DIE CASTING MOLDS

We design and build high quality and precision die casting molds for metal alloys (aluminum, magnesium, zamak, and brass). This is thanks to a state-of-the-art machine park and the know-how of an experienced and qualified team. With SCS, the Client is assisted at every stage, from design development to delivery of the die casting mold, tested and ready for use in aluminum and other metal casting processes.

  • Design in co-engineering and together with the Client

    The Customer is at the center of the project, we listen to the requirements and with all departments develop the best solutions for each aluminum die casting mold.

  • Die casting molds up to 55 tons

    Our machinery is capable of making aluminum die casting molds up to a maximum of 55 tons.

  • Automotive and Industrial Specialists

    We make aluminum and alloy casting molds for numerous contexts. Over the years, we have specialized in technologically advanced areas such as the Auto sector and industrial applications.

  • Repair and maintenance

    We offer the Customer the opportunity to carry out periodic scheduled overhauls or repairs for damaged molds.

We have developed the projects of large Italian and foreign companies!

Why choose SCS

Numerous companies have turned to us for the design and construction of aluminum die casting molds. This is due to our Customer relationship ability and the company’s high technological development.

Our Clients choose us for:

  • Relationship skills for listening to the needs of the Client;
  • On-time deliveries, with production that can be monitored by the Customer at every stage;
  • Certification of raw materials and heat treatments;
  • Rigid testing phase for aluminum and alloy casting and quality control;
  • After-sales service with maintenance and repair of die casting molds;
  • ISO-certified quality and environmental sustainability system.

Attention to development and innovation, experience and reliability are just some of the reasons why our Clients choose us.

SCS has developed projects with major TIER1 and TIER2 suppliers of

How we design aluminum die casting molds

In the design of aluminum and metal casting molds, we support the Customer at every stage. This is through a co-engineering service that aims to achieve an exceptionally cost-effective product that effectively meets the company’s processing needs.

From the feasibility study to the last tests, each aluminum die casting mold we develop follows a quality cycle based on continuous monitoring and testing and constant updates with the Customer.

These are the steps we follow for effective design of die casting molds:

Main clients with whom we have developed projects

Fabrication and assembly of aluminum molds

Once the design is developed, the production phase is started, with the construction of the aluminum die casting mold according to the specifications identified together with the Customer. Our construction department can make large die casting molds with a maximum weight of 55 tons.

Construction of Die Casting Molds

These are the main steps we follow in the construction and manufacture of molds for aluminum and metal alloys:

material input

All materials used to make die casting molds undergo various tests and quality checks. Only those products that pass the checks proceed to use in the order.

block preparation

Once the steel is received in raw form, the work of squaring and flattening the molding parts used in the die casting and all the components accompanying the mold is begun.

drilling

When the mold blocks are squared off, we proceed with the drilling stage, including the making of the cooling circuits. The cooling circuit is a key component in aluminum molding, ensuring precise and quality die casting processing.

Roughing

After the drilling stage is finished, the blocks are transferred to the roughing department where milling and rough turning of figure impressions are carried out.

heat treatments

Plugs, inserts and other molding parts are heat-treated by certified and qualified suppliers. This is done to obtain a mold with superior characteristics when die casting aluminum and other metals, with products characterized by better hardness.

finish

Upon return from heat treatment, the stamped parts undergo finishing milling operations. At the end of these operations the parts are dimensionally finished and sent to Quality Control.

Check

Finished mold parts undergo dimensional inspection by laser scanning. State-of-the-art tools are used to evaluate part dimensions, relating them to the mathematics developed.

We have developed the projects of large Italian and foreign companies!

Die casting mold assembly and testing phase

We test each mold before delivery. In this way, the Customer will receive a mold that is fully functional and ready to be used in the company’s aluminum and other metal stamping processes

Mounting

Mold components are assembled together to test their perfect operation in die casting of aluminum and other alloys. Using die test presses, mold closures are tested, testing them at strategic points with centesimal and Prussian blue probes.

Dimensional control

When the mold is fully assembled, we perform an additional laser scan to confirm the dimensional conformity of the mold.

Eight assembly stations and three die-testing presses allow for the best possible testing of dies, ready for die casting and molding processes.

Quality control

Each component of the aluminum die casting molds undergoes functional testing to verify its quality and certify its consistency with the Customer’s needs.

Specifically, cold and hot checks are carried out on the temperature control circuits of the various parts up to a temperature of about 100°, cylinder leakage checks up to a pressure of 260 bar, and dimensional checks with reports that we provide to the Client.

Who we make die casting molds for

With forty years’ experience and thousands of molds made, we have become the reference point for many companies in need of high-performance die casting molds. We actively co-engineer with the Customer by developing the preliminary design so as to guarantee the performance of the mold and prevent any future problems.

Contact us

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