Category: MIM

Maintenance management is an essential field of work in today’s business environment, where safety, efficiency, and cost control are vital. At first, performing this work with in-house personnel may seem like the most economical and controlled approach. However, the risks can outweigh the benefits. According to data from the National Institute of Occupational Safety and Health (INSST), maintenance work is responsible for 15 to 20% of workplace accidents each year. Given this situation, outsourcing to specialized companies is positioned as a strategy worth considering.

The Risks of In-House Maintenance

At the operational level, company maintenance workers are exposed to significant hazards inherent to their work, such as falls, electrical hazards, fires, etc. In fact, in 2023, Spain recorded more than 107,800 workplace accidents of varying severity that were directly linked to this type of work.

From an economic perspective, maintaining equipment involves a series of significant fixed costs, such as salaries, ongoing training, and investment in machinery and infrastructure. Furthermore, a lack of staff specialization can lead to inefficiencies that affect productivity, increase downtime, and generate additional costs due to accidents or technical errors.

Furthermore, the pressure this workload places on the company’s internal resources, diverting attention from other strategic activities, should not be overlooked. The opportunity cost of using the company’s internal resources on tasks outside the core business can be considerable. In a market where agility and the capacity for innovation are essential, this situation is a burden.

Internal Staff vs. Outsourced Maintenance Services

Given these circumstances, comparing in-house and outsourced maintenance strategies can be illuminating in identifying key advantages and disadvantages:

Aspect: In-house personnel. Outsourced services.
Specialization: Limited to internal experience. Access to best practices and experts.
Costs: Fixed / Unproductive. Variable and adjusted to demand / Productive.
Flexibility: Low adaptability. High, based on needs.
Control: Direct. Dependence on third parties.
Focus: Dispersed core business. Greater focus on strategic activities.
Each work strategy has its advantages. While in-house teams allow for direct control, outsourced services offer greater flexibility and specialization. However, one aspect that should not be overlooked is access to the industry’s most cutting-edge technology, such as predictive maintenance systems, which external providers like MIM PPP integrate into their services to achieve better planning and reduce costs.

Strategic Benefits of Outsourcing

Having the support of an external maintenance team like MIM PPP brings multiple operational and financial benefits.

Focus on the core business. It frees up internal resources for key business activities such as innovation and production.
Continuous Improvement. Continuous improvement is integrated into the service, avoiding stagnation and lack of progress. Through outsourcing, it allows for better control of the amount of innovation and actions carried out in maintenance processes.
Reduces indirect costs. It transforms fixed costs into variable costs and provides greater stability to operating budgets.
Access to the latest technology. Tools such as Computerized Maintenance Management Systems (CMMS) and predictive analytics can prevent failures before they occur.
Greater operational flexibility. It allows services to be adjusted according to market needs, as well as adapting to possible changes in demand or business conditions.
Optimize costs. Thanks to their scale and specialization, external providers are able to reduce expenses without compromising quality.
Improves workplace safety. Delegating these tasks to specialized professionals significantly reduces exposure to potential workplace accidents.
Guaranteed regulatory compliance. Specialized providers ensure that operations comply with the latest legal and safety standards.
Outsourcing as a trend

Growing industrial complexity and the pressure to optimize resources have driven the outsourcing of maintenance. In fact, the facility management market is estimated to reach $1.9 trillion by 2024. This growth undeniably reflects the growing commitment to this type of maintenance. Furthermore, emerging technologies such as advanced analytics

Telescopic conveyors are characterized by their versatility and flexibility. Thanks to their modular and adjustable design, which allows them to adapt to almost any situation or type of load, they allow you to take your business to the next level. Whether handling fragile products or heavy packages, these devices guarantee efficient and precise handling of all types of goods.

High adaptability is essential in today’s fast-paced and ever-changing world of logistics. MIM Patchwork Service, with over 20 years of experience in this field, specializes in developing innovative solutions that perfectly fit the needs and characteristics of each client (warehouse dimensions, machinery, etc.).

Flexibility at a New Level

Customized design. With belt or roller systems, they adapt to the specific needs of each operation, regardless of the material being handled (boxes, pallets, or bulk goods).
Reversible movement. They can move in both forward and reverse directions very easily. This capability provides greater control over the flow of goods, both during loading and unloading, and optimizes available warehouse space.
Variable length. With lengths ranging from six to 22 meters, these systems adapt perfectly to the unique configuration of each workspace, regardless of its size or layout. This flexibility allows them to be adapted to the specific needs of each project.
Height configuration. They feature automatic systems that allow them to adjust their height according to the load and the requirements of each warehouse. This ensures a smooth and efficient transfer of goods that minimizes the risk of damage.
Total control. The control panel of these devices allows the speed, height, and direction of the conveyor to be quickly, easily, and automatically configured to optimize its performance with millimeter precision. This system maximizes efficiency and productivity.
Competitive advantage

Adaptability is synonymous with success. Therefore, telescopic conveyors have proven to be an indispensable tool for all types of logistics centers. By investing in this type of system, you’re investing in your business’s ability to grow and thrive in a constantly changing market. This is undoubtedly an advantage that can’t be underestimated in the current climate. Ready to take your business’s flexibility to the next level with our telescopic conveyors? We can help!

