Ramba Nucleos is designed for making lead cores used in full metal jacket or plated bullet production. Like its Mini version, it is also fed by lead wire, the difference being that it is equipped with an innovative forming system, consisting of a triple rotary die that can guarantee almost twice the production rate compared to the Mini.
The small-shot pressing machine RAMBA 115/380 has been designed to press small-shot from the lead wire that may be obtained by the RAMBA 114 extruding press or by any other suitable press or model.
The 1 Ton wire unwinding device can be connected to the small-shot pressing machine RAMBA 115/380 or to other similar equipment. It has been designed to unwind max 1 Ton wire of different size on specific coils. The small shot pressing machine RAMBA 115 /380 automatically controls unwinding speed.
RAMBA 122/01 has been designed for the automatic casting of cylindrical lead ingots (78 mm dia. – 200 mm long) to be used for the production of lead wire by means of the extruding press RAMBA 114.
MOD. 122/04G MAIN FEATURES RAMBA 122/04G furnace has been designed to melt lead alloys. Different heating systems available on demand.
RAMBA 128 is generally operated with a RAMBA 122/01 ingot casting machine and is designed to square lead ingots and eliminate eventual depressions caused by cooling shrinking in order to obtain a constant length.
The automatic wire-winding device RAMBA A1T usually works connected to our extruder RAMBA 114 or to other similar equipment. Winding speed is automatically controlled by the extruder according to its output. To avoid breaking and stretching of wire the device is equipped with a sensor to check the wire loop.
The RAMBA LEAD STORM is a shot dripping line for the production of shot from 1.5 mm to 3.5 mm. Capacity changes according to the size of shot from 150 Kg to 650 Kg per hour.
Ramba Mini Nucleos is designed for the manufacture of lead cores used in full metal jacket or plated bullet production. It is fed by lead wire, which is cut and successively introduced into a mold. Here it is pressed and successively ejected. The dies are easily changed according to customer requirements.
.avif){kind=small}
.png)
