PATENTED AUTOMATIC EMPTYER to allow the molding of all the pieces. The innovative geometry of the chain, entirely built in special anti-thermal material, allows you to maximize the thrust of the device, avoiding derailment. The device is electrically controlled in order to have manual controls for the quick emptying of the heating chamber and controls for the automatic cycle for the unloading and molding of all the pieces at the end of production, easily managed by the operator directly from the control panel. At the end of the emptying cycle, the chain automatically returns to the rest position, in the special housing built under the structure of the combustion chamber.

Device that guarantees the correct line-up of the discs for the advancement inside the heating chamber

Disc separator device. This device allows separation of hot discs having the thickness and which, by temperature, tend to stay stuck together, creating problems to press machine automatic cycle.
Available in two or four tracks versions.

Scrap Part Device. This ancillary product allows to scrap hot parts upstream the press machine. This is useful in those cases where the press machine is without scrap device or in case of limited room available.
Available in two or four tracks versions.

These distinguish for their extreme use versatility and conduction simplicity. Designed to allow maximum productivity with minimum overall dimension, these solve more and present needs of limitation in available room with increased quantity produced. These are suitable for precision heating of huge quantity of small, medium and large parts (maximum weight: 8 kilos/part).
Temperature regulation by proportional modulating action, allow ing temperature uniformity to be +/- 0.5% of preset value. Check up by thermocouple for entrance and central zones; by optical pyrometer for the exit zone. Direct heating by burners on the heating chamber vault and flame on tracks. Tracks stand on steel rods, non directly on refractory; these determines a more uniform heat transfer on tracks: less oxidation of the parts, preservation of graphite features (if used), less bending and longer lasting f tracks, easiness in cleaning the heating chamber hearth.
Six combustion chamber lengths are available: IGM2600 (2 zones) and from IGM3200 to IGM5100 (3 zones). where the model number states the length in mm. The chamber is provided with 3 Tracks having 120 mm wheelbase (pieces diam. 25-100 mm) or 4 tracks having wheelbase 80 mm (pieces diam. 25-60). Feeder/In-column device A1600 (pieces L.350).
Electrical switchboard and operator panel, both at the machine edge, included. Feed logics by PLC. Temperature regulation by microchip thermoregurator.
Availability of a huge number of optionals, according to specifying production needs.

Present on the market since 1984, these were improved time by time and distinguish for the very high number of installations and trials.
Temperature regulation by proportional modulating action, allowing temperature uniformity to be +/- 0.5% of preset value. Check up by thermocouple on one or two zones, according to heating chamber length. Direct heating by burners on the heating chamber vault and flame on tracks.
In 2G version, tracks wheelbase is 80 mm (pieces diam. 15-60mm) or 120 mm (pieces diam. 15-80), in 3G version, the wheelbase is 75 mm (pieces diam. 15-60 mm).
Four combustion chamber lengths are available: SO180, SO240 (1 zone) e SO240, SO300, SO360 (2 zones), where the model number indicates length in mm. The chamber is provided with 2 or 3 tracks according to required production and parts to be heated.
Feeder/In-column device AC (pieces L.100), As (pieces L.150), AL 8pieces L. 300).
Electrical switchboard and operator panel beside the machine included. Feed logics by electromechanical relays. Temperature regulation by microchip thermoregulator.

Devices for the correct repositioning of the pieces for enslavement to the press gripping arm