Carpentry: pillar of manufacturing and heart of an integrated service
September 19, 2025
Summary
La carpentry is a central and irreplaceable element of modern industrial manufacturing. It provides the physical foundations-frames, chassis, enclosures and supporting structures-on which complex machinery and technological plants are built in countless industries. Once tied to largely manual processes, today's state-of-the-art carpentry relies on technologies such as high-definition laser cutting, numerically controlled (CNC) bending and automated welding to ensure a level of precision and reliability unthinkable in the past. Its function goes far beyond simple mechanical strength: well-designed carpentry ensures safety for operators, proper thermal dissipation for electronic components, functional aesthetics, ease of maintenance, and full compliance with the most stringent international regulations. Working in this field means creating components designed from the outset to integrate seamlessly into complex systems that are intended to last. At MIBA, we have been working in this field for more than 45 years, combining the solid tradition of metalworking with the ability to provide complete, integrated solutions. Our approach transforms carpentry from simple machining to true strategic value-added for our clients, starting from materials consulting to the realization of ready, tested and integrated structures with impeccable logistics.____________________________________________________________________________________________________________________________
In the world of industrial production, the carpentry represents the invisible but essential skeleton of almost every technological product. Enclosures, frames, and chassis are not mere containers, but multifunctional elements that determine the safety, reliability, and longevity of an entire piece of equipment. While strength, precision and durability are the minimum requirements, today's challenges demand a holistic approach. A well-designed structure must, for example, ensure optimal thermal management. With the increasing miniaturization and power density of electronics, the ability of a chassis to dissipate heat becomes critical to prevent overheating and premature degradation of components. Similarly, in a world pervaded by wireless signals, the chassis must provide effective shielding against electromagnetic interference (EMI), a non-negotiable requirement in sensitive industries such as electromedical, telecommunications or automotive, where signal integrity is vital. Finally, the design must provide easy and safe access for maintenance operations, a factor that directly impacts total cost of ownership (TCO) and downtime for the end user.
The image of carpentry as a purely handcrafted activity is long gone. Industry 4.0 demands productions characterized by very high precision and perfect replicability on a large scale. Digital technologies have revolutionized the industry: laser cutting makes it possible to produce complex geometries with infinitesimal tolerances, numerically controlled (CNC) bending ensures identical angles and bending radii for thousands of parts, and robotic welding ensures uniform joints of high structural strength, overcoming the limits of manual craftsmanship. Integration with CAD/CAM systems creates a continuous digital flow from 3D model to physical part, dramatically reducing development time, minimizing the risk of errors, and optimizing material use according to lean manufacturing (Lean Production) principles.
Market demands on the carpentry industry: precision, flexibility and compliance
The global marketplace imposes a set of non-negotiable requirements on those involved in carpentry that define the perimeter of excellence.
Accuracy and consistent quality: millimeter tolerances are the norm. A hole out of position or an inaccurate bend can bring an entire customer's automated assembly line to a halt. Quality consistency is critical to ensure interchangeability of parts and enable manufacturing strategies such as Just-In-Time (JIT).
Versatility of materials: expertise cannot be limited to one material. It is crucial to be able to recommend and work with a wide range of options: from S235 or S355 carbon steel for high-strength structures, to different classes of stainless steel (such as AISI 304 for the food industry or AISI 316L for marine or chemically aggressive environments), to 5000 or 6000 series aluminum alloys, chosen for their optimal relationship between light weight, strength and thermal conductivity.
Production scalability: a strategic partner must accompany the customer throughout the product life cycle. This means having the flexibility to make early prototypes in rapid cycles, manage pre-series to validate processes, and finally orchestrate large-scale mass production while maintaining high quality standards and ensuring full traceability.
Regulatory compliance: compliance with regulations is a prerequisite for access to international markets. Certifications such as EN 1090, which regulates the production of metal structural components, or IEC and ISO standards for electrical equipment, are not mere formalities, but guarantees of safety, reliability and quality. Adherence to certified management systems such as ISO 9001 (Quality), ISO 14001 (Environment) and ISO 45001 (Health and Safety) testifies to the company's all-round commitment.
