Technology Archivi - Tamarri S.r.l.

16 July 2024

New UWB anti-collision systems

In the dynamic world of logistics and handling, safety is a top priority. Tamarri Srl, leader in the forklift spare parts sector, is proud to present the latest innovation in safety: the Anti-Collision System with Ultra Wide Band (UWB) technology.

The security revolution: UWB technology

The Tamarri Srl UWB System is designed to significantly improve safety in warehouses, construction sites and in work environments where forklifts and other industrial vehicles operate. UWB technology guarantees a detection precision of up to 10 cm, allowing you to identify obstacles and pedestrians through physical obstacles, with a minimal tendency to signal bounces. These characteristics make our system particularly effective in environments with high promiscuity of vehicles and pedestrians.

Main functions

The UWB System offers three main functions to ensure safety:

Pedestrian-vehicle anti-collisionThis function detects the presence of pedestrians equipped with SS1001 wearable TAGs within four configurable safety areas. In case of danger, the system emits audible and visual alarms both on the main device SS1000 and on the wearable TAGs, alerting both the driver and pedestrians.
Machine-to-machine collision preventionThanks to the SS1000 central unit, equipped vehicles can detect the presence of other vehicles nearby, reducing the risk of collisions in areas of poor visibility or at intersections.
Management of intersections and work areasAlso known as zoning, this system slows down vehicles near intersections or limited areas, thanks to the use of SS1002 powered sensors, strategically positioned.

Pedestrian-vehicle anti-collision: safety at the highest levels

The pedestrian-vehicle anti-collision function is one of the most requested and appreciated features by our customers. In a dynamic work environment, where pedestrians share space with transport vehicles, safety is an essential topic. Tamarri Srl has developed an advanced solution to reduce the risks of accidents and guarantee a safer and more protected working environment.

How does it work

The pedestrian-vehicle anti-collision system is based on the use of wearable TAG (SS1001) by pedestrians and the central unit (SS1000) installed on forklifts. Here’s how it works in detail:

Pedestrian detection: Every pedestrian, including forklift operators when not driving, wears an SS1001 TAG. These tags are equipped with motion sensors and rechargeable batteries, ensuring a long operating life and energy saving thanks to the standby mode activated after 10 minutes of immobility.
Safety Areas: The system allows you to configure four detection areas around the forklift:

Green zone: activated within a configurable distance of up to 95 meters. In this zone, the tag beeps every 2 seconds.
Yellow zone: in this intermediate zone, the tag beep becomes more frequent, every second;
Red zone: this is the maximum alarm zone. The tag emits a continuous beep every second accompanied by a vibration, indicating an imminent danger of collision.
Silence area: to avoid false alarms when the forklift operator is outside the vehicle but close to it, it is possible to configure a silence area in which the tag does not trigger alarms on your forklift.

Alarms and alerts: When a pedestrian enters one of the detection zones, the SS1000 System immediately activates audible and visual alarms on the forklift. At the same time, the tag worn by the pedestrian emits acoustic signals and, if necessary, vibrations, alerting the pedestrian to the danger.
Personalized management of distances: detection distances can be customized via the SS1003 Configurator, taking into account the specific needs of the working environment. This allows the system to be adapted to the different speeds of the vehicles, the characteristics of the pavement and other critical variables.

Advantages of the pedestrian-vehicle anti-collision system

Reduction of accidents: the implementation of the pedestrian-vehicle anti-collision system significantly reduces the risk of accidents between pedestrians and transport vehicles.
Precise warnings: thanks to audible and visual alarms, both drivers and pedestrians are warned of danger in real time, allowing rapid and preventive reactions.
Customization: the ability to configure detection distances and safety areas allows you to adapt the system to the specific needs of each work site.
Energy efficiency: SS1001 TAGs are designed to last several days on a single charge and activate automatically with movement, ensuring efficiency and convenience.
Reliability: the detection accuracy of 10 cm and the ability to penetrate obstacles make the system extremely reliable even in complex and crowded environments.

Machine-machine collision prevention: total protection for handling vehicles

In the logistics and handling sector, collisions between vehicles represent a significant risk, especially in areas of poor visibility or at intersections. Our Ultra Wide Band (UWB) technology helps mitigate these risks, ensuring a safer work environment and preventing costly damage to vehicles.

