Author: eduard.lecha

  • Critical Chain Project Management (CCPM)

    Critical Chain Project Management (CCPM)

    To coordinate the projects we use advanced software that applies the project management method of the critical chain (CCPM). The CCPM is a way of planning and managing projects that emphasize the resources (people, equipment, physical space) necessary to execute project tasks. It was developed by Eliyahu M. Goldratt. It differs from the most traditional methods that are derived from the algorithms of the critical path and the PERT, which emphasize the order of tasks and rigid programming. A network of critical chain projects strives to maintain level resources, and requires that they be flexible in starting times.

    How does it work?

    Unlike the critical path technique, the critical chain method proposes

    Take into account the interdependence between tasks and resources.
    Rationalize the duration of each task.
    In the critical path method, the delays of the tasks are overestimated to protect themselves from potential and unforeseen risks. Thus, to a task that normally takes two weeks to complete, a security margin of two additional weeks is added, thus increasing its total duration to four weeks.

    The problem is that tasks are rarely completed in advance, mainly due to Parkinson’s law, which says that every work tends to stretch until it occupies all the time assigned. Therefore, the person in charge of the task will take four weeks to complete it instead of the two weeks initially planned.

    Using the critical chain method allows you to complete your project with less delays and costs.

    CCPM benefits

    The CCPM reduces the time and cost of its projects.
    With this method, it quickly detects problems before they affect their projects and, more importantly, uses its resources more efficiently.
    To guarantee the success of this methodology, it is important to train and support its employees.
    The greatest advantage is the ability to deliver projects on time, or even before.

  • Introduction to APIs: The Mulesoft Approach

    Introduction to APIs: The Mulesoft Approach

    Every day we hear that we must evolve to the world of APIs, that we must leave behind the classic SOA. We hear about the advantages of this model and how developers can self-provide and reuse existing APIs. We also hear about how we can expose our business to partners through APIs, etc. But what is an API really? How do they be designed, and what do vendors offer to manage and operate them? We’ll introduce you to the world of application programming interfaces and how one of the leading API management vendors solves this challenge.

    What is an API?

    An API (application programming interface) is an interface that facilitates access to services or databases, allowing the interconnection of modules and applications, facilitating access to their backend and thus enabling the reuse of services.

    Through programming, it allows us to open data and functionality to other developers, companies, or even departments within the same company. Thus, it becomes the new way organizations will exchange data, services, and resources with both partners and the general public.

    What problems do they solve and what aspects should we consider?

    Connectivity: Their use allows for the remote connection of software components.
    Technological independence: The use of a given API does not necessarily have to be associated with the use of a specific technology (.NET, Java, etc.).

    Functionality: The generated and published APIs must meet a need and offer complete functionality.

    Security: The publication of certain functionalities to third parties entails this challenge.

    Scalability: Enabling services for use by third-party systems can lead to a significant increase in the number of calls to the system. The service exposed through the API must be implemented using easily scalable solutions.

    Agility to change: As the potential number of API users increases, so does the number of possible needs/improvements for them. The architecture created must facilitate the evolution of APIs and functionalities, allowing for a rapid response that meets the expectations of the large number of users and allows for a response ahead of the competition.

    Documentation: The API creation process is associated with a documentation and publication process. The goal is to have a platform, an API portal, where potential users can access all the necessary details for their use.

    Access levels: The use of APIs implies a level of service provided by them. To guarantee this level of service, it is essential to control the level of access to these APIs. This control can be used to monetize the service, allowing for the creation of different access levels and, therefore, different costs.

    How do we control all these aspects?

    We can define API Management as the process of publishing, promoting, and monitoring APIs in a secure and scalable environment. Furthermore, the term includes all resources focused on creation, documentation, and socialization. This concept is the key to the success of an API platform, as it will provide solutions to the problems we will encounter.

    What is Mulesoft’s approach to the world of APIs?

    Mulesoft has one of the market-leading products, Anypoint Platform, which not only aims to be a technological integration platform but also promotes an API management methodology that facilitates the use and reuse of its APIs.

    The “API-led connectivity” approach offered by the tool is a way of connecting data and applications through reusable and functionally complete APIs. These APIs are developed to perform a specific role by converting data into processes and offering different integration methods.

    The solution proposed by Mulesoft includes the three pillars necessary for API management in a single product:

    API Gateway
    API Manager
    API Portal
    Furthermore, by incorporating its own Runtime as well as numerous connectors to the most important systems on the market (Salesforce, SAP, Siebel, etc.), it also includes the capabilities of an ESB. It also covers the entire software lifecycle and includes a DevOps-oriented product approach.

    The “API-Led Connectivity” approach is based on the generation of reusable assets and a three-tier architecture, not only with proprietary components but also using hybrid architectures.

