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LAB MILLS

Top entry industrial lab millTOP ENTRY INDUSTRIAL LAB MILLS

KADY® LT2000 Rotor-Stator High Speed Dispersion Lab Mill

The newly engineered LT 2000 is an efficient, top entry, rotor-stator, high speed dispersion lab mill, offering almost unlimited mixing/dispersion combinations. New design features include:

Top Entry Lab Mill Features

  • Enclosed shaft for deaerating capabilities
  • Decreased aeration
  • New prop mixers for increased flow
  • Results correlate to the entire line of KADY® industrial mixers
  • Continuous Flow mixers or Batch-Fast mixers, Fine Dispersions
  • Unique KADY® high-speed rotor-stator dispersion head
  • Integrated control panel offers variable speed & temperature control for all your mixing needs
  • Continuous thru put rates of 3 to 5 GPM, or batch operation 1 pint to 3/4 gallons
  • Requires only 1.48 sq. ft. of space, options: vacuum, pressure, interchangeable dispersion heads, sweeparm, jacketed vessels for heating and cooling or use your own vessels

Bottom entry industrial lab millBOTTOM ENTRY INDUSTRIAL LAB MILLS

Model LB

The Model LB is a fast, efficient unit for all types of mixing and dispersion needs. The results from this bottom entry unit correlate to the entire line of KADY® Mills. The LB is used in many plants for formulating for all plant production mills.

Bottom Entry Lab Mill Features

  • The LB has a batch working capacity of one U.S. gallon.
  • The unique KADY® dispersion head consists of a slotted stator inside a rotor and works on a theory of impingement.
  • All wetted parts are standard in stainless steel.
  • The Model LB requires only 1.41 square feet of space.
  • The Model LB is equipped with a 3 horsepower motor.
  • Custom engineering is available to meet your specific needs.
  • Dispersions are made in minutes permitting sameday delivery of samples to customers.
  • A one gallon stainless steel water jacketed vessel for heating or cooling is standard. Options include vacuum/pressure and high temperature jackets.
  • Dry mixing blades and /or dissolver blades are optional.
  • Vacuum operation is optional.

Process Correlation and Scaling Confidence

Both LT2000 and Model LB are built so results translate to larger KADY mills. Matching rotor/stator geometry, tip speed, and feed patterns reduces scale-up risk and provides reliable production targets for particle-size distribution, dispersion uniformity, and throughput. Use lab trials to optimize rotor tip speed, stator clearance, and propeller selection before committing to tooling or full-scale equipment purchases.

Options, Materials, and Cleanability

Available options include vacuum and pressure-rated configurations, interchangeable dispersion heads, jacketed or insulated vessels for thermal control, and sweep arms for improved mixing in small volumes. Wetted components are available in stainless steel and alternate alloys to address corrosion or sanitary requirements. Units are designed for straightforward disassembly, cleaning, and maintenance to support fast changeovers and minimize cross-contamination during development work.

Frequently Asked Questions

What Are the Typical Throughput Ranges for the LT2000 And Model LB?

The LT2000 supports continuous throughput of roughly 3–5 GPM and small-batch operation from about a pint to 3/4 gallon; the Model LB has a one-gallon working batch capacity designed for rapid lab-scale formulation.

How Do Lab Results Correlate to Full-Scale Production?

Lab mills replicate rotor-stator geometry, tip speeds, and feed patterns used in production machines so particle-size, dispersion uniformity, and energy-per-pass metrics scale predictably when tip speed and clearance are maintained.

Can These Units Operate Under Vacuum or Pressure and Support Heating or Cooling?

Yes, both models offer optional vacuum and pressure capabilities and can be fitted with jacketed vessels for heating or cooling to accommodate degassing, temperature-sensitive chemistries, and accelerated reactions.

What Cleaning and Material Options Are Available for Sanitary or Corrosive Formulations?

Wetted parts are standard in stainless steel, with alternative alloys available for aggressive chemistries; units are designed for easy disassembly and cleaning, and options like quick-release clamps and polished internals support sanitary requirements.