Category: MIM

In a world where technology becomes smaller and more powerful with each passing day, the Raspberry Pi shines as an outstanding example of innovative engineering. This tiny computer, which fits in the palm of your hand, has revolutionized computing in ways few could have imagined. In this article, we’ll explore exactly what a Raspberry Pi is, its history, and some of its exciting applications.

What is a Raspberry Pi?

The Raspberry Pi is a single-board computer (SBC) designed and manufactured by the Raspberry Pi Foundation, a UK-based charity. At first glance, it resembles a credit card with electronic components on its surface. But behind its unassuming appearance lies a powerful device that offers a wide range of possibilities.

History of the Raspberry Pi

The history of the Raspberry Pi dates back to 2006, when Cambridge University professor Eben Upton and his team became concerned about the declining number of students with strong programming skills. This worrying decline led them to create an affordable device that would allow students to learn programming and experiment with computing at a deeper level.

In 2012, the first Raspberry Pi Model B was released at a surprisingly low price of $35. Since then, there have been several iterations, each more powerful and versatile than the last. Today, millions of Raspberry Pis are used worldwide in a wide variety of projects.

Raspberry Pi Applications

The versatility of the Raspberry Pi is one of its most impressive features. Here are some of the many applications this little giant can have:

Education: The Raspberry Pi remains an invaluable educational tool for teaching programming and electronics. Numerous schools and organizations use the Raspberry Pi to empower students and encourage technological learning.
Media Center: You can turn your Raspberry Pi into a media center to stream movies, music, and games on your TV. Platforms like Kodi make this a popular option.
Web Server: Setting up a personal web server is simple with the Raspberry Pi. It’s ideal for basic web development and website hosting projects.
Home Automation: Control smart home devices and create a custom home automation system using the Raspberry Pi as the brain.
Robotics Projects: The Raspberry Pi is used in numerous robotics projects, from exploratory robots to user-controlled robotic arms.
Machine Learning and Artificial Intelligence: With its processing power, the Raspberry Pi is well-suited for small-scale machine learning and AI projects, such as speech recognition and computer vision.
Conclusion

The Raspberry Pi is an impressive example of how technology can be democratized and made accessible to everyone. From its humble beginnings as an educational device to its current role in a wide range of applications, the Raspberry Pi continues to amaze the tech community and prove that size is no barrier to greatness. If you haven’t yet had the chance to explore the world of the Raspberry Pi, an exciting journey of technological discovery awaits.

Introduction

In today’s era of electronics, technological advances are happening at breakneck speed. Every year, new electronic components hit the market, driving innovation in a variety of fields, from computing to medicine. However, among all these advances, there is one component that stands out as the most advanced and promising: the quantum solid-state transistor.

A Quantum Leap in Electronics

The quantum solid-state transistor, also known as a quantum transistor, is a revolutionary device that promises to radically change the way we build and use electronic devices. Unlike conventional transistors, which rely on conducting current through semiconductor materials, quantum transistors take advantage of the principles of quantum mechanics to achieve unprecedented performance.

Quantum transistors are built from extremely small nanostructures, often on the nanometer scale. This allows precise control over individual electrons and their quantum properties, such as spin and superposition. By exploiting these quantum effects, quantum transistors can perform calculations at astonishing speeds and with minimal power consumption.

Potential Applications

Quantum transistors have the potential to transform a wide range of industries and applications. Some of the most exciting areas include:

Quantum Computing: Quantum transistors are essential for building quantum computers, which can solve problems that are currently beyond the reach of the most powerful supercomputers. This could revolutionize cryptography, materials simulation, and process optimization.

Quantum Communications: The security of communications could be significantly improved through quantum cryptography, which uses quantum principles to protect information in a way that is invulnerable to cyberattacks.

Quantum Sensors: Sensors based on quantum transistors can detect extremely weak signals, making them ideal for medical, environmental, and precision sensing applications.