How does it work

The machine-machine collision avoidance system uses the SS1000 central unit installed on each handling vehicle. Here are the operational details:

Vehicle detection: each vehicle is equipped with the SS1000 central unit, which acts as both a transmitter and receiver of UWB signals. When two vehicles equipped with the system approach within a configurable distance, the system automatically enters alarm mode.
Alarms and warnings: when the configured safety distance is exceeded, the SS1000 System activates visual and audible alarms on the vehicles involved. Operators are immediately alerted to the presence of another vehicle nearby, allowing them to take preventative measures to avoid a collision.
Automatic activation of alarms: the system can activate additional safety devices such as warning lights and buzzers, connected to the central unit via dedicated connectors. These devices increase the visibility of the danger and improve risk communication between vehicles.
Customized configuration: the safety distance can be customized through the SS1003 Configurator. Users can adjust the parameters based on specific operational needs, taking into account the speed of the vehicles and the characteristics of the working environment.

Advantages of the machine-machine collision avoidance system

Reduction of collision risks: the system significantly reduces the risk of collisions between trucks, especially in areas with poor visibility or at intersections.
Timely alarms: visual and audible alarms immediately alert operators, allowing quick reactions to avoid accidents.
Versatility and adaptability: the system is suitable for any type of handling vehicle and can be configured for different operating situations.
Easy installation: the SS1000 central unit is simple to install and integrate into existing vehicles, without the need for complex additional devices.
Accuracy and reliability: UWB technology guarantees a detection accuracy of 10 cm, ensuring that alarms are activated only when actually necessary, reducing false positives to a minimum.

Application scenarios

The Tamarri Srl machine-machine collision avoidance system is ideal for a wide range of applications, including:

Warehouses: where vehicle movement is intense and visibility areas may be limited.
Construction sites: where different types of vehicles operate in close proximity to each other, increasing the risk of collisions.
Logistics areas: where coordination between vehicles is essential to maintain a safe and efficient workflow.
Loading and unloading areas: where the presence of numerous vehicles makes accident prevention crucial.

Management of intersections and work areas: control and safety in critical areas

The management of intersections and work areas is essential to prevent accidents in particularly busy and high-risk areas, such as intersections and pedestrian crossings. The innovative UWB anti-collision solution ensures optimal control and increases safety in these critical areas.

How does it work

The intersection and work area management system utilizes the SS1000 central unit and SS1002 sensors to create a safe and monitored environment. Here’s how it works in detail:

Slowdown sensors: the SS1002 sensors, constantly powered, are positioned in strategic points of intersections and work areas. These sensors never go into standby to ensure continuous and reliable monitoring.
Create safety zones: The system defines safety zones around intersections and work areas. When a vehicle equipped with the SS1000 central unit enters these areas, the system activates visual and audible alarms, warning the operator to slow down and pay attention.
Area configuration: using the SS1003 Configurator, it is possible to customize security areas based on the specific needs of the work environment. Configuration includes detection distance and alarm settings, allowing precise control adapted to different operating situations.

Continuous monitoring: thanks to UWB Technology, the SS1002 sensors guarantee precise and reliable coverage, detecting the presence of vehicles and activating alarms in a timely manner. This allows you to effectively manage risk situations and prevent accidents.

Advantages of the intersection and work area management system

Improved safety: the system significantly reduces the risk of accidents in high traffic areas and intersections, ensuring a safer working environment.
Timely warnings: visual and audible alarms immediately alert operators, allowing them to take preventive measures.
Adaptability and customisation: safety areas can be configured according to specific operational needs, ensuring precise control adapted to different situations.
Constant monitoring: the SS1002 sensors, constantly powered, ensure continuous monitoring without interruptions, increasing system reliability.
Ease of installation: the system is simple to install and integrate into existing vehicles and environments, without requiring complex modifications.

Application scenarios

The Tamarri Srl intersection and work area management system is ideal for a wide range of applications, including:

Warehouses: where vehicle movement is intense and visibility areas may be limited.
Construction sites: where different types of vehicles operate in close proximity to each other, increasing the risk of collisions.
Logistics areas: where coordination between vehicles is essential to maintain a safe and efficient workflow.
Loading and unloading areas: where the presence of numerous vehicles makes accident prevention crucial.

Advantages of the UWB Collision Avoidance System

High precision: UWB technology guarantees a detection accuracy of 10 cm, drastically reducing the risk of accidents.
Reliability: penetrates obstacles and has a low tendency to signal bounces, making the system reliable even in complex environments.
Versatility: suitable for use in both open and closed spaces, such as warehouses, construction sites and production areas.
Simplicity of installation: the system is easy to install on any type of vehicle, thanks to its intuitive design features.

