Brand Name: Parris Packaging Machiney
Parris Packaging Machiney specializes in offering Automated Bottle
Filling Machine for different products, such as honey, cream, and
other food items. Our machines are designed with high-grade
stainless steel and are lightweight for easy installation and
maintenance.
Place of Origin: China
Parris Packaging Machiney is located in China and all our machines
are designed and manufactured in our own factory.
Certification: CE
Parris Packaging Machiney Automated Bottle Filling Machines are CE
certified for maximum safety and quality.
Minimum Order Quantity: 1 Set
Parris Packaging Machiney offers Automated Bottle Filling Machines
in minimum order quantity of 1 set.
Price: Negotiable
Parris Packaging Machiney offers Automated Bottle Filling Machines
at negotiable prices.
Packaging Details: Export wooden box
Parris Packaging Machiney packages Automated Bottle Filling
Machines in export wooden boxes for maximum protection.
Delivery Time: 15-35 days
Parris Packaging Machiney delivers Automated Bottle Filling
Machines within 15-35 days.
Payment Terms: T/T,L/C
Parris Packaging Machiney accepts payment through T/T and L/C.
Supply Ability: 20 sets per month
Parris Packaging Machiney has the capacity to supply up to 20 sets
of Automated Bottle Filling Machines per month.
Product Name: Automated Bottle Filling Machine
Parris Packaging Machiney offers Automated Bottle Filling Machines
for different products, such as honey, cream, and other food items.
Material: Stainless Steel
Parris Packaging Machiney Automated Bottle Filling Machines are
made of high-grade stainless steel for maximum durability and
efficiency.
Size: Customizable
Parris Packaging Machiney Automated Bottle Filling Machines are
customizable to meet the specific requirements of the customers.
Weight: Lightweight
Parris Packaging Machiney Automated Bottle Filling Machines are
lightweight for easy installation and maintenance.
Power Consumption: Low Power Consumption
Parris Packaging Machiney Automated Bottle Filling Machines are
designed to consume low power for maximum energy efficiency.
