UNIVERSAL PACK MOD. NVP2 - Vertical sachet filling machine for powder used


Last availability: Feb. 20, 2024

Listing description

DESCRIPTION:
Universal Pack’s sachet machine is a vertical continuous-motion machine operating with rotary sealing rollers, to produce rectangular 4-side-seal or shaped sachets containing powder products. The machine, model NVP2, is an automatic vertical form fill and seal sachet machine, suitable for packaging granulated sugar, in predetermined doses, in sachets made of paper and polythene film heat sealed on all four sides.

SECTORS OF USE:
Pharmaceutical, chemical, cosmetics, food, dietary, medical devices, manufacturing.

MAIN FEATURES:
The machine can dose a large variety of products with extreme accuracy. Our continuous motion vertical packers are able to handle free-flowing powders, combining high speed with long-term dose accuracy. Our system guarantees the maximization of the output through a volumetric doser. Sachet machines for powders guarantee a compact solution that combines maximum productivity with a small footprint and includes high dose accuracy, lower product waste, ease of maintenance and cleaning. The machine is equipped with heating and thermostat, product agitator and vibrator. Machine components: Oscillating dosing unit, product containing hopper, heat sealing unit, film reel carrier, feed belt for packed product going out, control push-button panel. Laminate heat sealable film for sachet: paper + polythene.

Year: 1991

TECHNICAL DATA
Length mm 1700
Width mm 1600
Height mm 2150
Weight kg 900
Frequency Hz 50
Voltage Volt 380

PRODUCTION CHARACTERISTICS
Product dose 4-7 gr
Format last worked 50 x 70 mm
Speed 125-150 cycles/min.
Power 3000 Watt

This equipment is located in IT


Please note that this description may have been translated automatically.

Last availability: Feb. 20, 2024

Listing information

Manufacturer Universal Pack
Model NVP2
Year 1991
Country Italy Italy
Condition Good
Main category Process and Packaging
Subcategory Other Food Packaging
ID P402201013

Last availability: Feb. 20, 2024