Sheet metal working is an industrial process involving the transformation of metal sheets into specific shapes and components through techniques such as cutting, bending and welding.

Theoretical skills are essential for those working in this field, as they enable a thorough understanding of the machining process and find the most suitable solution for each customer. After providing technical drawings, customers expect to receive the required parts. It is the carpentry company’s job to make the necessary decisions to produce the batches optimally, improving production times to the benefit of cost and punctuality. There is no single type of laser cutting; for example, a different technology is required to cut a thin aluminium sheet than for thick stainless steel. Marking and engraving processes also require specific methodologies that an experienced carpenter is familiar with. In addition, our technical team analyses the manufacturability of the part and determines the most efficient processing route.

The use of advanced machines for sheet metal working is a competitive advantage. Technological innovations improve the precision, ease and speed of work. Simonazzi Remo is always updating and adapting to the latest technologies and innovations.

Optimising the use of sheet metal and cutting parts very close together is only possible with state-of-the-art software capable of designing the best nesting on sheet metal. Optimal nesting reduces waste and speeds up production, allowing more parts to be made from a single sheet. This affects competitiveness and the ability to stick to job schedules, ensuring on-time delivery.

The most common materials include steel, aluminium, copper and metal alloys. Each material has different properties that influence the machining process and final application.

A thorough knowledge of metals is essential. Some processes, such as the laser cutting of aluminium, have long been reserved for a few carpentries. Aluminium, with its high thermal conductivity, can present melting problems during processing.
Our experience in handling this metal is solid and crucial to production. We have created a production system that combines advanced equipment, expertise and experience to ensure maximum customer satisfaction.

The main methods include laser cutting, water jet cutting, bending, stamping and welding. Each method has specific advantages depending on the requirements of the project.

Advantages include precision in production, the ability to create complex shapes, cost efficiency for mass production and versatility in the use of different materials.

The choice of thickness depends on the final application, expected mechanical stresses and strength requirements. It is also important to consider the chosen processing method.

Machined sheet metal is used in various industries, including automotive, construction, electronics, machinery and equipment manufacturing, and the fabrication of metal structures.

It is important to consider the environmental impact of manufacturing processes, such as energy consumption and waste management. Many companies are adopting more sustainable practices and technologies to reduce their environmental impact.

Quality is ensured through strict controls during the production process, the use of modern equipment and continuous staff training. Certifications such as ISO can also be an indicator of high standards in manufacturing.