    1. API Experience

    This layer is used by consumer systems. It is consumer-oriented, facilitating and optimizing integration according to their needs. Furthermore, it is developed with consumer reuse in mind.

  • Innovating from people, the new paradigm for companies

    Innovating from people, the new paradigm for companies

    The main objective of our products and services is the customer experience. In reality, we propose solutions and execute them by leveraging people’s knowledge. We train people in mindfulness, and they have a schedule to address external requests and focus on their work. If a person experiences a distraction, they must be able to accept it and avoid it. They must have free time to develop their own ideas.

    The procedures and functions are meticulous and allow for a balance between the needs of the company, the person, and the market. We expect people to tell us what to do. There are no secrets, the work is clean, and there are no limitations—only the art of engineering.

    Quality is what the market is willing to pay, and our products or solutions are a perfect balance between price and benefits. By sharing, we connect with new ideas and find opportunities where we didn’t see them before. Sharing conversations with people beyond our sector or area allows us to discover a magical area, far from what we already know.

    There are many surprises behind each person, personal stories and lessons learned that, regardless of the field of work or other characteristics, are capable of inspiring. We must use global languages, create open spaces, without groups, where we win.

  • Robomap transforms industrial maintenance with AI and digitalization

    Robomap transforms industrial maintenance with AI and digitalization

    Industry 4.0 continues to transform production environments; however, many companies still face structural challenges in their maintenance departments. Data dispersion, slow response times, poor operational visibility, and outdated communication channels hinder the efficiency of technical teams. Given this scenario, MIM 4.0 360° (the MIM Group company) and its Robomap solution are positioned as strategic tools to lead the transition toward smarter, more predictive, and connected industrial maintenance management.

    Diagnosis of the Current Problem

    According to data and observations collected during the Robomap system implementation process, up to 40% of technicians’ time is wasted on non-productive tasks, such as searching for information, inefficient communications, or waiting for instructions.

    In response to this, Robomap emerged precisely to address these inefficiencies through a value proposition that integrates hardware, software, and artificial intelligence into a single modular system.

    Among the main problems identified in the industry are the following:

    Multiplicity of channels and excessive non-priority communication.

    Lack of visibility into machine status.

    Shortage of technicians, slow and decontextualized training.

    High time-to-repair (MTTR).

    Disorganized Big Data without relevant filters.

    Absence of predictive tools to prevent critical failures.

    Robomap: Connectivity, Automation, and Efficiency

    Robomap centralizes dispersed technical information and transforms maintenance processes through a robust digital structure. This structure directly connects technicians, machines, and supervisors.

    Thanks to AI algorithms trained with internal documentation, the system offers automated assistance in real time. It also recommends procedures and detects critical deviations in operating parameters.

    This architecture not only enables a reduction of up to 35% in mean time to repair and downtime, but also accelerates the training curve by 50%.

    Integration connects machines, people, and data in a coherent and results-oriented manner. This improves both the efficiency and quality of maintenance services. In particular, the use of digital channels such as WhatsApp and Outlook on smart devices replaces traditional walkie-talkies. This ensures more reliable and traceable internal communication.

    Furthermore, performance dashboards provide complete visibility into KPIs such as equipment availability, shift efficiency, and the percentage of incidents resolved in the first instance.

    Tangible Results and Key Metrics

    Robomap not only qualitatively improves daily operations; it also promises a measurable financial return. Some key figures include:

    Reduction in MTTR and increase in uptime by up to 25-35%.

    Savings of 10 hours per week per technical manager, thanks to data centralization.

    25% increase in operational technical performance.

    Up to 30% reduction in unplanned downtime through predictive maintenance.

    Initial technical training cut in half, with real-time support provided by AI.

    Conclusion: The future of industrial maintenance is already here.

    Robomap’s solution redefines the role of the maintenance technician. Now, this professional becomes an intelligent operator, supported by accurate data, contextual assistance, and seamless communication.

    The future of industry is moving toward hyperconnectivity and user-centric automation. In this sense, Robomap complies with these principles by offering a scalable, adaptable platform designed to maximize technical performance.

    Ultimately, with its comprehensive approach focused on continuous improvement, Robomap represents a key pillar in the evolution toward a more efficient, safe, and resilient industry. The maintenance revolution has already begun, and it is guided by artificial intelligence, data traceability, and precise action at the right time.

  • Cross-belt Sorters: Technology that Revolutionizes Sorting in Logistics Centers

    Cross-belt Sorters: Technology that Revolutionizes Sorting in Logistics Centers

    In the world of intralogistics, every second counts. Speedy order processing and accurate delivery are factors that define the competitiveness of any warehouse or distribution center. In this context, cross-belt sorters have gained prominence as an advanced and efficient solution.

