Compact Economic Roller w/ LCD Display for Ball Milling & Mixing (Ar Gas Compatible) - MSK-SFM-TR-2K

The MSK-SFM-TR-2K is a programmable tube roller with a timer setting, which can be used for powder/slurry mixing, ball milling, and rotary coating. and operates inside a glovebox with Ar gas.

Specifications:

Features	Eccentric rotation for optimum mixing Brushless DC motor for quiet operation and maintenance-free, long equipment life LCD display with user timer settings (Continuous/timer) This compact roller mill is suitable to use inside glovebox with both Ar and N2 gasses
Input Voltage / Power	100 - 240V, 50/60Hz 30W power
Roller Motion	Brushless DC motor with rocking & rolling motion Motor speed: 10 - 70 rpm programmable  Mixing timer: 1 - 1199 min programmable Operation type: continuous and timed operation (Attention: Considering the best interest of the service life of the motor & gearbox, the continuous operation period should be limited to <24 hours)
Roller Rod	6 roller rods Amplitude: 24mm Slit width: 7mm  Roller rods diameter: 30.5mm
Loading Capacity	Max capacity: 2 kg
Operating Temperature	5 - 40°C
Max Operating time in continuous mode	In continuous mode, the Tube roller runs until it is turned off. The recommended max time that any user runs it is for max 1-2 days time.
Accessories	Four 8oz ( 236 ml) HDPE Cylinder Bottles are included. Click here to buy more. A 500g pack of 3.0±0.2mm High purity YSZ milling balls (99.5% Yttrium stabilized ZrO2) is included. Click the link to order a different size.
Warranty	One year limited warranty with lifetime support
Size	Dimension: 475 mm L x 255 mm W x 105 mm H Roller size (length): 285mm
Net Weight	5.1 kg
Shipping Weight & Dimensions	13 lbs 23"x15"x9"
Video and Operation Instructions
Application Notes	Always use the roller on a leveled and stable surface for best performance and maximum safety. The roller works under Ar or N2 atmosphere. If the liquid is spilled on the unit, first disconnect the unit from external power and then clean the unit with a damp cloth.