System components

The system consists of different modular elements, which can be purchased individually based on the specific needs of the customer:

SS1000 Forklift device: the heart of the system, which acts as both a transmitter and a receiver.
SS1001 TAG Pedestrian: devices wearable by pedestrians, equipped with sound and vibration alarms.
SS1002 Slowdown sensor: used to manage intersections and work areas.
SS1003 Configurator: essential tool for configuring and customizing the system.

Tamarri Srl: innovation, safety and reliability

Tamarri Srl constantly innnovates the forklift safety sector, providing advanced solutions to reduce the risk of accidents and improve worker protection. Our UWB System represents a leap in quality in the management of safety at work, always keeping reliability and ease of use at the center.

Tamarri Srl is committed to providing innovative solutions that protect workers and improve operational efficiency. The integration of the UWB System into company processes not only reduces the risk of accidents, but helps create a safer and more productive working environment.

30 March 20247 June 2024

Avoid collisions with the 2D LiDAR System: an innovative solution for warehouse safety

Tamarri’s priority in warehouse management has always been safety, with a constant commitment to the safety first paradigm! Today we are pleased to present a cutting-edge product: 2D LiDAR sensors, also known as 2D laser scanners, ideal for precise measurements and detection of surfaces.

2D LiDAR:

How the 2D Laser Scanner Works

Based on the principle of measuring the propagation time of light, these compact devices scan their surroundings and measure distances. Thanks to the integrated rotating mirror, two-dimensional monitoring of the protected areas is carried out, completely customizable.

The new rear anti-collision system, based on a latest generation sensor, is enclosed in a robust 5 mm metal support, which allows for easy installation even on the ballast of the trolley.

Our SS61K kit includes:

2D LiDAR sensor with mounting bracket

12-24vDC relay box

LED lamp with acoustic signal

Connection cables

Regardless of the installation angle, 2D LiDAR sensors from SICK offer reliability and precision in both indoor and outdoor environments. Whether for navigation, sensing or measurement, these sensors provide reliable data in multiple applications, from warehouse facilities to manufacturing, from ports to construction sites.

Usage in warehouse environments

The most common application is mounting the sensor on the rear ballast of the forklift, at approximately 40 cm in height, thus ensuring the detection of obstacles on the ground as well.

The settings include two different detection areas:

Area 1: 120° scan, depth of 6-7 m for the first slowdown (orange area)

Area 2: 120° scan, 2-3 m depth for the second slowdown (green area)

The two digital outputs of the sensor are sent to the relay board (3 CO.NC.NO relays), to which the included LED lamp is connected, which signals the presence of dangers to the staff through an acoustic and visual signal. Furthermore, it is possible to configure the slowdown of the vehicle in case of hazardous situations.

Green light and no acoustic signal in the absence of obstacles
Orange light with intermittent acoustic signal in the presence of obstacles in area 1
Orange light with continuous acoustic signal in the presence of obstacles in area 2

In some situations only the lamp is necessary to signal a dangerous situation, without affecting the slowdown of the vehicle, thus simplifying the application of the kit.

SICK safety laser scanners combine experience and technical knowledge to offer excellent performance.

Tamarri: excellence in automation and safety! 😉

31 January 20237 February 2023

IoT: a cutting-edge technology

The Internet of Things (IoT) is a technology that includes smart devices such as sensors, actuators and network devices able to communicate with each other and with external systems. This technology is developing rapidly and the use of IoT is increasing in many industries to improve efficiency, safety and quality of services.

IoT technology and competitive advantage for businesses

The Internet of Things (IoT) is becoming increasingly important in industry and commerce. Allowing to collect and analyze data in real time to improve production, logistics, and resource management is a key utility. Consequently, companies using this technology benefit from a competitive advantage.

Competition among companies is becoming increasingly fierce, and to stand out, it essential to have high-quality, low-cost production. Meaning that, increasing the amount of production per unit time is a good solution.

The main goal is to achieve the best balance between operating costs and revenues, as reducing costs per unit of production is one of the key factors to consider in any competitive market. In this context, cost reduction studies of operating activities, purchasing, production and marketing costs are gaining more and more importance.

IoT technology: reducing operational costs

The good news is that technology offers many opportunities to reduce operating costs, particularly in transportation, between departments and between processing points. Using new technologies for dedicated material handling transport equipment (for instance forklifts) can make the process more efficient and faster. In fact, the responsiveness of forklifts in lifting and transporting loads, as well as the versatility in their use, are gradually increasing.

