Automative Granulator Machine Lab for Medical and Pharmaceutical Use/Extruder/for Pesticides Stainless Steel

• Customization: Available
• Application: Chemical Industry, Clinical Diagnosis, Cosmetic Industry, Food Industry, Food Safety, Forensic Science, Pharmaceutical Industry, Medical
• Certification: CE
• Model NO.: SNZLB-10
• Control System: Push-Button Control
• Granule Size: 1 mm - 2 mm, Customizable
• Material: Stainless Steel
• Transport Package: Wood Carton
• Specification: Customized
• Trademark: MGM/SINO CHEMTECH/Customized
• Origin: China
• HS Code: 8479899990
• Production Capacity: 1-5kg/H

Product Description

Equipment material: stainless steel 304/316
Power supply: AC 220V/50HZ
Power: 0.2KW
Screen inner diameter: 80mm
Cutter speed: 0~70r/min
Particle diameter 0.6-2.0mm
Output: 1-20kg/h
Machine weight: 26KG
Dimensions: 370×240×485mm

Power supply	Power	Inner diameter of screen mesh	Grinding speed
AC 220V / 50Hz	0.2 kW	80 mm	0~70 r/min
Particle diameter	Production	Weight	External dimensions (Width x Depth x Height)
0.6~2.0 mm	1~20 kg/h	26 kg	370×240×485 mm

1,Scope of application
This machine is suitable for rapid rotary granulation of wet powdered materials for various experiments in production and research laboratories of pharmaceutical, healthcare, chemical, pesticide, and academic institutions. Powdered materials with adhesive (water) must have a certain degree of viscosity.

2,Structural principle
This machine has the structural characteristics of beautiful appearance, reasonable structure, small size, light weight, low noise, easy disassembly and assembly, and thorough cleaning.
Basic working principle: (see Figure 1, Figure 2)
This machine uses an S-shaped grinding knife and sieve
Wet powdered materials are placed in the cavities between the nets, and after rolling, the materials are extruded out of the sieve to form cylindrical particles.

The sieve is fixed, and the grinding blade rotates clockwise. During the rotation process, the cavity between the grinding blade and the sieve decreases, forcing the material to be discharged from the small holes of the sieve to achieve the purpose of granulation. The particle size is achieved by changing the sieve mesh with different pore sizes.