Inbound, or the entry of products into the warehouse or logistics center, is one of the most critical stages for ensuring the proper functioning of the entire supply chain. During this phase, merchandise is received, registered, stored, and processed for subsequent distribution. This is vitally important work, as any obstacle or delay in this area has a direct impact on all subsequent work. Therefore, optimizing this stage ensures smoother and more profitable operations.

Now, what are the main problems with inbound that must be resolved to achieve an efficient supply chain? At MIM Patchwork Service, we give you the keys:

Inventory Management:

An accurate and up-to-date inventory is the backbone of any logistics operation. In this area, technological solutions have much to contribute to improving the efficiency of this process. The adoption of transport systems and laser scanning devices (RFID) make it possible to streamline the reception and registration of products, reduce all types of errors, and improve efficiency.

Optimizing Space:

Space in any workplace is limited, so making the most of it is always the most cost-effective decision. Installing vertical conveyors or automated shelving systems is a solution to maximize your business’s storage capacity and facilitate access to your products. These options reduce search times, improve workflows, and allow for more efficient management of available resources.

Receiving Goods:

Efficient coordination of goods reception is essential to avoid delays and congestion. At this point, receiving systems such as telescopic conveyors streamline the process of unloading trucks and the subsequent distribution of products in the warehouse. These systems ensure a constant flow of products to the next stage of the supply chain, reduce wait times, and minimize bottlenecks.

Quality Control:

Verifying the good condition and quality of received products is also a critical challenge in inbound management. Automatic devices with various types of sensors allow for the rapid identification of defective products. This way, they can be immediately identified, processed conveniently, avoiding inventory contamination, and ensuring customer satisfaction.

The MIM Patchwork Service team specializes in the comprehensive design of customized intralogistics automation solutions for each project. To achieve this, we rely on highly qualified specialists and robust technology that will help you avoid problems in your company’s inbound process and take your business to the next level. Are you ready to optimize your inbound product supply and unlock the full potential of your supply chain? Contact us!

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!

MIM Group presents its Welcome Pack to offer a warm welcome to its new employees!

At MIM Group, we firmly believe that our employees are our greatest asset. That’s why we’ve redesigned our Welcome Pack to ensure a seamless integration and a successful start to our group of companies.

From day one, our new employees will receive comprehensive Occupational Risk Prevention (ORP) training, ensuring their safety and well-being. They will also have the constant support of a tutor during their probationary period, who will be available to guide them and answer any questions.

Because at MIM Group, we know that adaptation is not only professional but also personal, we have all the tools to ensure our employees feel comfortable and supported at all times.

And to strengthen team bonds, we organize teambuilding activities where our new members can meet their colleagues in a relaxed and fun environment.

At MIM Group, we value our employees and are committed to providing them with everything they need to ensure their experience with us is exceptional from day one. Welcome to MIM Group, where every detail counts for your success!

MIM will showcase its innovations in the logistics sector during the Logistics & Automation Fair in Madrid

On November 27 and 28, IFEMA Madrid will be the epicenter of advanced logistics with Logistics & Automation, a key event that brings together the main players in the sector. This meeting covers everything related to warehousing, equipment, intralogistics, robotics, warehouse automation, traceability, software, and ancillary services.

In this context, MIM Group will have a prominent presence, presenting its latest solutions in logistics and intralogistics technology. The company will take advantage of the opportunity to demonstrate how its innovative solutions can optimize every stage of the logistics process, boosting efficiency to unprecedented levels.

An invitation to discover the innovation

Those interested in learning more about these cutting-edge solutions are invited to visit booth 7B20 during the fair. Event details and registration are available at the following link: https://register.visitcloud.com/survey/20mnyija46s2v?actioncode=NTWO000081CDC&partner-contact=16hb45woswv48

MIM Group invites all attendees to discover how its technologies can transform logistics operations in the age of automation.

In this article, we’ll discuss the API/HTTP request methods and how to use them. We’ll look at the reasons for using HTTP request methods such as GET, POST, PUT, and others. The topics we’ll cover in this post are:

HTTP Protocol
Client-Server Architecture
APIs
What is HTTP?

HTTP is a protocol, or a defined set of rules, for accessing resources on the web. Resources can be anything from HTML files to database data, photos, text, etc. These resources are made available to us through an API, and we make requests to these APIs through the HTTP protocol. API stands for Application Programming Interface. It is the mechanism that allows developers to request resources.

