Hello Baler Vertical Baler for Pet Plastic Bottle

• Application: Waste Paper
• Strapping Material: Iron Wire
• Packaging: Bale
• Automatic Grade: Manual
• Strapping Mode: Welding Type
• Packaging Material: Pet Bottle,Plastic Bottle,Waste Paper,Cardboard,Ne
• Model NO.: VM-1
• Driven Type: Hydraulic
• Structure: Pressure Strapping
• Model Number: VM-1
• Voltage: 380V 3hase 4wire
• Condition: New
• Capacity: 0.2-0.4ton/Hr
• Power: 7.5kw
• Conveyor: No
• Place of Origin: China
• Brand Name: Hellobaler
• Transport Package: Nude Package and Wooden Cases
• Specification: CE, ISO9001: 2008
• Trademark: Hellobaler
• Origin: Shandong, China
• HS Code: 8422400000
• Production Capacity: 1200set/Year

Product Description

Vertical Balers VM Series
Model: VM-1
Bale Size: 800*400*600mm
Cylinder: 125
Pressing Force: 10t
Density: 400kg/m³ (waste paper)
Bale Weight: 80-100kg/bale (waste paper)
Capacity: 0.2-0.4t/h
Power: 7.5KW
Machine Weight: 0.7t


Product Features
- For waste paper,cardboard,PET bottle,used clothing;
- Easy operation with button;
- Equipped with emergency button and Pressure relay;
- Require small power to operation.


Factory Introduction:
1. The leader of baler production, 30 years rich experience, more than 70% customers' choice;
2.3 workshops covers more than 200, 000 square meter;
3.60 sets of various types of testing instruments;
4. More than 300 employees, including over 40 senior engineers, 100 technicians;
5. The biggest baler equipment manufacture in China;
6. The first straw baler was produced here;
7. The protoplasmic of baling equipment standards;
8. ISO9001, TS16949, SGS certificate


HelloBaler Vertical Balers VM Series

Model/Data		VM-04	VM-1	VM-2	VM-3
Bale size	mm	800×400×600 Length is adjustable	800×400×600 Length is adjustable	1300×800×800 Length is adjustable	1300×800×800 Length is adjustable
Cylinder		ø125*2	ø125	ø160	ø160*2
Pressign force	T	20	10	30	60
Bale Weight	kg/bale	90±20	80±20	300±50	400±50
Capacity	t/h	0.3-0.4	0.2-0.3	0.6-0.7	0.8-1
Power	KW	11	7.5	11	15
Machine weight	T	1.2	0.7	1.7	2.1