Author: eduard.lecha

How to Choose the Best Industrial Components for Your Company

To choose the best industrial components for your company, there are several factors to consider. First, it’s important to assess your company’s needs. This means determining what type of industrial components are needed to meet your production requirements. This can include production quantity, component size, material quality, and durability.

Once you’ve determined which industrial components are needed, it’s important to evaluate the suppliers. This means researching the suppliers’ reputation, product quality, and prices. It’s also important to ensure the suppliers are reliable and offer good customer service.

Additionally, it’s important to consider the safety of industrial components. This means ensuring the components meet industry-established safety standards. This will ensure the components are safe to use and don’t pose a risk to the health and safety of workers.

Finally, it’s important to consider the cost of industrial components. This means comparing prices from different suppliers to ensure you get the best possible price. It’s also important to consider the installation and maintenance costs of the components. This will help ensure that the components are cost-effective in the long run.

By following these tips, your company can choose the best industrial components to meet your needs. This will save you time and money while ensuring product safety and quality.

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!

What is a sorter and how does it work in modern logistics?

Sorters, or automated sorting systems, have become key components of intralogistics automation for retail, distribution, and e-commerce companies. Their implementation allows products to be sorted quickly and accurately with minimal human intervention, optimizing the flow of goods in warehouses and distribution centers. But what exactly are these devices, how do they work, and what are their differences? In this article, we discuss the main types of sorters, the criteria for choosing them, and their impact on operational efficiency.

Automated Sorting: Definition and Components

A sorter is an automated system for organizing and redirecting products or packages according to defined parameters, such as destination, size, or item type. Its purpose is clear: to optimize speed and accuracy in goods handling, especially in environments where the volume of operations is high and the margin of error must be minimized.

From a technical perspective, a typical sorter is composed of several essential elements. These include a conveyor belt that ensures the continuous movement of products, a reading system—such as scanners or cameras—that identifies items, and a diverting mechanism that can include pusher arms, tilting trays, pallets, or pop-up modules that redirect each package to the corresponding exit. These systems are managed by advanced control software that coordinates each movement and ensures process traceability.

Unlike conventional transport systems, which often rely on simple mechanical diverters or even manual intervention, sorters fully automate the sorting process. This reduces errors, speeds up response times, and improves the overall efficiency of the logistics chain.

Key Applications and Functions in the Warehouse

In a logistics environment, a sorter performs fundamental tasks. It sorts products according to their destination, separates items for order picking, organizes inventory based on turnover, and optimizes the flow of materials to different operational areas. Furthermore, by integrating with other automation systems—such as conveyors, AGVs, or stacker cranes—it enables synchronized and seamless operations.

The incorporation of sorters not only results in operational improvements but also in greater capacity to adapt to today’s market demands: more frequent, more varied orders with increasingly shorter delivery times.

What to consider when choosing a sorter?

Selecting the right sorter is not a trivial decision. There are multiple factors that must be carefully analyzed to ensure an efficient investment:

– Operation volume (units/hour): This parameter defines the speed the system must achieve to avoid bottlenecks. High volume requires high-capacity, sustained-performance sorters.

– Product variety: It is essential to know the range of weights, sizes, and shapes of the items that will pass through the system.

– Available space: The geometry of the warehouse determines the type of sorter that can be installed.

– Flexibility and scalability: The solution must be able to adapt to future variations in demand.

– Installation and maintenance costs: key factors in return on investment (ROI).

– Integration with other systems: the sorter must communicate seamlessly with the rest of the logistics infrastructure.

Linear Sorter vs. Circular Sorter

Two of the most widely used configurations in the industry are the linear sorter and the circular sorter. Both systems perform similar functions, but their design and application respond to different needs.

– Linear sorter: Its straight structure allows for high speeds and efficient handling of large volumes. Very useful in distribution centers where rapid sorting is a priority.

– Circular sorter: Although its speed is generally lower, it is a more compact option and adaptable to small spaces or complex logistics layouts. Useful when more delicate product handling or a more flexible layout of output stations is required.