Client-Server Architecture

To understand HTTP methods, it’s important to cover the concept of client/server architecture. This architecture describes how all web applications work and the rules for how they communicate.

A client application is the part with which the user interacts and displays the content. On the other hand, a server application sends the content or resource to your client application. The latter runs in the backend and is constantly listening and waiting for requests. The main reason for this separation is to protect sensitive information and efficiency. We can consider the entire client application to be downloaded in the browser, and all data can be accessed by anyone who accesses your website. This architecture helps protect things like API keys, personal data, etc. Now, modern tools like Next.js and Netlify allow developers to run server code in the same application as their client application, without the need for a dedicated server application.

Client-Server Communication

Client and server applications communicate by sending individual messages as needed, rather than a continuous stream of communication. These communications are almost always initiated by clients in the form of requests. These requests are handled by the server application, which returns a response with the requested resource, among other things.

Why We Need a Server-Client Architecture

Let’s say you’re building a weather web app, for example. The weather app the user will interact with is the client app: it has buttons, a search bar, and displays data like the city name, current temperature, AQI, etc.

This weather app wouldn’t have each city and its weather information hardcoded directly into it. This would make the app bloated and slow, take forever to manually research and add to a database, and be a pain to update every day.

Instead, the app can access weather data by city using the Weather Web API. Your app would collect your user’s location and then make a request to the server saying, “Hey, send me the weather information for this specific city.”

Depending on what you want to achieve, you would use the various request methods available. The server returns a response with the weather information and a few other things, depending on how the API is written. It can also return things like a timestamp, the region in which this city is located, etc.

Your client application communicates with a server application running somewhere, whose sole job is to continuously listen for a request to that address. When it receives a request, it works to fulfill it, either by reading from a database, another API, a local file, or by performing a programmatic calculation based on the data you pass to it.

The Anatomy of an HTTP Request

An HTTP request must have the following:

An HTTP method (such as GET)
A host URL (such as https://api.spotify.com/)
A path to an endpoint (such as v1/artists/{id}/related-artists)
A request can also optionally have:

Body
Headers
Query strings
HTTP version
The Anatomy of an HTTP Response

The response must have the following:

Protocol version (such as HTTP/1.1)
Status code (such as 200)
Status text (OK)
Headers
A response can also optionally have:

Body
Explanation of HTTP Methods

Now that we know what HTTP is and why it’s used, let’s talk about the different methods available to us.

In the weather app example above, we wanted to retrieve weather information about a city. But what if we wanted to send weather information about a city?

In real life, you probably wouldn’t have permission to alter someone else’s data, but let’s imagine we’re collaborators on a meta-application.

This article from C de Comunicación explains the improvements to its FLOW Core fleet management software that Omron has used to increase flexibility and efficiency in logistics operations. One of these improvements is called Selectable Autonomy, which aims to boost flexible production in mobile robots. It has also integrated FLOW iQ, a fleet analytics engine that will improve the user experience with data collection and analysis.

This modification was made in response to changes in supply and demand as well as the current labor shortage.

Below is the link to the C de Comunicación article, which explains in more detail the new software improvements that Omron has designed and integrated.

How is Artificial Intelligence Changing the Way Distribution Centers Operate?

Artificial Intelligence (AI) is transforming the way distribution centers operate, allowing companies to optimize their processes and improve efficiency in inventory management and product delivery. In this article, we’ll explore how AI is changing distribution center logistics.

AI in Inventory Management

One of the main benefits of AI in distribution centers is its ability to improve inventory management. AI can analyze large amounts of data in real time and predict market demand for products, allowing companies to adjust their inventory levels and ensure there are always enough products available to meet demand.

AI can also help distribution centers optimize their shipping routes, improving efficiency and reducing transportation costs. AI can analyze real-time data on traffic and weather conditions, as well as order and delivery data, to provide accurate recommendations on the best shipping routes for each order.

Additionally, AI can detect patterns in data that humans would be unable to detect, helping companies identify opportunities to improve efficiency and reduce costs throughout the supply chain.

Robotics and Automation

AI is also transforming distribution center logistics through robotics and automation. Robots can be programmed to perform repetitive and dangerous tasks, helping to improve worker safety and reduce the time required to complete tasks.

Automation can also help distribution centers improve the efficiency of their processes. For example, robots can move products from one location to another within the distribution center, while AI algorithms can optimize the robots’ routes to ensure timely and efficient deliveries.

Furthermore, AI can help distribution centers predict equipment failures and problems before they occur, allowing maintenance and repair teams to act proactively to minimize downtime and reduce costs associated with repair and maintenance.

AI and the Future of Logistics

In short, AI is changing the way distribution centers operate by improving inventory management, optimizing shipping routes, automating processes, and improving overall efficiency. As AI technology continues to advance, we’re likely to see even more changes in distribution center logistics, allowing companies to operate more efficiently and profitably while providing better service to their customers.