The spinning manufacturing mode is designed to produce glass items with d�cor and items with flared rims which meet highest demands in the surface quality. The spinning system may be combined with gob feeding and continuous casting (in combination with the horizontal movement of the telescope unit and the vertical movement of the lower servo-motor system).

The spinning mould is mounted onto the telescope unit, which moves the spinning mould into different positions. In the feeding position, the spinning mould is supplied with a precisely defined quantity of glass by the feeder. The telescope unit then moves the mould into the spinning station. If necessary, the shearmark may be re-heated by infrared burners, before the revolving mould lid and protective device is lowered and the spinning process is started. The mould lid and protective device are moved by the upper servo-motor system. The rotation profile of the spinning process (rotational speed and time) is based on a fully electronically controlled servo-motor system. The graphic tool of the MMC- software helps to adjust the spinning profile to the design requirements of the glass item and to achieve optimal parameters directly, while the movement parameters are precisely translated by the servo-motor system. All production steps, including the cooling time, are individually adjusted to the requirement of the article, since the production cycle is fully electronically controlled. Finally the glass item is fully automatically taken out.

The spinning manufacturing mode is designed to produce glass items with d�cor and items with flared rims which meet highest demands in the surface quality. The spinning system may be combined with gob feeding and continuous casting (in combination with the horizontal and vertical movement of the roundtable).

The roundtable is equipped with 2 to 20 stations. The servo-driven table allows to run production on varying numbers of stations for varying capacities. The roundtable moves the spinning mould into the feeding station, where the mould is fed with a precisely defined quantity of glass. If necessary, the shearmark may be fire-polished by infrared burners in an intermediate station, before the revolving mould lid and protective device is lowered and the spinning process is started. The mould lid and protective device are moved by the upper servo-motor system. The rotation profile of the spinning process (rotational speed and time) is based on a fully electronically controlled servo-motor system. The graphic tool of the MMC-software helps to adjust the spinning profile to the design requirements of the glass item and to achieve optimal parameters directly, while the movement parameters are precisely translated by the servo-motor system. After one or more cooling stations the finished glass item is fully automatically taken out.