Moldmak focuses its activity on the design / development, production and commercialization of Computer Numeric Control (CNC) machines to optimize the production process in the mold manufacturing sector.
Moldmak’s developed equipment main advantage comes from its multi-task capacity to do big millings, end-millings, drilling, tapping and deep hole drilling (gun drill & STS) and CMM (coordinate measuring machine). This allows to accomplish all mold’s milling and quality needs with only two setups.
The combination of a wide angular capacity with a rotary table, allows the machine to mill and drill in areas that are usually difficult to reach in the mold/part.
Moldmak offers last generation CNC digital servo controllers, with software applications that allows to monitor in detail and manage the production KPI’s, antecipating events and analysing process trends, with full compliance of Industry 4.0.
Commitment to mold machining process
Since its start, the company integrates a team with extensive national and international experience and with demonstrated results in the sector. In fact, it was the dissatisfaction with the functional limitations of the machines used in the mold industry, which created the opportunity to develop a new business project.
35 years of experience in manufacture and processes optimization for molds production
Aware of the strong competitiveness of the worldwide market for machine tool production and bearing in mind the requirement for quality and commitment to efficiency and sustainability, Moldmak is the result of more than 35 years of experience, research and development in the manufacture of molds. In order to distinguish itself from the competition by creating even more efficient production solutions, at the technical and economic level, Moldmak comes to fill an absence of solutions in the market of mold’s intelligent production systems.
MOLDMAK is 30% faster than conventional solutions:
• It reduces hand overs and setup times, leaving more available time to production;
• It shortens execution times due to the advantages of horizontal cutting and machining head capacity;
• At the end of each task there is a dimensional control that assures that only the geometrically validated part
advances to the next step