tm100-tumble-mixer-open

LMTM100 Tumble Mixer

Three-dimensional tumble mixer for fast, uniform homogenizing of powders and granulates.

laarmann-tm100-tumble-mixer-closed laarmann-tm100-tumble-mixer-front

A three-dimensional mixer is a high-performance mixing device designed to blend materials homogeneously through multi-directional motion. Unlike conventional mixers, it employs a unique three-axis movement, combining rotational, translational, and rocking motions to achieve superior mixing efficiency. This technology is particularly suitable for materials with different densities or particle sizes, ensuring uniform mixing without the risk of segregation. Three-dimensional mixers are widely used in industries such as pharmaceuticals, food processing, chemicals, and materials science, where precision and consistency are essential.

The Laarmann Tumble Mixer offers better results than any other blender with reliable results and reduced mixing time. According to Schatz Geometric theory, the different specific gravity samples are placed into a closed container and kept rolling-over, inverting, rocking in a multi axial space until to the maximum uniformity.

Features and Benefits

  • 3D multi-axis mixing for reliable homogenization
  • Adjustable speed (20–100 rpm) for gentle or faster blending
  • Multiple container sizes (2 L / 1 L / 0.5 L)
  • Easy operation
  • Low noise and high handling capacity
  • Dust-free operation, no environmental pollution
laarmann-tm100-tumble-mixer-open-tree-dimensional-mixer-close-view

Technical Specifications

Applications separation of different materials, particularly minerals, by agitating a pulverized mixture of solids in liquids
Working principle Blending and mixing with three dimensional movement
Speed setting 20-100rpm
Setting adjustment method Control panel
Collector volume 2L/1L/0.5L
Power supply 220v,50/60Hz
Electrical requirements 200W
Power connection 1 phase
Standard CE
Protection code IP40
Weight 60kg
Dimensions (width x length x height) 496 x 640 x 375mm

Tumble Mixer working principle

The working principle of a Three-Dimensional Mixer revolves around its ability to move the mixing container in three simultaneous axes: horizontal, vertical, and rotational. This multi-directional movement generates a dynamic mixing process, causing the materials inside to continuously separate and recombine. The absence of fixed mixing blades minimizes material buildup and avoids dead zones, ensuring a consistent blend. The gentle mixing action is particularly advantageous for fragile or sensitive materials, preventing particle degradation while achieving uniformity.

Control Panel

The control panel of a Three-Dimensional Mixer offers intuitive and precise control over the mixing process. It includes a digital interface for setting mixing time and rotational speed. This user-friendly design allows for easy operation ensuring optimal performance.

Safety Features

Three-dimensional mixers is equipped with safety features to protect operators and ensure safe operation. These doors that prevent access during operation and stop buttons for immediate shutdown.

LM-TM100 Tumble Mixer FAQ (Frequently Asked Questions)

A 3D tumble mixer blends material by moving the container in multiple axes at once. This creates repeated separation and recombination of the sample for uniform mixing without internal blades.

It is designed for powders and granulates, including mixed-density or mixed particle-size materials that can be harder to homogenize with conventional mixers.

The LM-TM100 is adjustable from 20 to 100 rpm.

Standard collector/container volumes are 2 L, 1 L and 0.5 L.

Yes. Mixing is done in a closed container, supporting dust-free operation.

3D mixing is typically gentle because it avoids high-shear blades, helping reduce degradation of sensitive particles.

220 V, 50/60 Hz, 200 W, single-phase.

Applications

Three-dimensional mixers have a wide range of applications across various industries. In the pharmaceutical sector, they are used for blending active pharmaceutical ingredients (APIs) with excipients to ensure uniform drug formulations. In the food industry, they mix ingredients for seasonings, powders, and additives. In chemical and material science, they are employed for homogenizing powders, pigments, and composite materials. Their ability to handle delicate materials with minimal degradation makes them indispensable in sectors requiring high-quality blending.