The CIMEC rotary rinsers are designed with the most advanced technologies, can be supplied in a “free standing” version or combined with the filler in a single block. You can combine different types of treatments (single or multiple), and have fixed or mobile nozzles penetrating inside the bottle neck. The range also includes an electro-pneumatic version designed to allow the machine user to vary the cycle times of the various functions. These parameters are timed, in thousandths of a second, so as to make each phase constant, even when the speed changes, without requiring manual intervention by the operator.
CIMEC’s gravity, light vacuum and high vacuum fillers are built according to the most advanced technologies, they can fill still products with gravity or light vacuum, having a wide range of available filling valves. There are many advantages to filling using light vacuum, better priming and absence of dripping. An optional system allows these valves to prevent air from entering the tank preserving the product’s integrity against oxidation and microbiological pollution. A high vacuum system is applied for very dense products which exploits the difference in pressure between the filler tank and the bottle. Constant research has allowed CIMEC to create, besides the traditional machines with gravity filling and light […]
With the range of isobaric fillers, CIMEC boasts consolidate bottling process know-how. The machines are produced using the most advanced technologies, guaranteeing reliability and precision for the user. Both carbonated and still products can be processed with isobaric fillers with a wide choice of filling valves to be used according to the characteristics of the product to be bottled. The constant request of FLEXIBILITY from the customers has led CIMEC produce a new electro-pneumatic filler. This project has focused on in the filling valve. The various phases are timed by the operator creating various recipes. This guarantees the best result in terms of performance and the safety of repeatability of […]