Ultra-Efficient Electronics: Everyday electronic devices, such as smartphones and laptops, could become even more energy and performance efficient with the adoption of quantum transistors.

Technological Challenges

Despite their potential, the widespread adoption of quantum transistors still faces significant challenges. Building devices at the quantum level is extremely delicate and requires highly controlled laboratory conditions. In addition, scientists are working on improving stability and reducing quantum errors.

Conclusion
The quantum solid-state transistor represents an unprecedented technological breakthrough in electronics. While we are still in the early stages of their development, the promising potential applications in computing, communications, and other fields make this electronic component worthy of special attention. As research and development continue, we are likely to see a future in which quantum transistors are an integral part of our daily lives, driving innovation and transforming technology as we know it.

Introduction

Space rockets are the pinnacle of modern engineering, symbols of human exploration beyond the confines of Earth. Each rocket launch represents years of research, development, and collaboration between scientists, engineers, and industrial companies. In this article, we will explore the technology behind a space rocket and the key industrial components that make the conquest of space possible.

Rocket Engine: The Heart of Space Travel

The rocket engine is the most essential component of any space vehicle. Rockets use principles of physics and chemistry to generate the force necessary to overcome Earth’s gravity and reach outer space. Rocket engines come in different types, but the most common are liquid-fueled engines and solid-fueled engines.

Liquid-Fuel Engines: These engines use two chemical components, an oxidizer and a fuel, which are mixed and burned in a combustion chamber. Specialized industrial companies manufacture the engine components, such as the pumps that deliver the propellants, the combustion chambers, and the exhaust nozzles.
Solid-Fuel Engines: In contrast, solid-fuel engines use a premixed fuel that burns slowly from the inside out. Industrial companies produce these engines in the form of solid, cylindrical segments that are assembled to form the complete engine.
Rocket Structure: Support and Protection

The rocket structure is the casing that houses all the components and payload. It is designed to withstand extreme loads during launch and protect its contents in the hostile environment of space. Industrial companies manufacture the structure using strong yet lightweight materials, such as aluminum and titanium alloys.

Control and Navigation Systems: Rocket Intelligence

Navigation and control are critical to the success of a space launch. Rockets use flight control and navigation systems that include gyroscopes, accelerometers, and global positioning systems (GPS). Industrial companies develop and produce these high-precision systems to ensure the rocket follows its planned trajectory.

Communication Systems: Maintaining the Connection

Communication is essential throughout a rocket’s flight. Industrial companies produce communication systems that allow mission controllers to monitor and control the rocket as it moves away from Earth. These systems include high-gain antennas and data transmission equipment.

Conclusion

The technology behind a space rocket is an impressive achievement of modern industrial engineering. From the rocket engines that generate the necessary power to the structure that protects the payload and the control systems that direct the flight, each component is essential to the success of a space mission. As space exploration continues to advance, collaboration between industry and science will remain crucial to reaching new frontiers in outer space. Rockets are true testaments to humanity’s ability to overcome technical challenges and achieve remarkable feats in the pursuit of space exploration.

La robótica ha sido un campo de constante evolución durante las últimas décadas, y uno de los avances más significativos en esta área ha sido la integración de la Inteligencia Artificial (IA). La combinación de robots y IA está transformando radicalmente la forma en que interactuamos con la tecnología y cómo esta se aplica en diversos campos, desde la manufactura hasta la atención médica y la exploración espacial. En este artículo, exploraremos el impacto de la IA en la robótica y cómo esta tendencia está dando forma a nuestro futuro.

¿Qué es la Inteligencia Artificial en la Robótica?

La IA en la robótica implica la incorporación de sistemas inteligentes en máquinas y robots para permitirles realizar tareas de manera autónoma o semiautónoma. Esto va más allá de la programación tradicional, ya que los robots pueden aprender y adaptarse a medida que interactúan con su entorno. Esto se logra a través de algoritmos de aprendizaje automático y redes neuronales que les permiten procesar datos y tomar decisiones basadas en la información que recopilan.

