Laboratory Nano Sand Mill XN-LSM
SKU: XN-LSM
Laboratory Nano Sand Mill XN-LSM is a self-circulating wet-grinding system for product development, quality control, and process optimization. It is designed to refine materials from the micron range toward the nanoscale.
The pump-free self-circulation design supports convenient cleaning, low material waste, rapid formulation changes, and stable laboratory operation.
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Name: Laboratory Nano Sand Mill
Equipment Type: Self-Circulating Laboratory Nano Sand Mill
Product Code: XN-LSM
Brand: Xnergy
Product Introduction:
The XN-LSM Laboratory Nano Sand Mill is designed for wet nano-grinding during product development, quality control, and process optimization. It supports refining materials from the micron range toward the nanoscale while providing grinding behavior intended to support scale-up evaluation for larger production equipment.
The self-circulating system does not require a separate feed pump, helping simplify material handling, reduce sample waste, and make cleaning and formulation changes more convenient. A PLC touchscreen provides operating control, while the main stirring components and inner chamber use ceramic materials to help maintain material purity.
Key Features:
Wet grinding from micron-scale feed toward nanoscale processing
Self-circulating system without a separate feed pump
Low sample waste and convenient cleaning
Rapid formulation and material changeover
PLC touchscreen operation
Ceramic main stirring components and inner chamber
Stable laboratory grinding for R&D and quality control
Polyurethane and silicon carbide material configurations available according to process requirements
Confirmed Configuration:
| Item | Description |
|---|---|
| Grinding Method | Wet nano-grinding |
| Circulation | Integrated self-circulation |
| Material Feeding | Pump-free circulation design |
| Control | PLC touchscreen |
| Main Wetted Components | Ceramic stirring components and inner chamber |
| Optional Material Configurations | Polyurethane or silicon carbide, according to process requirements |
Particle-Size Distribution Example:
The supplied reference chart shows an example particle-size distribution for lithium iron phosphate and graphite after grinding. Actual results depend on the feed material, slurry properties, grinding-media selection, processing time, and operating parameters.
Typical Applications:
Battery active-material grinding
Lithium iron phosphate and graphite research
Product formulation development
Quality-control sample preparation
Wet-process optimization
Electronic and ceramic material processing
Other contamination-sensitive nano-grinding research
Note: Final particle size and scale-up performance depend on the material, initial particle size, concentration, viscosity, media size and material, processing time, and operating conditions. Confirm the required wetted-part configuration and process target before ordering. Related equipment includes the XN-MS Nano Sand Mill, XN-VSM Ultrafine Vertical Sand Mill, XN-50EP Ceramic Three Roll Mill, XN-MT-120 Agate Mortar Grinder, and XN-PM-200 Disc Crusher.
