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​Conception et construction des matrices

Propre département d’ingénierie et de fabrication de matrices.

​Chez TYRSA, nous sommes des designers spécialisés dans les matrices et nous sommes fiers d'offrir un service complet. Nous disposons d'un service d'ingénierie dédié qui gère chaque projet, de la conception à la mise en œuvre. Notre équipe d'experts travaille en étroite collaboration avec nos clients pour garantir que leurs besoins et spécifications sont satisfaits à chaque étape du processus.

Ce qui nous distingue est notre capacité à construire des matrices tant pour notre usage interne que pour des clients externes, dans le but de fournir des solutions sur mesure. Notre atelier de fabrication de matrices, doté d'une technologie de pointe et exploité par des professionnels hautement qualifiés, constitue le cœur de notre capacité de production. C'est là que chaque design prend vie, avec une précision et une qualité garanties dans chaque pièce fabriquée.

Que ce soit pour des projets au sein de notre entreprise ou pour des clients externes, nous nous efforçons de livrer des résultats exceptionnels. La combinaison de l'expérience, du dévouement et de l'accent mis sur l'excellence nous permet de proposer des matrices conçues et construites sur mesure pour répondre aux besoins spécifiques de chaque application.

Demandez une analyse gratuite de votre projet pour obtenir notre meilleure offre.

  • What is metal stamping?
    Metal stamping is a manufacturing process that uses tools and presses to transform sheet metal into three-dimensional parts through cutting, bending, drawing, and other operations.
  • What are the common types of metal stamping?
    Metal stamping can be hot or cold. At TYRSA we use the cold stamping system with mechanical presses. The most common types of cold stamping are: simple stamping (with a single stroke of the press), progressive stamping (multiple sequential operations on a sheet), and double-acting or coaxial stamping.
  • What industries is metal stamping used in?
    Stamping is applied in industries such as automotive, electronics, household appliances, among others, but we can find stamping parts in any industrial sector, for example in engines, car components, carpentry, electronic circuits...
  • What are the advantages of metal stamping?
    It offers high precision, fast production, lower costs at high volumes, the ability to work with various materials and the ability to create complex shapes.
  • What materials can be stamped?
    A wide variety of metals can be stamped, including steel, stainless steel, aluminum, copper (both DHP and ETP), brass, bronzes, nickel silver, beryllium alloys and other specialty alloys depending on the properties required for the final part. In addition, other materials such as plastics, fiber, polypropylene or nylon can also be printed. We can also work with tapes that have previous electrolytic coatings, either completely or selectively.
  • What is the difference between stamping and die cutting?
    Die cutting is a more general term that includes the stamping process, but can also refer to specific cutting or punching operations without necessarily forming the part.
  • What is the useful life of a stamping die?
    Lifespan can vary depending on material, die design, and usage, but well-maintained dies can produce thousands or even millions of parts before requiring replacement or significant maintenance.
  • How to select the right stamping process for a specific project?
    It depends on the complexity of the part, the quantity required, material selection and precision specifications. Consulting stamping experts is crucial to making the best decision.
  • What is the typical production time in metal stamping?
    Time may vary depending on the complexity of the piece, the type of stamping and the quantity. However, stamping is typically faster at high volumes compared to other manufacturing methods.
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