• Compared with other brands of the planetary centrifugal mixer, MSK-PCV-300 has the following unique features:
• Mixing under vacuum for deaeration
• Dual containers for larger quantity
• Minimized contamination (no metal mixing blade)
• Sample Materials
• Nanopowders, ceramic powders
• Grease
• Slurry
• Paste

• Single Phase AC 208 - 240V, 50/60 Hz

• Maximum: 2000 W
• Motor Power: 750 W

• Planetary Centrifugal Vacuum Mixing
• The centrifugal force of rotation and revolution induces convection, homogenizing the materials
• With the vacuum pressure, submicron air bubbles can be efficiently eliminated from the materials

    

   

• Pumping Rate: 165 L/min
• Ultimate Vacuum: -95 kPa
• Built-in vacuum pump with integrated control

• Fixed speed ratio ( 0.6X between main plate revolution and container rotating )
• Sample Platen Rotation (revolution motion)：600 rpm - 2,000 rpm (adjustable)
• Container Spin (rotation motion)：360 rpm - 1,200 RPM (fixed at 0.6X of the revolution speed)

• Two standard containers and counter-weights are included
• Two 300 mL containers with gas vent, made of high-density Polyethylene ( Pic 1, 2 )
• Counter-weights (10, 20, 50 g) with adapter, made of high-density Polyethylene (pic 3)
• For ball milling application,  please choose stainless steel liner, which will reduce jar compacity to 200 ml  ( Pic 4)

     Pic. 1                  Pic.2      

    Pic. 3                    Pic. 4  

• Optional containers, which can be ordered at MTI at extra cost:
• Two 100 mL containers (not included) with adapter and gas vent, made of high-density Polyethylene
  
• Two 30 mL containers (not included) with adapter and gas vent, made of high-density Polyethylene
• 26 mm Dia. adapter for 30 mL syringe (not included), made of high-density Polyethylene
• Two 3-container-sets (7 ml, 16 mm ID x 90 mm H) in one adapter are available for high throughput research (6 samples per batch)
• You may order stainless steel container for ball milling application (Pic second to the right)
• You may also order stainless steel container with a thicker wall for smaller sized ball milling application (the rightmost pic)

                    

• Attention: Sample overload might damage the motor and/or cause spilling. Follow both the volume and weight limit when loading the 

• Store up to 6 programs in memory, as shown in Fig.1
• 3 programmable segments, as shown in Fig.2. For example:
• 800 rpm revolution speed (480 rpm rotation speed) for 60 sec;
• 1500 rpm revolution speed (900 rpm rotation speed) for 180 sec;
  
• 1000 rpm revolution speed (600 rpm rotation speed) for 60 sec.
• Maximum running time for each segment is 200 sec. Maximum total running time is 600 sec
• The rotation direction could be either clockwise (mode A) or counter-clockwise (mode B)

        
              Fig.1                              Fig.2

• Safety warning and interlocks are integrated. The unit automatically stops when
• The unit is overloaded with the sample
• The sample is loaded in an unbalanced way
• The top cover is opened

• One year limited standard warranty with lifetime technical support

• 400 mm (W) x 590 mm (H) x 580 mm (D)
•        

• 90 kg (200 lbs)

• 267 lbs
• 47"x39"x38"

• Always use the mixer on level & stable surface for best performance and maximum safety
• Do not use the mixer in a hazardous atmosphere, or with flammable, explosive, corrosive, poisonous material! Check the chemical resistanceof the container with the different material before loading the sample!!!
• Do not overload the mixer! Stop the mixing operation immediately if abnormal sound/vibration are observed
• Use a digital balance to make sure the sample loading is balanced before mixing
• Double check if the containers are mounted correctly and securely before mixing
• Do not open the cover lid until the rotation has completely stopped! Do not retrieve the containers and/or put hand close to mixing fixture while the rotation has not completely stopped!
• Only use the included containers for the mixing operation! Double check to make sure there is no foreign object in the mixer before mixing
• Please click underline to learn Centrifugal Force calculation.