Aplicaciones en la Industria

Una de las áreas donde la IA en la robótica ha tenido un impacto más inmediato es la industria manufacturera. Los robots equipados con IA pueden realizar tareas de montaje y ensamblaje de manera más eficiente y precisa que los trabajadores humanos. Pueden trabajar en entornos peligrosos sin riesgo para la seguridad humana y pueden operar las 24 horas del día sin fatiga. Esto ha llevado a mejoras significativas en la producción y la calidad de los productos.

Automatización Inteligente

La IA en la robótica también está impulsando la automatización inteligente en diversas industrias. Los robots autónomos pueden realizar tareas como la logística y la gestión de almacenes de manera más eficiente que nunca. Los vehículos autónomos están siendo probados y adoptados en la industria del transporte, lo que promete reducir los accidentes de tráfico y mejorar la eficiencia del transporte de mercancías y personas.

La IA en la Atención Médica

En la atención médica, la IA en la robótica está revolucionando el diagnóstico y el tratamiento de enfermedades. Los robots quirúrgicos asistidos por IA permiten a los cirujanos realizar procedimientos con una precisión sin precedentes. Además, los robots de atención médica pueden ayudar en la rehabilitación de pacientes y proporcionar compañía a personas mayores.

Exploración Espacial y Submarina

La IA en la robótica también se ha convertido en una herramienta invaluable en la exploración espacial y submarina. Los robots espaciales pueden explorar planetas distantes y asteroides, recopilando datos cruciales para nuestra comprensión del universo. En el ámbito submarino, los robots equipados con IA pueden explorar profundidades que son inaccesibles para los humanos, lo que abre nuevas posibilidades para la investigación científica y la industria del petróleo y el gas.

Desafíos y Ética

Si bien la IA en la robótica promete avances impresionantes, también plantea desafíos significativos. Uno de los principales desafíos es la ética en la automatización. La toma de decisiones autónomas de los robots plantea preguntas sobre la responsabilidad en caso de errores o accidentes. También se debe abordar la preocupación por la pérdida de empleos debido a la automatización.

Conclusión

La IA en la robótica es una tendencia tecnológica que está transformando nuestra sociedad y nuestra economía. Su aplicación en diversas industrias, desde la manufactura hasta la atención médica y la exploración espacial, promete mejorar la eficiencia y la calidad de vida. Sin embargo, es esencial abordar los desafíos éticos y sociales que surgen con esta tecnología en constante evolución. A medida que avanzamos en esta era de robots inteligentes, debemos garantizar que la IA en la robótica beneficie a la humanidad en su conjunto y se utilice de manera responsable y ética.

Vertical conveyors or elevators have established themselves as a key device for intralogistics automation. These systems, which stand out for their robustness, energy efficiency, and great adaptability, allow companies of all types to maximize the storage capacity of their logistics spaces and improve operational efficiency.

What are elevators and why are they key?

Vertical conveyors, also known as vertical lifting systems, are devices designed to efficiently move goods between different levels within a building. Thanks to their compact design, which optimizes every square meter of the warehouse, they allow for the creation of workspaces with higher storage density and significantly reduce operating times.

Advantages of using vertical conveyors

1. Optimize space: These devices allow products to be stored at great heights, significantly increasing storage density compared to traditional methods. This factor is essential in high-capacity warehouses, where space is a valuable resource.

2. Quick access to goods: The system allows for quick and efficient access to products, speeding up the replenishment and distribution process.

3. Reduced dependence on forklifts: By automating the vertical movement of products, the use of manual equipment is minimized, reducing the risk of accidents and improving workflow.

4. Improved safety: These systems have advanced safety features, such as door locking systems and speed controls. This way, they protect both operators and stored products, ensuring a safe and efficient environment.

