Nano Agitator Bead Mill with Self Circulation & Optional 0.3 / 1.0 L Capacity - MSK-SFM-ABM-LD

MSK-SFM-ABM-LD is a compact agitator bead mill for wet grinding & milling of solid powders into nanometer range (2 μm - 200 nm) particles. It offers highly efficient milling with a narrow size distribution of milled particles.
MSK-SFM-ABM1000-LD offers a more efficient bead milling solution with a large 1000 mL milling chamber and improved processing technology.

SPECIFICATIONS 

Part Number	MSK-SFM-ABM300-LD	MSK-SFM-ABM1000-LD
Features	Highly efficient milling system that combines bead milling and centrifugal separation Wear and corrosion-resistant design for metal-free processing with a milling chamber and rotor made of ceramic Self-circulation with a closed system for circulation and multi-pass milling operation High-purity zirconia milling balls are included for immediate use	Our large-capacity milling system offers outstanding efficiency compared with earlier models. Highly efficient milling system that combines bead milling and centrifugal separation Wear and corrosion-resistant design for metal-free processing with a milling chamber and rotor made of ceramic Self-circulation with a closed system for circulation and multi-pass milling operation High-purity zirconia milling balls are included for immediate use.
Input Power	208 - 240 VAC, 50 Hz, single phase. 110VAC version is available via 1500W transformer 1.1 kW power	208-240 VAC, 50/60 Hz 4 kW power 208-240V, 3 phase, 50/60Hz is available upon request
Milling Operations	Motor speed: 600 - 2880 rpm programmable Milling chamber capacity: 300 mL Milling chamber material: Zirconia  Milling rotor design: Peg grinding system with a small length/diameter ratio Milling rotor material: Zirconia Milling media size: 0.3 - 1.4 mm 0.7 kg 0.3-0.4 mm high purity milling media is included, which fills up to 70% of the chamber	Motor speed: 2850 rpm Milling chamber capacity: 1000 mL Milling chamber material: Silicon carbide  Milling rotor design: Peg grinding system with small length/diameter ratio Milling rotor material: Zirconia Milling media size: 0.3 - 1.4 mm Slurry viscosity: 1-100,000 cps
Milling Media	0.7 kg 0.3 mm diameter YSZ mill ball is included for immediate use, Other sizes of YSZ mill ball is available upon request. Usually, the Milling ball vs Material is 7:3, and a small output particle requires a smaller milling ball.  Warning:  Max. the mill ball size is 1.4 mm (A larger ball may damage the mill chamber). It is the customer's responsibility to find the best parameter for your own sample by experiment.	Other sizes of YSZ mill ball is available upon request. Usually, the Milling ball vs Material is 7:3, and a small output particle requires a smaller milling ball.  Warning: Max. the mill ball size is 1.4 mm (A larger ball may damage the mill chamber). It is the customer's responsibility to find the best parameter for your own sample by experiment.
Self Circulation	Self-circulation with a closed system for circulation and multi-pass milling operation Separation filter net material: Tungsten Steel Separation filter net pore size: <0.3 mm	Self-circulation with a closed system for circulation and multi-pass milling operation Separation filter net material: 304 stainless steel Separation filter net pore size: 0.12 mm
Cooling	Recirculating Water chiller is required with < 16 L/min. Cooling water operating temperature: 8 - 12 °C Cooling water input pressure: 0.1 MPa Digital temperature-controlled water chiller with 16 L/min flow rate (See photo below) can be ordered at MTI at extra cost	Recirculating Water chiller is required with ~12 L/min. Cooling water operating temperature: 8 - 12 °C Cooling water input pressure: 0.4 MPa Digital temperature-controlled recirculating water chiller with 16L/min flow rate can be ordered at MTI at extra cost
Application Notes	Always use the equipment on a level & stable surface for the best performance and maximum safety If the liquid is spilled on the unit, first disconnect the unit from external power and then clean the unit with a cloth The equipment is NOT intended to use for dry milling of powders!  To avoid powder clumps and achieve the best milling results, 1) sieve the powder prior to milling, 2) mix milling media of different sizes, and do the milling