Overview

Laboratory Jet Mill

Laboratory jet mills are recommended for process and product research and development work. High fineness can be obtained with this mill, independent of the load in the air jets.

Laboratory jet mills are small, easy to disassemble and easily cleaned. All lab mills are of all stainless steel 304 or 316L construction. Sanitary-design lab mills are most popular due to their sanitary fittings and the fact that they are designed for ease of disassembly. Not even hand tools are required.

D97<2μm

Fineness Range

50g/h+

Small Batch

0°C

Temperature Rise

Laboratory Jet Mill

Features

Compact, cleanable, and configurable for hygienic environment.

Rapid Disassembly

Designed for high-frequency R&D environments, the system features a modular clamp-connection structure. This allows for complete disassembly of all contact parts in under 3 minutes without the need for specialized tools.

Small Batch Processing

Handles sample sizes from a few grams to several hundred grams, ideal for R&D, formulation development, and feasibility studies with minimal material waste.

Compact Footprint

Its "plug-and-play" design allows for easy integration into existing lab workflows or placement. Engineered with advanced acoustic insulation, the system operates at a significantly reduced decibel level.

Specification

Lab Jet Mill model specifications
Model Chamber Ø (mm) Capacity (g/hr) Air Consumption (m³/min) Working Pressure (MPa)
AS50 50 50 - 500 0.6 - 0.9 0.6 - 1.0
AS100 100 500 - 1000 1.6 - 2.0 0.6 - 1.0
LHC80 80 100 - 1000 0.6 - 1.5 0.6 - 1.0

* Capacity values are indicative and depend on material properties, target fineness, and operating pressure.

** The specific feed size depends on the chamber size and material hardness.

General Parameters

  • Achievable D97 < 2 - 10 μm
  • Feed Particle Size (max) ≤ 1 mm
  • Batch Volume 5 g - 1 kg
  • Surface Finish (Ra) ≤ 0.4 μm
  • Gas Type Air / N₂ / Ar
  • Certifications CE / GMP

Download Full Technical Datasheet

Get the complete specifications, and performance data in one document. PDF · ~2MB

Download

Applications

Designed for lab-scale R&D

Pharmaceutical application
Pharmaceutical

Drug Development

Ideal for micronizing Active Pharmaceutical Ingredients for dry powder inhalers. It achieves the precise particle size range required for deep lung deposition.

Battery material research
Battery

Cathode & Anode

Perfect for next-gen battery materials. Precision grinding optimizes particle distribution for better battery capacity and coating consistency.

Electronic Chemicals micronization
Chemical

Special Chemical

The contamination-free grinding process ensures that high-purity materials, such as rare-earth phosphors or ceramic slurries, maintain their optical and electrical properties.

Cosmetic Active Ingredients application
Beauty

Cosmetic Active Ingredients

Perfect for premium cosmetics. It reduces active ingredients to sub-micron levels, creating a transparent finish and a silky, non-greasy feel on the skin.

Lab-to-Production Pathway

Scale-Up with Certainty

01

Material Submission

Submit your material sample and key requirements. Our engineers review material properties (hardness, moisture, flowability etc.) to define the testing strategy.

SDS Review Sample Intake
02

Lab-Scale Trials

We run controlled jet milling tests at lab scale to evaluate grinding behavior, particle size distribution, and process stability under different conditions.

PSD Analysis
03

Process Parameter Mapping

Lab data is translated into a validated process window, including pressure, feed rate, inlet temperature, and classifier speed, ensuring stable and repeatable performance.

5-Day Turnaround
04

Turnkey Production Line

We design and deliver a full production-scale jet mill system with optimized parameters, ready for industrial operation, including installation and commissioning support.

1:200+ Scale Ratio
Lab Testing -- Results Delivered Within 5 Business Days
Request Material Trial

FAQ

Answers to the most common technical and commercial questions from procurement managers and process engineers evaluating lab jet mills.

Still have questions?

Our engineers are available for a 30-minute technical consultation.

Book a Consultation
How much material does a lab jet mill require?
Most lab jet mills can process a few grams up to several hundred grams per batch, depending on the model. Some are designed for as little as 50-200 grams for precious materials, while others can handle 1-2 kg per hour in continuous mode.
Is a lab jet mill easy to clean between samples?

Yes. Our lab jet mills have:

  • Minimal internal parts.
  • Rapid disassembly (often tool‑free).
Is your lab jet mill easy to install?
Yes, it is designed for straightforward installation. The system is pre‑assembled and tested before delivery, and clear setup instructions are provided.
Our material requires inert gas protection. Can you provide a custom design for that?
Absolutely. Every customer has specific requirements. Customized designs are available to match your specific conditions.