5. Traceability and control: These devices facilitate the tracking of each movement of goods within the warehouse, improve stock visibility, and optimize management.

6. Adaptability: Vertical conveyors are versatile equipment, capable of handling products of different sizes and weights.

Versatile Systems for Different Needs

Various models of vertical conveyors are available for handling different types of loads and industrial sectors. From pallet lifts, typical of large logistics and industrial centers, to more compact solutions for boxes and trays, ideal for sectors such as retail, pharmaceutical distribution, and e-commerce.

MIM Patchworkservice offers a range of scalable solutions designed to integrate seamlessly into its customers’ diverse operating environments, responding to the growing demand for flexible, energy-efficient systems that are adaptable to diverse workflows and load capacities.

Among its most notable offerings, the company offers:

– Compact continuous flow system: Designed for the agile transport of boxes and lightweight products, this system is the ideal solution for high-volume distribution centers. Its efficiency allows for a constant work pace without interruptions.

– Modular design with a roller system: Versatility and efficiency combine in this solution, adaptable to multiple configurations. Thanks to its modular structure and energy-efficient roller system, it guarantees a continuous flow of goods with minimal operational wear.

– High-volume pallet lift: This model stands out for its ability to handle heavy loads with great stability and precision. Its design is optimized for easy integration with other transport systems, improving the overall efficiency of the logistics line.

– High-capacity lift: Built for demanding industrial environments, this robust lift allows for the safe handling of large and heavy pallets. Its reinforced structure and high performance make it a key resource for warehouses requiring maximum productivity.

How can MIM Patchworkservice optimize your logistics operations?

MIM Patchworkservice, with a team of more than 450 professionals and more than 20 years of experience developing intralogistics automation solutions, offers customized solutions for your business.

If you are looking to improve the efficiency of your warehouse and optimize your resources, contact us to learn how we can help you transform your logistics infrastructure with the latest automation technology. Learn more about our vertical lift solutions and improve your warehouse efficiency today!

MIM Patchwork Service’s telescopic conveyors offer a unique combination of advanced technology and custom-designed solutions that will allow you to maximize the performance of your supply chain. These devices guarantee superior performance, as they not only optimize the transport of goods but also adapt to a wide variety of operational needs.

Unlimited Adaptability

MIM Patchwork Service’s telescopic conveyors are designed for total flexibility. With lengths ranging from 6 to 22 meters, these systems can be adjusted to the available space in your warehouse to maximize work area efficiency. Thanks to their lifting system, available in hydraulic and electric options, their height can be precisely adjusted, facilitating safe and ergonomic load handling. They also feature belts or rollers that adapt to different types of loads, with available widths of 600, 800, and 1,000 mm, and a load capacity of up to 50 kg/m.

Precise Motion Control

Our telescopic conveyors incorporate an electric control system that allows precise adjustment of speed (from 20 to 60 m/min) and transport direction. This reversible control capability ensures optimal workflow, reducing downtime and minimizing errors.

Customized Features for Your Business

At MIM Patchwork Service, we understand that every logistics operation is unique. Therefore, our telescopic conveyors offer extensive customization options. Specifically, these systems can be equipped with a wide variety of additional systems that enhance their functionality, such as:

Merchandise accounting systems for precise inventory control.
RFID (Radio Frequency Identification) technology for efficient product identification and tracking.
Weighing and labeling devices that automate critical supply chain processes, saving time and effort.
Sorting options that facilitate the reorganization and distribution of products according to different criteria.
Innovation that transforms your logistics

MIM Patchwork Service’s telescopic conveyors take your supply chain to the next level. By investing in these devices, you guarantee greater flexibility and responsiveness to today’s market demands, which translates into improved productivity and a significant reduction in operating costs.

Our technology and customized solutions are designed to adapt to your company’s specific needs and optimize your workflow. Contact us today and transform your logistics with MIM Patchwork Service’s innovation!

