Fully-electric blow molding machine KBB-Series
co-extrusionfor bottlesmultilayer

fully-electric blow molding machine
fully-electric blow molding machine
fully-electric blow molding machine
fully-electric blow molding machine
Add to favorites
Compare this product
 

Characteristics

Type
co-extrusion
Finished product
for bottles
Other characteristics
multilayer, fully-electric
Clamping force

Max.: 500 kN

Min.: 200 kN

Description

Maximum performance and minimum energy consumption: The all-electric extrusion blow molding machines from Kautex Maschinenbau are the benchmark for bottle and jerry can production. KBB machines will transform your production processes to high-performance production thanks to the shortest cycle and fastest change over times. The second generation, KBB evo, wins our customers over with even higher productivity alongside lower energy consumption and more attractive investment costs. All-electric extrusion blow molding machines don’t just set standards in terms of economy; they also do so in terms of ease of use. The use of master batch is reduced significantly from the 3-layer ReCo3 right through to the multilayer co-extrusion production process. This is because a large proportion of regrind can be returned to the production cycle. You will also be hugely impressed by the machines’ outstanding energy efficiency, proven in tests in line with the Euromap 46.1 standards. Many models achieve the highest energy efficiency classification of 10. KBB machines are available as single or double stations. The height of the clamping platens and the scope of the installation depth and the daylight opening represent a key distinguishing characteristic for the jerry can machines. The clamping forces of the bottle variants KBB40 to KBB100 range from 100 kN to 500 kN.

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.