Our liquid and capping machines and monoblocs are the result of a modern design statement to satisfy the needs of a market requiring high performance, ease of format change-over and conformity with GMP norms.
The guarantee of easy cleaning and inspection is made possible by the excellent accessibility between the transfer area of the bottles and the machine bedplate.
The innovative design of the the different working stations allows for a correct application of laminar flow into the work area and rapid format change-over which can be easily repeated. The filling system (using volumetric or peristaltic pumps) is kept extremely accurate by the high level of technologies used.
The Siempharma solutions are designed to satisfy the different types of filling and capping criteria requested by the pharmaceutical, nutraceutical and cosmetic sectors. The placement of the cap can by carried out by means of positive movement, pick-off or robotic positioning.
For screw-on caps, pre-screwing and successive final closure is done using sophisticated closing heads characterised by electronic control of the screwing torque.
The monoblocs can be installed with up to three different capping units, suitable to guarantee the application of all the different types of caps used within the industry.
The reduced dimension of these machines, their flexibility and innovative design make them easily integrated in complete packaging lines.
AUTOMATIC LIQUID FILLING MACHINE RL-8 PISTRIX>>
AUTOMATIC FILLING-CAPPING MACHINE FS-4 HEPIUS>>
CAUTOMATIC FILLING-CAPPING MACHINE FS-2/4 ANGITIA>>
CONTINUOUS MOTION ROTARY CAPPING MACHINE RCM-100/200 TYPHON>>
AUTOMATIC CAPPING MACHINE AC-3 HEPIUS>>
Siempharma offers complete lines for injectable products in pre- filled syringes and vials, from the washing process of the primary container to resting the final packed product on the pallet. Siempharma combines its experience in machine production for sterile injectable products with the advanced technological robotic solutions. This winning combination results in the development of new solutions aimed at improving Laminar Air Flow uniformity and the cleanability of the most critical areas of machinery in the aseptic process.