Forward-thinking automation

In an environment where logistics efficiency has become a decisive competitive advantage, sorters are much more than machinery: they are an essential link in the digital transformation of intralogistics. Their ability to autonomously manage complex flows of goods is the answer to the growing demands of global markets.

At MIM Patchworkservice, we take intralogistics automation to the next level. From initial design to commissioning and maintenance, our team

Belt conveyors have become an essential element in multiple industrial sectors, facilitating the efficient and safe movement of goods in factories, warehouses, and logistics centers. They optimize production and distribution processes, ensure stable product transport, and reduce operating times. From lightweight materials to larger loads, these systems represent a versatile solution that adapts to the needs of each industry.

A fundamental transport system in modern industry

Belt conveyors are continuous transport systems for moving materials from one point to another using a flexible belt that moves over a set of motorized drums. Their basic structure includes three essential elements: the belt, the drive system (motor and drums), and the support structure.

Compared to roller conveyors, belt conveyors are ideal for goods that require greater stability, such as small products or those with uneven bases. They are used in sectors such as the automotive industry, the food industry, logistics, and mining, among others. The flexibility of their design allows them to adapt to environments with complex routes that include curves, slopes, and inclines. They are very useful tools in processes such as receiving, picking, and shipping.

Applications and advantages in different sectors

Belt conveyors stand out for their ability to adapt and integrate into production or logistics processes with total efficiency. Some of their main advantages include:

Optimization of time and resources: By automating the transfer of goods, handling times are reduced and productivity is increased.
Reduction of occupational risks: They minimize the physical effort required to transport heavy loads, while reducing the risk of accidents.
Versatility in product handling: They can transport packaged and unpackaged materials, regardless of their shape or size.
Customization capabilities: You can choose from different belt materials (PVC, polyurethane, FDA for food), as well as specific configurations with side guides, variable speed drives, and other accessories according to the needs of each operation.
MIM Patchwork Service Technical Specifications and Solutions

MIM Patchwork Service offers a wide range of belt conveyors that guarantee efficiency and durability in any industrial environment. These systems, which can be fully configured and customized to meet the specific needs of each operation, feature:

Lengths of up to 10 meters per unit.
Flexible configuration with an external side motor or a central motor with a drum motor or motorized roller for ultra-light conveyors.
Possibility of direct mounting with a motor-variator system.
Inclinations of up to 15 degrees from the vertical.
Regarding technical specifications, MIM Patchwork Service belt conveyors feature:

Belt widths available in 420 mm, 620 mm, 820 mm, and 1020 mm.
Load capacities ranging from 35 kg to 50 kg.
Adjustable conveying speeds from 0.4 m/s to 2.5 m/s.
Thanks to this variety of options, MIM Patchwork Service belt conveyors have established themselves as an efficient solution for automating logistics and industrial processes, contributing to improving the competitiveness and profitability of the companies that implement them.

Why choose MIM Patchwork Service?

At MIM Patchwork Service, we design belt conveyors that combine innovation, quality, and adaptability. Our team of experts will advise you on finding the best solution based on the needs of your operation. Optimize your logistics and improve your profitability with the right technology. Contact us today and take your productivity to the next level!

Conveyors, also known as industrial conveyors, are an essential component of today’s logistics and industry, where automation plays an increasingly important role. These systems efficiently transport all types of materials, optimize product flow, reduce costs, and improve safety when handling goods in all types of warehouses, factories, and logistics centers.

Conveyors come in a wide variety of models and configurations to meet the unique needs of each sector. Incorporating these systems makes all the difference, but what are the main conveyor models and what is their ideal application? We’ll explain.

Main Types of Conveyors

Industrial conveyors can be classified according to their design, load type, structure, sector, etc. A selection of the most representative models, as pointed out by the intralogistics automation specialists at MIM Patchwork Service, could be the following: “belt, telescopic, roller, chain, vertical, or hanging conveyors.”

