Our medical waste shredder adopts planet gear speed reducer
driving; the blade is made of high-strength alloy steel, featured
by strong abrasion resistance and high strength etc.; differential
operation between axes has the functions of tearing, extrusion and
occlusion, etc. It is specially designed and suitable for shredding
medical waste materials such as discarded medical cotton, plastic
syringe, glass bottle, plastic bottle, packing bag and waste
plastic, etc. with the output up to 100-10000kg/h. Professional
design can be provided as required by customers.
It has the advantages of uniform discharging, controllable size,
high output and low noise, etc.
Generally used in the disposal of:
• Small medical equipment
• Clinical waste
• Drug waste
• Infectious waste
• Various plastic waste
• Latex material waste
• Syringe waste
working principle of medical waste shredder
Motor drive reducer through the bevel gear transmission, drive the
rotor shear rotation at low speed. Was uniform distribution on the
rotor after material into the cutting board with the stator cut
board of space, material cutting board with the stator cut by rotor
plate extruding and shearing and crushing, after crushing material
discharge from the bottom of the crusher .
feature of the medical waste shredder
- High efficiency, energy saving, environmental protection.
- Product design advanced and reasonable structure.
- The shear strength, discharging fine granularity.
- Speed is low, stable and reliable use.
- Discharging granularity is adjustable, wide application scope.
- Bearing adopts 6 seal protection, long service life.
- Shear plate wear small, long service life.
(1) Your inquiry related to our products or prices will be replied
(2) Our engineer will make machine placement chart according to
client’s workshop chart
(3) We provide 12 months guarantee since the date of bill of
loading. All products are passed strict test.
Double shaft shredder have been designed for a wide array of applications and
industries, suitable for shredding solid material such as E-waste,
metal, wood, plastic, scrap tires, packaging barrel. Pallets, etc.
And particularly well suited to the size reduction of bulky or
voluminous materials which could include contamination such as
metals or stones. Depending on input material and the following
process the shredded material can be used directly or go into the
next step of size reduction. It can efficient to increase the bulk
density and decrease the transportation cost. It is widely used in
industry waste recycling, medical recycling, electronic recycling,
pallet recycling, municipal solid waste recycling, plastic
recycling, tire recycling, paper making industry, etc.
Double Shaft Shredder has two rotors built into the machine that rotate at low speeds,
high torque and low noise. With the function of Siemens
microcomputer control system, it is possible to control
automatically start, stop. Automatic reverse sensors to protect the
machine against over loading and jamming.
|Cutting Chamber size C/D(mm)||300x470||400x470||600x480||800x480|
|Rotor Blade Diameter(mm)||Φ280||Φ280||Φ280||Φ280|
|Rotor Ratate Speed (r/min)||14.2||14.2||14.2||14.2|
|Rotor Blade Quantity (PCS)||15||20||30||40|
|Rotor Blade Thickness(mm)||20||20||20||20|
|Rotor Motor Powder(KW)||7.5||7.5||5.5+5.5||7.5+7.5|
|Cutting Chamber size C/D(mm)||610x580||890x580||890x736||1052x736|
|Rotor Blade Diameter(mm)||Φ320||Φ320||Φ430||Φ430|
|Rotor Ratate Speed (r/min)||14.2||14.2||14.8||14.8|
|Rotor Blade Quantity (PCS)||20||22||22||26|
|Rotor Blade Thickness(mm)||30||40||40||40|
|Rotor Motor Powder(KW)||15||18.5||15+15||18.5+18.5|
|Cutting Chamber size C/D(mm)||1213x736||984x948||1324x948||1624x948|
|Rotor Blade Diameter(mm)||Φ430||Φ514||Φ514||Φ514|
|Rotor Ratate Speed (r/min)||14.8||11.8||11.8||11.8|
|Rotor Blade Quantity (PCS)||30||20||26||32|
|Rotor Blade Thickness(mm)||40||50||50||50|
|Rotor Motor Powder(KW)||22+22||30+30||37+37||45+45|
1. The voltage about the power supply can be selected by the
customer’s specific requirements.
2. The shredder capacity can be influenced by the material
compostion and output size.