The automotive industry is an important target market for Ses, with particular reference to the larger components like grids, dashboards and bumpers. This specialization and synergy with the sister company Esistampi can complitely assist automotive clients with the management of package multi-mould projects.
This is the biggest single-piece box ever made. The external dimensions are: 1222.4 mm (L) x 1222.4 mm (W) x 1333.5 mm (H), a tare weight of 81.6 kg (+/- 5%), moulded on an horizontal press from 8000T.
Despite the dimensional and structural complexity of construction, the mould started the production after a single trial.
Very high-performance pallet, both for what concerns the load, both for what concerns the impact. Made in two parts (top and bottom) welded together.
High performances are combined with a competitive weight thanks to a focused use of blowing agents.
The vast experience gained from Ses in the construction of bins for waste collection, allowed to find technical solutions relatively to the injection system and to the distribution of the pressures able to minimize both the item weight, and the cycle time.
It is one of the greatest injection single-piece bins ever made. The product has been industrialized to optimize both the structural and functional performance of the object, both the productivity and the reliability of the mould.
The indoor and outdoor furniture industry requires on the one hand production efficiency and space optimization and the other perfect aesthetics and functionality. SES is able to support operators in this sector to find the best compromise between the aspects mentioned above.
Ses has extendive know-how in the design, industrialization and manufacturing of moulds for different types of containers: insertable and stackable crates, folding crates, bottle crates, logistics crates, agricultural crates. The mould is designed to optimize manufacturing efficiency as a function of production volumes and machineries of the customer.
A particular specialization of Ses is the design and construction of moulds for folding boxes composed of several components. Of particular importance is the ability to engineer the kinematic mechanisms and the couplings between the components and to balance by rheological simulation the filling cavity with different geometry and weights.