Hai Robotics, a robotics technology company for warehouse automation, has established a strategic partnership with MIM Group, a specialist in industrial maintenance, to maintain all its devices in Spain and Portugal.

This alliance aims not only to improve the operational efficiency of automated warehouses in the region, but also to offer a rapid and effective response to any eventuality to eliminate or minimize downtime and ensure the performance and durability of all equipment.

Richie Chen, CEO of Hai Robotics, emphasized that this synergy “will allow us to offer all the company’s customers in Spain and Portugal superior service and ensure that our solutions and systems continue to exceed efficiency and performance expectations.”

For his part, Medir Lecha, CEO of MIM Group, highlighted his commitment and enthusiasm for “putting our group’s technology and comprehensive maintenance services at the service of a company as innovative and relevant as Hai Robotics. This work will serve to prevent, detect, and respond quickly and effectively to any potential breakdown resulting from the daily use of these devices, thus ensuring their optimal operation.”

ACR Robots

Hai Robotics is a pioneer in the development of autonomous mobile robot (ACR) systems that intelligently identify the appropriate containers or boxes within the distribution center and independently move them to the workstation. This technology allows a warehouse to be automated within one to two months of receiving the equipment. These ACR devices have already proven, after implementation in several projects, to increase operational efficiency and allow storage density to increase by between 80 and 400%.

In the competitive world of e-commerce, where every minute counts, an efficient warehouse makes the difference between success and failure. In fact, according to the latest survey by the prestigious consulting firm McKinsey, more than 80% of retailers will increase their investment in automation in the next two to three years. By 2024, as reflected in Shopify data, it is estimated that more than 2.7 billion people will make an online purchase. This incredible demand, coupled with the expectation of fast, error-free deliveries, is leading companies of all types to implement e-commerce intralogistics automation systems.

In this context, the MIM Patchwork Service team, which has more than 20 years of experience in the execution and development of intralogistics automation projects, will delve into why these systems are not only an option, but a strategic necessity for e-commerce companies.

Advantages of Intralogistics Automation:

1. Faster Shipping

According to the latest study conducted by Ipsos for Amazon, 46% of online shoppers consider speed of delivery to be one of the most influential factors when making a purchase. Furthermore, 21% would be willing to pay more to receive their order sooner. Improving processing times is important. So much so that 41.9% of companies in the sector consider improving the timeliness of their shipments a priority, as indicated by the latest study by VDC Research Group.

Incorporating intralogistics automation systems capable of handling large volumes of orders accurately and quickly, such as Interrol sorters, is key to reducing processing times and reducing potential errors. These types of devices come in a variety of designs—such as cross-belt, pop-up, vertical, etc.—and adapt to the unique needs of each customer.

Cross-belt sorters, which come in either a vertical or horizontal format, are one of the most notable systems in this category, thanks to their speed and scanning technology, which allows them to identify each product and send it to its destination via a cross-belt system. Specifically, these systems can sort up to 20,000 products per hour weighing up to 50 kilos in their horizontal format, and up to 12,000 per hour with a maximum of 35 kilos in their vertical version.

2. Error Reduction

Precise order management, especially in phases such as order preparation (picking) and product packaging, is essential to meeting customer expectations. Companies in the sector are aware of this situation—41.5% already identify the need to optimize their perfect order rate as a priority, according to research by VDC Research Group.

If there’s one thing that characterizes intralogistics automation systems, it’s error reduction. These solutions feature radio frequency identification (RFID) and scanning technologies with success rates of up to 99%. In addition to sorters and other solutions, another system that leverages the virtues of this technology is autonomous mobile robots (AMRs).

This system of vehicles that independently transport packages is ideal for the transport, sorting, and distribution of merchandise in a warehouse or logistics center. These devices move freely throughout the facility, without the need for a guided path, and are capable of avoiding obstacles. Thanks to the cameras and scanners they are equipped with, they know the pickup and delivery destination and are capable of creating alternative routes. Their work is recorded at all times, and this also ensures better product traceability. They have a speed of up to 1.8 meters per second and a battery life of up to 15 hours between charges.