Moreover, the development of technology has created new opportunities and new businesses in all sectors, whether in the production, storage or shipment of raw materials, semi-finished or finished products. In these cases, the use of lifting and transporting machines, conscious and responsible labor, are preferable when combined with high-level technology.

IoT technology: evolution and security to support specialized workforce.

The rise of transport lifting machines and the use of IoT increases positive contributions to the workforce as they facilitate all industrial and commercial activities, including production in various lines of business, temporary storage, main warehouses and shipping stages.

In the last decade, forklifts have evolved and the most widely used technologies ensure that loads are moved more easily, quickly and safely than more traditional means of transportation.

IoT allows companies a remote control of their devices and equipment. Problems can be identified and fixed before they can cause disruptions in production. In addition, IoT enables companies to optimize resource utilization, for example, by using sensors to monitor the load level of forklifts and schedule maintenance operations.

Internet-connected forklifts

An example of how IoT can be used to improve production are Internet-connected forklifts. These trucks are equipped with sensors that collect data (location, speed, load level and other information).The data collected can be used to optimize the use of the trucks. For example, by scheduling load movements more efficiently.

On top of that, the use of Internet-connected forklifts enables companies to monitor and manage their assets more efficiently. Notifications are sent in case of problems or malfunctions, allowing companies to act rapidly and prevent any disruptions in production.

In conclusion, the Internet of Things (IoT) and the use of Internet-connected forklifts are some of the Best Practices that companies can implement to increase the amount of production per unit of time, reduce operating costs, improve competitive conditions, and make handling operations safer. Using these technologies enables companies to collect and analyze data in real time to optimize production, logistics and resource management.

Tamarri has always been committed to security within companies. For Tamarri, security is smart! 🔝

20 December 202217 January 2023

December: it’s inventory time

December: it’s inventory time. Planning the organization of the warehouse is a key issue and it should not be underestimated. Automating to optimizing management? Let’s plan it.

December: it’s inventory time. Warehouse organization, for high standards of technology.

There are rumors saying that a systematic and rational organization of the warehouse is not that important. Somewhat superficially, it is believed that warehouse management has nothing to do with the improvement of technology standards and sophistication.

However, we are far from reality…

With this simplistic attitude, one glosses over all the important consequences that could result within the company. The organization of the warehouse is, in fact, a pivotal aspect for every company, large and small, as well as its management.

In this article, we will try to clarify some aspects concerning inventory.

December, it’s inventory time: how to organize your warehouse inventory

December has arrived: the month of Christmas, holidays to spend with family and loved ones, and since it closes the year, warehouse inventory.

Let’s analyze the aspects of one of the fundamental activities that every business must deal with at the end of the year. Important to efficiently prepare the company for the years to come.

The practice of inventory or stocktaking, to use a more international term, involves first of all the analysis of inventories. Inventories are the goods intended for sale, or used to create products for resale, that remain in stock at the close of the financial year.

They can be classified as follows:

Raw materials and semi-finished goods
Consumable materials and supplies
Products in process
Goods for resale
Finished goods

December, it’s inventory time. Far from simple

When the time comes to draw up the final financial statements of a company’s financial year, it is also necessary to record the physical quantities of goods in inventory that must be valued.

This is also regulated by Article 2426, No. 9 of the Civil Code, which requires inventories to be valued in the financial statements at the lower of purchase or production cost and market-deductible realizable value.

Whether it is a small/medium-sized business or more complex and articulated entities, doing the inventory is a process that can be complicated.

It is usually a hated activity for those who must organize it, and it is often considered superfluous compared to other activities that are apparently more profitable for the company’s own business.

December, it’s inventory time: a must-have practice

In contrast to what it might seem, it is impossible to give up stock inventory: having stock under control at the end of a given period allows you to avoid problems with production and reorders. This is especially true for those who run an online e-commerce, as for them inventory is essential to reduce the differences between physical and accounting inventories.

Let’s also not forget that keeping inventory records is mandatory in some cases.