Belt Conveyors

Belt conveyors transport goods using a belt that moves between two drums. The load remains stationary throughout the entire journey, while the system takes care of all the work. Therefore, they are highly stable, making them the ideal device for moving fragile or small goods. Furthermore, they can adapt to a wide variety of operational needs, such as straight routes, curved paths, inclines, and more.

They are especially useful in key processes such as receiving, picking, and shipping, thanks to their ability to optimize work time and reduce manual effort.

Telescopic Conveyors

These devices streamline the loading and unloading of goods using a telescopic system of sliding sections with belts or rollers on their surface. Their extendable structure allows for length adjustment, and they feature a control panel that allows for speed, height, and direction adjustments.

They optimize available space and facilitate the flow of goods for loading and unloading trucks, containers, and rail cars. For this reason, they have already become an essential solution in warehouses, ports, and distribution centers.

Roller Conveyors

These types of conveyors specialize in the transfer, accumulation, and distribution of goods on pallets. The goods are moved by motorized rollers. Furthermore, their modular structure allows these devices to adapt to all types of workspaces. Regarding their applications within industry, these devices are found in strategic areas such as receiving, distribution, and shipping.

Chain Conveyors

Chain conveyors transfer, accumulation, and distribution of goods on horizontal pallets when roller systems are not possible. They have an impressive capacity to handle heavy loads and adapt to different configurations. These unique features make these conveyors a key solution for logistics automation.

Vertical Conveyors

These systems allow for the vertical transport of goods and are the best option both for optimizing space and for creating high-density warehouses. They feature a modular design with different formats (spiral, inclined, etc.) that integrates easily with other industrial equipment such as roller, belt, or chain conveyors. Available in various sizes and heights, these conveyors allow the transfer of bags, trays, boxes, or pallets.

Hanging Conveyors

These conveyors transport and sort products suspended on hangers or clips vertically or horizontally. The system completes the route using a chain that can rotate, tilt, or advance in a straight line. They are common in the textile industry, but are also capable of transferring light loads using hanging bags. Among the most recognized types of these conveyors are the pin and click models.

Pin conveyors, ideal for up-and-down systems, transfer hangers with pins without accumulation and feature optical sensors at the beginning and end of the section that activate or stop the system depending on the flow of garments. Click systems, on the other hand, secure garments with clips that allow them to be compressed to optimize space. This type of model can be used as a conveyor, sorter, and even an accumulator.

360º Intralogistics Automation Solutions

At MIM Patchwork Service, we develop comprehensive intralogistics automation projects, from solution design to maintenance, and we support our clients throughout the entire lifecycle of their facilities. Our partners are

Improving warehouse logistics is essential for companies seeking to optimize their operations in an increasingly competitive sector. Automating intralogistics processes reduces time, increases the accuracy of merchandise sorting, and improves the incoming and outgoing flow of products. MIM Patchwork Service, as part of the MIM Group holding company, has over 20 years of experience developing solutions to improve warehouse logistics and adapt to the specific needs of each client.

Solutions that Improve Goods Receiving

One of the major challenges in today’s warehouse logistics is the efficient receipt of new goods and precise inventory control. In this area, radio frequency identification (RFID) technology, which automatically identifies products as they pass through, is one of the most notable advances. This technology reduces manual intervention, accelerates merchandise processing, and ensures complete product traceability.

The impact of RFID on warehouse operations is more than significant. In fact, as MIM Patchwork Service specialists point out, “this technology has increased product sorting speed by 40% and boasts an accuracy close to 100%.”

Efficient Sorting and Distribution

Automating merchandise sorting is also a key tool for improving warehouse logistics. Automated sorters, such as cross-belt sorters, are capable of processing more than 20,000 products per hour. “These systems not only increase merchandise processing speed but also improve the use of warehouse space. Warehouses that incorporate this technology increase their storage capacity by up to 40% and reduce handling operations by up to 30%.”

