Composite film packaging machine

Composite film packaging machine
Model:020
Brand:Master
Origin:Made In China
Category:Industrial Supplies / Pharmaceutic Machine
Label:packaging machine , film packaging , packing machine
Price: US $1 / sets
Min. Order:1 sets

Product Description

Application:

Automatic soft stretch film vacuum packaging machine is fully automatic molding, vacuum, inflatable, seal packaging machine, suitable for medicine, food, hardware equipment and other industries.

Detail:

Machine includespower-assisted film transport structure, thermoformed structure, up film installation structure, vacuum sealing structure, the inkjet printing system, cross-cutting structure, slitting-cutting structure, the electronic control system (contain electric cabinet, PLC, touch screen, etc.)

1. The machine uses rigid aluminum and stainless steel materials, greatly improving the corrosion resistance of the equipment

2. Using a combined mold, easy to replace, the mold with water cooling system

3. With stable performance, long service life of SMC pneumatic components

4. The ultimate choice of high vacuum, high performance Germany BUSCH vacuum pump;

5. Electrical components is reliable performance, easy to operate

6. The use of optical tracking, you can choose the color of the cover film or film for packaging, reduce costs, improve product quality

7. Equipped with advanced automatic coding system

8. The use of advanced cross-cutting and slitting-cutting systems, replacement is easy to operate, with scrap recycling system

Main Technical Parameter(Automatic vacuum package machine):

Model

M-CFP686

Yield

6-8 pcs/min

Phase / Voltage / Frequency

3P/ 380V / 50 Hz; AC

Electric capacity

23KW

Application

Soft bag 100250 ml

Dimension  (L*W*H)

7800*1400*2040MM

Weight

2000Kg

Payment Terms:TT/LC
Composite film packaging machine 1

Member Information

Master Pharmaeqpt Corp.
Country/Region:Jiang Su - China
Business Nature:Trading Company
Phone:13852000000
Contact:tony (pharmaceutical eqpt.)
Last Online:10 Jul, 2019