3. Increase storage space

Optimizing storage capacity is another of the major challenges facing all e-commerce businesses. In fact, it is a key aspect for 44.4% of companies in the sector, as revealed by the VDC Research Group study. Automation allows for maximizing the use of available warehouse space, as well as improving the organization and access to stored products.

Automated solutions offer a wide variety of formats and designs that allow for the efficient movement of goods in a space that is minimized. Spiral-shaped overhead conveyors or sorters are a perfect example of this. Furthermore, thanks to their extensive adaptability and customization capabilities, sorters can adapt their length, height, and layout to the specific needs of each case.

MIM Patchwork Service: A Success Story

A company can integrate and combine different intralogistics automation solutions depending on its needs.

The need to handle products of various sizes, demanding delivery times, and offering service 365 days a year has made intralogistics automation devices an essential priority for improving the efficiency of all types of storage spaces and order picking systems. In this context, as MIM Patchwork Service specialists explain, “automated spiral conveyors, thanks to their compact construction that maximizes vertical space, adapt perfectly to small or limited spaces, while ensuring maximum performance in the transport of goods.”

What are the advantages of spiral conveyors?

Spiral conveyors offer significant logistical advantages for companies in all sectors.

Space savings. Spiral conveyors are designed to maximize vertical space. With outer diameters ranging from 1,000 to 4,000 mm, they allow for more efficient use of space compared to other systems such as traditional inclined conveyors.
High operating speed. Devices capable of reaching speeds of over 60 meters per minute (60 m/min) result in fast and efficient product transport. An ideal device for sectors that require great management agility, such as e-commerce.
High load capacity: Spiral conveyors can handle loads of up to 100 kg per unit. This capacity varies by model, and if necessary, there are also some specialized systems that can support greater weights.
For all types of products. With useful belt widths ranging from 100 to 1,200 mm, spiral conveyors can adapt to products of all sizes and shapes, from small packages to large boxes or containers.
Versatile design. Available in multiple configurations, with one or more belts, wider or narrower tracks, various speeds, and more. These devices offer great versatility and adaptability, thus offering customized solutions for all types of logistics processes.
Lifting height. Spiral conveyors are designed to elevate products to different heights, from a few meters to several floors. Thanks to this capacity, they are tools with enormous potential for integration into high-rise storage systems or other applications that require efficient vertical transport.
Discover the ideal system for your business

When working with this type of conveyor, MIM Patchwork Service, specialists in intralogistics automation with more than 20 years of experience, relies on the customized solutions of AmbaFlex, a leading company in the manufacture of customized conveyors. Below are the technical characteristics and applications of the main products in its SpiralVeyor series:

SpiralVeyor SVe. This equipment is specifically designed to handle large and bulk products. This model stands out for its wide belt width, which ranges between 700 and 1,200 mm. The belt of this system is composed of multiple parallel rails, giving it greater resistance and allowing it to handle loads of up to 100 kg. With a belt speed of up to 60 m/min and an inclination angle of up to 15 degrees, the SVe is ideal for applications requiring efficient transport of large volumes in a small space, such as distribution centers, airports, etc.
SpiralVeyor SV. This system is characterized by its versatility and is ideal for the transport of medium- to large-sized products such as secondary packaging, boxes, trays, etc., in functions ranging from lifting to accumulation. This model offers a belt width range of 300 to 600 mm, with the option of one to three parallel belts. It is capable of handling loads of up to 50 kg/m with a standard speed of up to 60 m/min. Finally, it is worth noting that its lifting capacity is unlimited, although the most common is 15 meters per drive system.
SpiralVeyor SVs. It is the most compact conveyor on the market and is specifically designed for the handling of small primary packaging and liquid containers. This model can include up to six parallel belts with a width range of 100, 140, or 200 mm. This device is capable of handling boxes weighing up to 50 kg/m² at a speed of up to 60 m/min. Furthermore, thanks to its ‘Triple-E’ technology, which enables low friction and high performance, it is an ideal tool for jobs requiring great precision and control, such as those in the pharmaceutical or personal care industries.
SpiralVeyor SVm. Designed for the mass transport of individual bottles and cans, it is characterized by its compact, simple, and robust design.

