Produktai skirti 2 t (3)

HYDRAULIC CUTTING MACHINE with double cut MOD. T.O.2 This two-blade cutting machine is fully automatic and is equipped with a monitor with PLC to control all comands and machining cycles. All the operator has to do is position the veneer pack to be processed and select the cutting size. The computer works out the cutting measurement, exploiting the maximum width of the veneer pack. The entire surface of the veneer packs is compressed by a massive pressure pad. The two blades simultaneously trim the pack to the measurement set. An electronic-hydraulic control unit helps ensure perfect parallelism between the surface and the pressure pad, guaranteeing high machining precision and reducing working times and costs. Emme-Elle hydraulic cutting machines are among the most respected on the market. This respect is based on the excellent quality on the materials used, easy operation, high cutting speed, high working precision, and robust structure which both extends working life and also guarantees the stability of machine itself. The cutting machines are equipped with all the safety devices specified in current accident-prevention standards, with anti-repeat push-buttons, safety guards and photoelectric barriers level 4. Thanks to the company’s long experience in the sector and ongoing reserch into modern materials, Emme-Elle cutting machines are kept constantly up-to-date to satisfy the customer’s every requirement.

(adatte al settore alimentare) Mescole utilizzate – shore 70 ± 5 NBR:colore grigio EPDM:colore nero SILICONE LIQUIDO LSR:colore rosso/bianco VITON®:colore azzurro PTFE:colore bianco

Cooperation with the designer The characteristics of Bossong anchorages are defined on the base of the specific parameters of each single project, as well as the dimensions of the hole they must be embedded in, that depend on the type of material constituting the substrate. The change of information relating to the knowledge of the building’s state of preservation and of the aims of the provided interventions, drawings and pictures, the pattern of cracks and deformations, as well as the design of interventions, are very important to define the type of anchor that better fits the application and also to evaluate the intervention from the economic point of view. Tests in place The need to give to design engineers the possibility of an assessment of the behaviour of injected anchors in a particular application and in a specific setting has lead Bossong to equip its technician with a mobile instrumentation that allows the execution of onsite tests.