the slowdown when necessary. Unlike conventional forklift safety systems, this feature prevents unnecessary and prolonged slowdowns, preserving operational efficiency.

Sequential motion

The sequential tracking feature of Safezone EDGE was developed to address the decreased operational efficiency caused by forklifts moving back to back. When there are no dangerous approaches or distance violations, this feature prevents unnecessary slowdowns, allowing multiple forklifts to move smoothly in sequence without compromising workplace safety, increasing the efficiency of intralogistics operations.

Parallel (side by side) motion

Vehicles moving side by side are frequently considered a potentially dangerous approach in conventional forklift safety systems, triggering alarm scenarios. The Safezone EDGE algorithm detects approaching vehicles and initially slows them down. Then, calculating relative speeds and directional positions allows forklifts to move side by side up to 50 cm apart if desired. This feature improves operational efficiency by avoiding unnecessary slowdowns in intralogistics operations that involve parallel driving with no risk of collision or in areas where pedestrians walk on pathways separated by barriers.

90° proximity detection

When two vehicles approach each other at a 90-degree angle from behind obstacles such as shelves, aisle ends, and intersections, Safezone EDGE detects potential collisions. It issues warnings and automatically slows down the forklift. While other collision warning systems may have similar features, they typically require additional hardware for each blind spot zone. That can cause significant cost increases, sometimes amounting to thousands of dollars.

Safezone EDGE, with its high precision and based on a closed-circle RTLS (Real-Time Location System) logic, eliminates the need for additional devices for 90-degree approaches or blind spot warnings thanks to its relative speed calculation algorithm. Compared to other forklift safety systems, this feature not only improves workplace safety but also provides more cost-effective solutions.

Impact detection

When a collision occurs, the Safezone EDGE collision sensor is designed to stop or slow the forklift. The system does not allow the vehicle to resume normal operation until it recognizes the card of authorized personnel and obtains their approval. The forklift can be used at full speed again after receiving approval from the authorized individual. The device's internal memory stores the impact for later review and analysis. This feature improves safety by requiring authorization for vehicle recovery and keeps a record of collision incidents for further review.

Advanced blind spot detection

Forklift accidents caused by blind spots are one of the leading causes of injuries and high-damage incidents in facilities. Thick concrete walls, wide pillars, and buildings that divide zones of the facility might make forklift collision avoidance systems difficult to use because they interfere with signal transmission. Safezone EDGE uses a proprietary algorithm developed by Wipelot to detect potential hazards, offer warnings, and slow down vehicles without the need for additional equipment. This system effectively assures operational safety, especially in locations where data connectivity is limited, by recognizing the potential collision risk between two vehicles behind impediments such as concrete blocks and walls.

Proximity warning system for AGVs

Safezone EDGE not only protects forklifts but also AGVs utilized in modern warehouses. In the event that forklift and pedestrian personnel approach AGVs in a harmful manner, specially developed battery-supported AGV mobile tags provide visual, aural, and vibrating alerts to operators and pedestrians. This allows for the early prevention of potential collisions.

Safezone EDGE Forklift Safety System goes beyond conventional safety systems and provides an industry-changing solution. Safezone EDGE significantly improves warehouse safety standards by proactively addressing pain points such as collision avoidance, effective distance management, and advanced detection of risks. The advanced features of the system not only help to reduce workplace accidents but also improve operational efficiency. Improved productivity, reduced downtime, and a safer working environment benefit the industry. The ability of Safezone EDGE to integrate seamlessly into existing workflows, as well as its cost-effective approach, position it as a forward-thinking safety solution that meets the evolving needs of modern warehouses.

Other Blogs

Real-time Operations in 2021

Real time operating systems are on the fast lane to becoming the norm in industrial and m ...

How RTLS Transforms the Automotive Industry

This article emphasizes the transformative role of digital technologies, especially RFID ...

Semi-finished product and stock tracking with RTLS

The real-time semi-finished product tracking system allows you to track all movements of ...

Forklift Safety & Collision Avoidance System

In order to achieve the highest possible occupational safety in all work areas of forklif ...

This website uses cookies to ensure you get the best experience on our website.

Learn more I Agree

In order to improve user experience and for productive usage of our web site, we have been using cookies. If you choose cookies not to be used, you can configure cookie settings on your browser. But please keep in mind that, this may effect the usafe of our web site.

What is a cookie ?

Cookies are small pieces of data, stored in text files, that are stored on your computer or other device when websites are loaded in a browser. They are widely used to “remember” you and your preferences, either for a single visit (through a “session cookie”) or for multiple repeat visits (using a “persistent cookie”). They ensure a consistent and efficient experience for visitors, and perform essential functions such as allowing users to register and remain logged in.

The main purposes of using cookies on our web site are :

• Improving the provided services by impoving the of performance of user interface and operatibility of web site.
• Enhancing the web site and the portal, providing new features and customizing those features based on your preference.
• Providing the commercial and legal security of our web site, our visitors and our company.

Cookie Types That We Use

Authentication cookies : Certain cookies are necessary in order for the sites to operate correctly and remain secure. For example, we use cookies to authenticate you. When you log on to our websites, authentication cookies are set which let us know who you are during a browsing session. We have to load essential cookies for legitimate interests pursued by us in delivering our Sites essential functionality to you.

Analytical cookies : Analytical cookies are used to track visitors on the website. How do they browse, how long are they staying, and what are they looking at, e.g. Also demography is part of an analytical cookie. They are essential in measuring the performance of a website and to optimize it. They can be witnessed as real management instruments.