MSK-SFM-16H is a compact dual-shaft planetary vacuum mixer. Compared to single-shaft models, the dual-shaft mixer comes with three segments of programmable mixing speed from 300 - 1500 rpm, which provides more uniform slurry mixing. It has a built-in pump for removing the gas bubble, which can vacuum the mixing container to - 75 KPa.

SPECIFICATIONS

Voltage Input & Power	Single Phase AC 208 - 240V, 50/60 Hz, 1300W 110VAC is available via a 2000W transformer
Rotary Speed	300-1500RPM, 3 segments programmable
Mixing Time	1-600min, adjustable
Slurry Viscosity	Max. 10000 mPa·s (cps) @ 1500 rpm
Mixing Containers	A 200 mL container is included in the standard package. Container with other volumes, such as 50ml, 500ml, and 1000 mL stainless steel 304 vacuum-sealed containers are also available upon request with additional cost. Please click here (MJ16HS) for more details. SS Container 50ml 200ml 500ml 1000 mL Effective Processing Capacity 15 - 50 ml 30 - 200 ml 60 - 400 ml 100 - 800 mL  Max. Rotation Speed 1500 rpm 1500 rpm 1500 rpm 1500 rpm Max. Revolution Speed - 500 rpm 500 rpm 500 rpm Dual helical ribbon mixing blades are built on the lid of the container. Cooling or heating unit for the slurry tank is available upon request. The customized temperature range is 0 to 150 °C.       Slurry volume is suggested to be in the range of 20%-80% total tank volume. If your slurry amount is too small, please contact MTI before making a purchase.
Vacuum Pump	Built-in single-stage vacuum pump Vacuum Level: -0.08 ~ -0.09 MPa
Control Panel	Touch Screen Control allows easy setting of parameters such as mixing speed, mixing time, vacuum on/off Note: Max. mixing speed depends on slurry viscosity. Max.10000 mPa.s is allowed at 1500 rpm. Lower speed will be required for more sticky slurry.
Compliance	CE certified CSA, UL, TUV, and MET certification is available upon request at extra cost
Application Notes	For the best result, please order a filter to remove larger particles in the slurry ( click the left picture to order ) Please click the picture to the right to see the quality of the slurry after mixing.