News electric blow-moulding machines for the production of canisters
- Energy-saving machine design with fast closing pressure build-up
- High-performance blow-moulding technology: Single-station production for up to 240 canisters per hour
- High flexibility with greater performance in canister production
The blow moulding machine manufacturer BEKUM is extending its electrical series EBLOW. The newest addition is the EBLOW 37 for packaging applications. It premiers at the K 2016 to specialists in the industry. As early as 2007 BEKUM presented the first electric blow-moulding machine at the K-Messe (plastics trade fair) in Duesseldorf. The continual development of the machine range was followed by the introduction of the EBLOW 07 series with patented C-frames.
The newest development of the Berlin technology leader is the EBLOW 37, a blow-moulding machine for high-performance production of blow-moulded articles, especially for canisters. With this model BEKUM is looking to win points in the packaging sector, particularly from producers who are interested in an energy-efficient, flexible machine solution tailored for high-performance.
Improved added value with the EBLOW 37
The EBLOW 37 design has its roots in the hydraulic machine range. For the Berlin company however, the future is now also electric. The goal of the new innovation was to take the experience from the manufacture of the EBLOW electric packaging machine series and combine it with the advantages of the proven BA 34.2 hydraulic canister machine. The hydraulic BA 34.2 has been successfully positioned in the market with over 200 machines. Now BEKUM is transferring this to an electric generation of machines, which offer a technically and economically attractive solution for producing articles between 10 and 35 litres. Typically, this model is targeted toward canister manufacturers all over the world. According to BEKUM, the high-performance EBLOW 37 provides canister manufacturers with the option of upping their added value through increased output volumes.