Pursuant to Article 14 co. 1(d) of Presidential Decree 600/1973 and Article 1 of Presidential Decree 695/1996, in fact, the following are obliged to keep auxiliary inventory records:

– corporations;

– public and private commercial entities;

– non-commercial entities, limited to commercial activity;

– partnerships and persons treated as such in ordinary accounting;

– individuals engaged in business activities in ordinary accounting;

– nonresident entities, limited to commercial activities carried out in Italy through permanent establishments;

These categories, in order to be held to the obligation, must exceed certain values of revenues and inventories. At this point the regulations become more specific to clarify the different positions. It is better to say that they specify certain business requirements. Overall, as always, the regulations become complex when not obscure and incomprehensible. The tendency that arises is look at this type of practice as something unmanageable.

There is good news, however! Since 2019, it has been possible to manage a warehouse in a faster, simpler and more accurate way, thanks to technologies and digitization, which have undoubtedly favored the process of automating practices.

Let us now analyze the benefits of rational and orderly warehouse management.

December, it’s inventory time: the benefits

Ensuring the efficiency of the production process

An effective inventory must be accurate and periodic. If it is carried out consistently, following scheduled deadlines, it will allow optimizing the control of goods processed and received, ensuring a fast and functional service that will be appreciated by customers.

Knowing inventories

Whether inventory management is imprecise and not constant, it will create discrepancies and doubts about inventories, with all the problems that come with it.

A key aspect of monitoring the situation in the warehouse is order: an accurate tracking of operations, as well as a periodic general audit.

Modalities and tools for warehouse inventory

There are several ways to prepare a warehouse inventory. There is no single modality and each company, depending on the size and structure of the warehouse, must find the best one for its size and type.

Let’s look at the most used ones:

Pen and paper: the traditional tools

You can start with paper, pen and calculator.

Nowadays outclassed by the most digital environments, they should continue to be the basis. They are traditional tools, but irreplaceable as the basis for keeping stock under control, especially for smaller realities.

Whether the tools are pen and paper or the more sophisticated systems, it always starts with categorizing products. The second step is to further subdivide the products that sell out most quickly. This will help to keep an eye on the categories that need more frequent reorders. It’s also useful to note next to each macro category the names of the suppliers and the minimum stock level required.

Now it’s time to label the shelves and catalog products in special charts that can clearly show the physical breakdown within the warehouse.

How? For instance, by indicating for each product the following information:

category to which it belongs,
date of arrival,
cost,
quantity,

Of course, it is essential to update the tables periodically to avoid errors.

Digital tools: Excel

In the absence of management software, a very performant tool is the Excel Sheet, which allows you to manage the warehouse quickly and easily.

Among other things, this tool will make it possible to have detailed summary charts that will optimize control at the end of the year.

To create the warehouse inventory with Excel, three different sheets must be used:

– one for products, where to list them with their respective information

-one for loading operations, with the date of arrival and quantity in the warehouse

– one for the selling of the goods

If a warehouse deals with both semi-finished and finished products, it is advisable to use three sheets for each category. The sheets should then be linked together for an overall view in order to help eliminate the risk of errors and delays.

It is also possible to automate these operations.

There are multiple online Excel sheet templates, pre-filled and very practical. Needless to say, it is essential that the sheets are constantly updated.

The most complete choice: management software

Not only the optimal, practical and fastest, but also the most accurate choice, which is inevitable in a larger and more structured warehouse: the management software.

With such a tool, it is possible to control every internal warehouse operation, greatly simplifying and speeding up inventory activity, thanks to process automation.

Controlling inventory with constantly updated management software will also optimize and speed up calculation operations at the end of the fiscal year.

In addition, management software allows historical storage. This will make it possible to trace back and detect any errors quickly and easily.

This tool can be customized according to business needs and different production flows.

Automation, for a competitive company

As already pointed out several times, if we want to increase the competitiveness of our company in the market, we must start precisely from an optimized organization of the warehouse.

Among warehouse management criteria, the one dedicated to automation is to be considered among the most effective performance principles.

However, like any serious and structured process, it needs careful planning. In order to proceed in a strategic and structured way, a detailed analysis of business needs is necessary, starting right from the warehouse.

The second step, which is no less important, is the evaluation of the budget: choosing an automated system even for inventory requires sometimes significant investments, and the so-called ROI could be recovered in a rather long time.

Choosing the right, reliable and punctual partner can be a choice that can allow the company to keep costs down and have precise control of inventory through B2B platforms such as the one offered by our portal, especially at the beginning of the business.

That’s why, choosing a supplier who knows how to manage its products and inventory is crucial for your business!

With that said, for the coming year, choose Tamarri S.r.l.

