Packaging machinery and equipment, production line manufacturing groups and multinational companies
in many countries in the world are investing huge amounts of money and organizing professionals to carry
out development and research, and strive to accelerate the process of electromechanical integration of
packaging machinery and equipment. The key contents of its development and research can be summarized as
follows:
1. Develop energy-saving (water, electricity, oil, steam, etc.) and resource saving (raw materials,
auxiliary materials, etc.) consumption indicators and waste recycling machines.
2. Develop models with low energy consumption, high output power, good dynamic stability, low noise and
low pollution.
3. Develop a multi-functional packaging machine, which can pack square, rectangular, circular, elliptical,
triangular, pillow, strip, and odd shaped packaging materials.
4. Develop a multi-material packaging machine (filling machine, filling machine), which can be used for
multi-functional packaging of liquid, semi liquid, viscous, slurry and solid particles, particles,
powders, flakes, blocks, strips and odd shapes.
5. Develop multi-functional machines for packaging, filling, filling and packaging of a variety of base
material bags, which can be used for multi-functional packaging of paper, plastic, aluminum foil,
composite materials and other base materials.
6. Develop multi base material bag making machine, which can process and manufacture single multi-layer
paper bags and plastic film bags, aluminum foil composite bags and paper plastic composite bags.
7. Develop a variety of resin molding machines, a variety of resin extruders, a variety of film blowing
machines, and a variety of multifunctional machines for resin salivation.
8. Develop a production line with reduced dead weight, less occupied space, compact structure, convenient
installation and replacement, less maintenance and no (less) fault operation, as well as online rapid
repair and non-stop repair.
9. Develop a multi-range weighing machine, from gram to kilogram and from kilogram to tens of kilogram
(replace the weighing and hopper). In addition to improving the mechanical and electronic sensing
weighing, develop non-interference optical sensors to ensure the weighing accuracy of materials.
The development of paper, plastic, coating, printing and other equipment is also the demand of the
development of packaging machinery industry.
1. Develop a variety of corrugated corrugated units and production lines, which can produce A-type, B-
type, C-type and E-type corrugated cardboard production lines under the rapid replacement of butt swing
rollers.
2. Develop a variety of resin bi-directional stretching units and production lines, mainly replace the
extrusion rod, expand the coarse adjustment range of the die lip, and design relevant mechanical devices
such as length diameter ratio and bi-directional stretching ratio according to the performance of various
resins.
3. Develop a variety of coating machines, which can be used not only for blade coating, but also for air
knife coating and metering coating. At the same time, it can be used for different coatings of various
coatings, and the coating thickness can be fine adjusted.
4. Develop a multi-functional printing machine, which can be used for offset printing, gravure printing
and aniline printing (flexographic printing). It can not only print paper, but also print plastic film,
composite plastic, composite materials, aluminum foil (including vacuum aluminum plating) and other
packaging and decoration materials.
The development trend of packaging machinery and equipment involves a variety of industries. We hope
that our enterprises will mobilize all forces to tackle one topic after another, so that packaging
machinery and equipment will become the world's advanced ranks.
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