Greater Shipping Accuracy

Regarding the shipping phase, automation solutions such as telescopic conveyors and sorters increase the accuracy and speed of order picking. These systems adapt to all types of loads, while ensuring efficient and safe handling. Thanks to these solutions, as MIM Patchwork Service points out, “companies eliminate up to 99% of errors in merchandise dispatch. A decisive factor in improving warehouse logistics.”

Benefits of Intralogistics Automation

Intralogistics automation solutions provide companies with more efficient operations to better respond to demanding and changing market demands. Companies that adopt this technology achieve benefits with a key impact on their business: increased productivity, reduced margins of error, optimized use of space, and more precise inventory control.

A Real Success Story

MIM Patchwork Service recently developed a similar project to improve the intralogistics of an e-commerce business. In this case, three order-picking zones were implemented with a capacity of 64 simultaneous users. This solution, which combines multiple systems and conveyors, is capable of processing more than 9,000 items per hour. Without a doubt, these types of examples demonstrate how improving warehouse logistics thanks to intralogistics automation solutions has a direct impact on the efficiency of large operations.

Radio Frequency Identification (RFID) technology revolutionizes and optimizes operations in warehouses and distribution centers. As MIM Patchwork Service specialists explain, “its ability to transmit data remotely and contactlessly via radio waves significantly improves the speed, accuracy, and traceability of warehouse activities such as order picking or receiving new merchandise.”

What is RFID technology?

RFID technology uses smart labels or tags with microchips that transmit information via radio waves. These labels, which can be read remotely without direct contact, are placed on products, packages, or pallets. Unlike systems such as barcodes, this technology does not require specific visibility or individual reading of each item.

The RFID system is made up of three key elements: labels, readers, and data management software. Each tag stores unique information about the product, such as its origin, destination, or storage conditions, allowing for detailed tracking of each product’s journey throughout the supply chain.

Impact on Efficiency and Productivity

RFID technology dramatically improves the productivity and efficiency of warehouse operations. Its main benefits include:

Reduction in operating times and costs. By automating product identification and minimizing manual intervention, human errors and the costs associated with repetitive tasks such as inventory counting or order picking are reduced. This also reduces returns due to errors in shipping or product selection.
Increased speed. RFID streamlines inventory management, order picking, and merchandise control. In fact, cross-belt sorters with this technology accelerate accurate product sorting by up to 40%.
Shipping accuracy. With near-100% accuracy, this technology minimizes errors in the selection, classification, and shipping of merchandise, reducing returns and losses.
Real-time inventory visibility. This system provides comprehensive inventory visibility, allowing for better management of stock levels and avoiding both overstocks and stockouts. This accurate, real-time information optimizes supply chain planning and improves customer satisfaction.
Improvements in safety and working conditions. RFID technology reduces the need for repetitive or physically demanding manual tasks, improving working conditions and minimizing the risk of injury.
RFID Applications in Intralogistics

RFID technology has key applications in intralogistics, enabling more efficient management of warehouses and distribution centers. The main applications include:

Automation in the receipt and shipment of goods. This system quickly identifies products as they enter or leave the warehouse, without the need for manual scanning, streamlining logistics processes, reducing wait times, and improving operational accuracy.
Control of internal locations and movements. RFID facilitates the tracking of products as they move within the company’s facilities. This ensures that materials are located in the correct areas, while allowing for quick location during inventory changes or order picking.
Product traceability. By tracking each product from its entry to its exit from the warehouse, RFID technology provides complete, real-time traceability. This improves internal organization and ensures precise inventory control.
Real-time inventory management. Integrating RFID with warehouse management systems (WMS) provides immediate inventory visibility. This helps determine precisely which products are in stock, where they are located, and which ones need restocking. This avoids operational disruptions and ensures optimal order planning.
Ready to take your warehouse to the next level? At MIM Patchwork Service, we integrate RFID technology into our intralogistics solutions to maximize the productivity and efficiency of your operation. Contact our team of specialists and find out how we can help you!

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%.