🎅 Tamarri S.r.l. wishes you a peaceful Christmas, full of the brightest plans for the year to come! 🎄

8 November 2022

Slowing down the forklift in specific areas

Forklift slowdown. The safety of vehicles inside warehouses and production areas is a fundamental issue that requires increasingly safe and technological devices. Tamarri has always been at the forefront of research and distribution of the best solutions in this area.

Forklift slowdown: a safety issue

Safety within warehouses and production areas in general is an important issue. The one of forklift slowdown in specific and sensitive area represents a topic of particular interest.

Workplace safety laws are increasingly specific and stringent, as are regulations. Warehouses, even though highly automated, must account for many unexpected variables. For instance, pedestrian movements within specific maneuvering areas, “blind” aisles in which vehicles maneuver.

Thus, increasingly high-tech, high-level devices and solutions come into play, managed and controlled remotely through websites, cell phones and tablets.

On this fundamental aspect Tamarri wanted to contribute.

Read how! 😉

Tamarri and the slowdown in zone and area

Tamarri S.r.l. created the forklift slowdown device combining high-tech sensors and transmitters. But let’s see how.

What it does

With the combination of different sensors and transmitters from the STS range, it is possible to slow down the forklift in medium and large areas, such as production areas, corridors and warehouses with high pedestrian density, or in specific areas, such as pedestrian crossings, intersections and offices.

Let us now analyze the devices used within the STS ecosystem.

Devices used and technical data of individual components

STS90A forklift device 12-24V

THE FORKLIFT DEVICE, is the central hub of the system, used to collect signals, data and system parameterization. It features 2 on-board relays to access control, speed reduction and shock sensor.

Wall-applied powered transmitters

These transmitters allow to automate the slowing down and restart of the vehicle speed in specific areas

• STS95 area limitation transmitter
• STS94 function reset transmitter
• STS99 area limitation transmitter

They are equipped with a rechargeable buffer battery LIR2450 to cover blackout periods, for which external power supply is required (these are recommended devices).

Battery-powered transmitters applied on the wall:

– STS95P area limitation transmitter

– STS94P function reset transmitter

– STS99P area limitation transmitter

Those devices are simpler to apply but they require periodic maintenance (CR2450 3.6V battery replacement every 6/8 months).

STS95 and STS95P zone limitation transmitters are normally used to manage access gates in dangerous areas. When the STS90A forklift device enters the sensor “bubble,” relay k2 closes, the device light turns orange from green, and the speed is reduced. The state of the relay remains as such, even when leaving the sensor intercept zone or if the vehicle is turned off and on again.

Function restoration transmitters STS94 and STS94P, represent the antagonists of the slowdown transmitters. When the forklift enters the sensor “bubble,” relay k2 reopens and the device light turns green again, restoring the medium’s standard speed.

The STS99 and STS99P area limitation transmitters are used to limit the speed of vehicles in restricted areas, pedestrian crossings, rest areas, intersections and offices. When the STS90A forklift device enters the sensor area, relay k2 closes, the device light turns red, and the speed of the vehicle is restricted.

After a certain amount of time (expressed in seconds) from the time the vehicle exits the sensor “bubble,” relay k2 reopens, the device light turns green again, and the standard speed of the vehicle is restored. This time-gap can be set in the SafeTApp.

General usage and installation

The STS90A device is meant to be installed on the forklift roof. Both access control and shock control can be activated, although the specific function of lift limitation does not require them.

Application examples of STS94-STS95 sensors for zone slowdown.

Application examples of STS99 sensors for in-area slowdown.

Complete control thanks to the SafeTApp

Thanks to the cloud-based STS platform, all STS series devices and transmitters can be managed in our free Android app. With a simple cell phone or tablet, it is then possible to manage all device parameters: vehicle slowdown in area, anti-collision, pedestrian, door opener, traffic light signals, and much more!

Distances, times, and all parameterizations of individual devices can be easily set in the SafeTApp.

All devices and transmitters of the STS series, as well as the systems made with them, are NOT to be considered PPE (INDIVIDUAL PROTECTION DEVICES) and are NOT a substitute for such devices with which the user must be provided according to legal provisions. They do, however, represent a valuable safety commodity in all areas.

The sale of STS systems is reserved only for specialized workshops in the sector.

Tamarri S.r.l. continues its concrete commitment to safety at work. In collaboration with DOT-net, Tamarri has developed a system that, along with several other features, also has that of slowing down in the area! Find out more on the dedicated page of the STS Platform.