Each sector also presents unique challenges. Automotive requires robustness, light weight for energy efficiency, and resistance to vibration and thermal stress. L'electromedical demands maximum safety, biocompatible materials and surfaces that are easy to sanitize. Packaging and food require stainless, corrosion-resistant structures designed with "hygienic design" criteria to avoid residue buildup and facilitate cleaning. Top-notch carpentry must have the cross-functional expertise to excel in such diverse contexts.Our experience: 45 years of evolution in carpentry.
In MIBA, we have built our reputation on more than 45 years of experience, turning established know-how into a modern, high-tech industrial process. Our machine park is the heart of our production capacity and includes state-of-the-art laser cutting systems, high-precision CNC press brakes, machining centers, and TIG, MIG and robotic welding systems. This allows us not only to manufacture components, but also to apply in-house finishes and surface treatments, such as powder coating, which provides a durable aesthetic finish and superior corrosion protection.
In any case, technology alone is not enough. The real difference lies in people. Our technical specialists and process engineers bring decades of experience in solving complex problems, anticipating critical issues and optimizing customer designs. This proactive approach, combining human expertise with machine precision, allows us to go beyond simple execution, proposing improvements that generate value.
From design to finished product: a shared path
Our collaboration begins long before production starts. At the co-design stage, we apply the principles of Design for Excellence (DFX), specifically Design for Manufacturing and Assembly (DFMA). This means analyzing the customer's design to identify opportunities for optimization: we might suggest a modification to a bend radius to increase strength, propose the use of self-clamping inserts instead of welded nuts to speed up assembly, or redesign a component to make it from a single sheet of sheet metal, reducing scrap and welding. These small changes can have a huge impact on total costs, assembly time, and final product quality.
We operate with maximum flexibility, adapting to our partners' supply chain strategies. We can handle "full supply" productions, taking care of the entire process of material procurement and control, freeing the customer from management complexities. Alternatively, we operate in "contract manufacturing," supplementing our processes with materials supplied, in whole or in part, by the customer itself.
Total quality and the "Free Pass" guarantee
Quality is not a final control, but an integrated process. Our Quality Control Department, ISO 9001 certified, is equipped with advanced instruments such as coordinate measuring machines (CMMs), profile projectors and roughness testers. Rigorous checks are carried out at every stage: from verification of incoming material certifications, to dimensional inspection during production, to functional tests on the finished product.
This philosophy reaches its highest expression in our "Free Pass" delivery mode. Through statistical control processes (SPC) and complete traceability, we ensure such a high level of compliance that we eliminate the need for customer acceptance checks. For the customer, this not only means savings in inspection costs, but represents the confidence of being able to integrate our components directly into their assembly lines, enabling leaner and more reliable production.
Beyond carpentry: an ecosystem of connected services
For us, carpentry is the starting point of a much broader service, an integrated ecosystem designed to offer a single point of reference. Our services include:
Integrated logistics management: we offer custom packaging solutions to protect even the most delicate products, manage storage, and can integrate our systems with the customer's ERP to provide visibility and enable KanBan supply logics.
Complete assembly: Our expertise does not stop at the metal structure. We assemble subassemblies or equipment complex, integrating mechanical components, wiring harnesses, electronic boards, motors, and pneumatic or hydraulic systems. We deliver a finished, tested product ready for the next stage.
Industrialization support: We support clients in the delicate transition phase from prototypes to mass production, optimizing processes to ensure scalability, repeatability and cost-effectiveness.
Value for our customers: building the foundation for success.
We view each carpentry project as building the foundation upon which our customers build their products. Our experience in more than 20 industries enables us to apply "best practices" from one field to another, offering innovative and reliable solutions. Each structure we build is the result of a virtuous union of technological innovation, technical expertise and deep organizational capacity. For MIBA, carpentry is not just machining, but a complete service that sustains the most complex systems over time and ensures their perfect functioning, turning into a tangible competitive advantage for our partners.
