Highest capacity on the market with multilane wrapping
Adaptable filling
The moulder can be fitted with a volumetric top filler, a volumetric bottom filler, a time elapse top filler, a pencil filler and back suction equipment. By changing the filling method (or sequence of filling methods) it is possible - and relatively simple - to produce an almost infinite variety of products. Pre-set recipes in the automation system recognise and adapt to the filling method that is in place at any given time.
Superior mould strip quality
Our ice cream mould strips are designed, manufactured and quality assured in order to withstand the harsh production environment and stress caused by frequent temperature fluctuations, all without jeopardising product quality and safety.
Nozzle plate 1500 A2
Brine is pumped at -40 through the nozzles of the nozzle plate, ensuring contact with the entire surface of the mould. This carefully designed process gives very efficient heat transfer, making production economical and ensuring reliable product quality.
Extractor tong
This small but vital component takes hold of the ice cream stick and pulls the product up out of the mould. It can adapt automatically to find the stick, and pulled it up with sufficient force to guarantee the product is removed and never dropped. Typically a wear part, this tong has a documented lifetime of approximately 10 years, and is used in both rotary and linear moulding lines.
Tong surveillance sensor
The sensor checks that a product is always pulled up out of the mould when it should be. If it does not detect a product, the operator is alerted and can make adjustments. To enable the ‘no-product no-wrap’ feature, a signal is sent to the wrapper telling it to wait for a product to arrive rather than creating an empty wrap. All errors are logged and, if they point to the same tong, a replacement can quickly be installed.
Five servo drives
The unit carries out a series of different actions: indexing of the moulds, extraction of the product, indexing of the tongs, dipping and lay down. Thanks to five built-in servo drives, the timing of these different actions can be controlled down to the millisecond, which is what makes reliable high speed production possible.
Automatic product removal
The system is designed to remove any products that remain in the moulds after extraction. This prevents contamination of the cleaning water and since it is automatic, does not require monitoring by operators.
Multi-tank flush and cleaning system
The mould cleaning system consists of four tanks. Completely fresh water is only added at the last spray system, which runs into tank 4, then 3, then 2 and then 1. In other words, used water is sent back into the system reducing the amount of fresh water needed by approximately 50%. Backwards flow ensures all lost product and residue is removed from the first tanks.