    Their ability to handle large volumes of products with minimal human intervention makes them key allies for the modern logistics industry.

    Cross-belt technology for efficiency

    Cross-belt sorters use moving trays equipped with cross belts. These allow packages to be directed to their destination with high precision. The result: fewer errors, greater speed, and a much smoother operation.

    There are two main variants: horizontal and vertical. Each responds to different operational and spatial needs.

    Horizontal Sorter: Maximum Performance and Versatility

    The horizontal system is designed for operations requiring high speed and capacity. It can sort up to 20,000 items per hour, with a maximum weight of 50 kg per unit.

    It operates at speeds of up to 2.7 m/s and maintains a noise level of less than 68 decibels, ideal for demanding industrial environments.

    Key Advantages:

    High processing capacity

    Modular and scalable platform

    Low energy consumption

    Quiet operation

    Furthermore, it is easy to maintain, thanks to a basic mechanical principle. This makes it a cost-effective and reliable option for high-volume centers.

    Vertical Sorter: Efficiency in Small Spaces

    For facilities with limited space, the vertical sorter is the best alternative. Although more compact, it offers outstanding performance.

    It can process up to 12,500 items per hour, with a maximum weight of 35 kg, and speeds of up to 1.8 m/s.

    Key Benefits:

    Space savings without sacrificing efficiency

    Quiet operation (<72 dB)

    Easy maintenance

    Sorting capacity with double and triple racks

    Thanks to its intelligent design, it easily adapts to complex layouts or facilities with physical limitations.

    Strategic Benefits for Today’s Logistics

    Beyond technical performance, cross-belt sorters provide key advantages for logistics operations:

    Speed and accuracy in sorting

    Integration with automated systems such as robots and conveyors

    Error reduction through scanning and machine vision

    Optimization of operating space

    Reduction in labor and operating costs

    These factors contribute to a significant improvement in productivity and a short-term return on investment.

    Implementation: Key to Logistics Success

    Installing a cross-belt sorter requires strategic planning. It is essential to evaluate the type of merchandise, the order flow, and the available infrastructure.

    In this regard, MIM Patchworkservice offers personalized technical support to ensure successful implementation. With experience in customized solutions, the company is positioned as a key partner for companies seeking to optimize their supply chain.

    For more information and customized logistics solutions, visit www.mimpatchworkservice.com.

  • What is a laser welding machine and which one is best for your production?

    What is a laser welding machine and which one is best for your production?

    Laser welding has become a key technology for companies seeking faster, cleaner, and more precise welds. According to Future Market Insights, the global laser machinery market is growing at an annual rate of 5.7%, driven by industries such as automotive, aerospace, and metalworking.

    What is a laser welding machine?

    Technically, a laser welding machine is an industrial device that uses a concentrated laser beam as a heat source to melt and join materials with great precision. The laser generates extremely high energy density in a minimal area, allowing for welding with fine, deformation-free welds.

    Main components of a laser welder

    Laser source: fiber optic, CO₂, or Nd:YAG

    Welding head

    Electronic control system

    Cooling system

    Each technology has specific applications:

    Fiber optic: high efficiency, low maintenance, ideal for welding metals.

    CO₂: useful for non-metallic materials.

    Nd:YAG: Used in pulsed and highly reflective applications.

    Difference between laser welding and MIG or TIG welding

    Unlike MIG, TIG, or spot welding, laser welding offers:

    Fastener working speed

    Thinner, cleaner welds

    Less thermal distortion

    Greater precision and automation

    However, it requires specific technical training and a working environment with appropriate electrical and safety conditions.

    How to choose the best laser welding machine?

    When choosing laser equipment, consider the following criteria:

    Material type and thickness
    Although laser welding works with stainless steel and aluminum, the latter requires more power due to its high reflectivity and thermal conductivity.

    Fusion depth and bead width Define the type of joint and finish your piece or project requires.

    Production level

    Portable: For on-site work or large parts, lower precision.

    Manual: Versatile and practical for small or medium-sized runs.

    Automated (CNC or robotic): Ideal for high-speed, high-precision mass production, although it requires a greater investment and specialized programming.

    Technical Requirements of the Workspace

    Stable electrical installation (single-phase for 1500W-2000W, three-phase for 3000W)

    Fume extraction ventilation

    Certified eye protection for the operator

    Conclusion

    Currently, fiber optic laser machines are considered the best option for metal welding due to their high energy efficiency, low maintenance costs, and excellent beam quality. However, before making any investment, it is essential to test welding with your own materials and consult a specialized technical provider to ensure compatibility, safety, and maximum productivity in your workshop or industrial plant. At MIM Metall’s workshop, you can test different types of machinery and also receive appropriate training in laser welding, ensuring a successful implementation and an optimized process from day one.