Warehouse sorters are systems that automatically separate and direct all types of products (boxes, packages, or others) to their specific destination. These devices are key tools for optimizing material flow and improving operational efficiency, thanks to their ability to handle large volumes of products with speed and precision. In fact, some models can sort more than 20,000 items per hour.

How do these devices work? Sorters combine various technologies such as optical sensors, artificial intelligence (AI), radio frequency identification (RFID) readers, and barcode readers to identify products. Mechanically, these technological systems are integrated with conveyor belts and actuators. Additionally, custom control software coordinates the entire process to ensure efficiency and precision.

Main advantages of sorters

Increased productivity and reduced costs. By automating product sorting, sorters accelerate order processing and optimize resources. This reduces both operating and labor costs.
Greater accuracy. Sorters, thanks to their advanced control systems, minimize sorting errors. This technology improves order picking accuracy and service quality.
Operational flexibility. Sorters adapt to different products and configurations, allowing them to quickly adjust to changing warehouse needs and improve efficiency.
Improved working conditions. By taking on repetitive and demanding tasks, sorters reduce physical strain and the risk of injury. This improves the working environment.
Scalability and integration. These systems allow for operational expansion without losing efficiency and integrate seamlessly with other automation systems such as warehouse management systems (WMS) or inventory control systems.
Types of warehouse sorters

There are various types of sorters that adapt to different logistics requirements. Among the main devices are:

Cross-Belt Sorters

Cross-belt sorters use transverse belts to transport products during sorting. This system stands out for its high capacity to handle large volumes of products of different sizes and shapes. This device, in turn, comes in multiple versions. In its horizontal version, it sorts more than 20,000 items per hour at a speed of more than 2.7 meters per second. On the other hand, in its vertical format, it is capable of sorting more than 12,000 products per hour. These devices are the ideal solution for any operation that requires precise and smooth handling of materials up to 50 kilos, such as boxes, packages, food, clothing, etc.

Pop-up Sorters

Pop-up warehouse sorters use rollers to divert items to their destination. Their modular design makes them easy to adapt to complex logistics environments, as well as to later expand or adapt to possible changes in the market or operation. These devices are ideal for sorting products weighing up to 50 kg and can process more than 4,500 items per hour. Thanks to their easy maintenance and high performance, these systems are becoming increasingly popular.

Split Tray Sorters

These devices use individual trays to transport products. Upon reaching the specific sorting point, depending on the system, the tray tilts to deposit the item in the appropriate outlet. These devices stand out for their versatility and precision in sorting light, small, flat, and non-fragile items weighing up to 12 kg on average, such as packages, clothing, pharmaceutical products, etc. Their sorting capacity can reach up to 21,600 items per hour.

Shoe Sorters

Shoe sorters use shoes or skids to push products from conveyor belts to the appropriate outlet. This system is compatible with goods of various sizes and weights up to 40 kg. These types of systems can handle an average of 8,000 packages per hour.

Looking for a customized solution?

At MIM Patchwork Service, with over 20 years of experience, we design and implement intralogistics automation solutions tailored to your needs. We analyze your situation, plan the ideal solution for your business, and execute the project from start to finish. Thanks to its quality, reliability, and experience, Interroll, a world leader in automation solutions, is our partner for the mechanical aspects of our solutions. Optimize your warehouse with our advanced sorting systems. Contact us today and transform your logistics operations!