NMM multi-functional laboratory bead mill
NMM multi-functional laboratory bead mill
NMM multi-functional laboratory bead mill

NMM multi-functional laboratory bead mill

One machine multi-purpose high performance more finer grinding
Contact us now
Service Hotline:

0755-8176 6074/75/76

Partner of product development and small batch production

Boyee NMM multi-functional laboratory bead mill is a flexible platform for laboratory scale process development, to meet different grinding needs to achieve multi-purpose, it is the ideal choice of your product development and small-scale production.
  • Suitable for small scale R&D and production
  • Integrated design is more convenient
  • The machine adopts stainless steel structure, strong acid and alkali resistance
  • The experimental data can be scaled up to production
  • A variety of grinding structures and materials can be selected
  • The minimum grinding medium is 0.1mm
  • Convenient disassembly and assembly, simple operation

Technical indicators

  • - Fineness: 1μm to 30nm
  • - Solvent system: water-based, oil-based
  • - Solvent system: water-based, oil-based
  • - Viscosity: ≤100,000 CPS
  • - Grinding medium ≥0.1mm

Superior grinding And dispersion performance

TurboMax's self-developed turbine and rod and pin grinding system is a perfect combination of mechanics and hydrology. It can maintain a gentle and meticulous grinding process in the grinding chamber, providing you with nanoscale grinding and dispersion effect.

From small scale to mass production

The NMM multifunctional test machine supports the scale-up of experimental data to the NMM mainframe using the same grinding system for mass production.

Efficient and convenient, Blink and reconfigure

The NMM multi-functional experimental machine is ergonomically designed, easy to operate and can be disassembled and reconfigured in just a few steps.

Flexible configuration options

A variety of grinding chamber and structural parts material selection, carefully fit your personalized production needs.

optional Accessories and Functions

Grinding system: 1.TurboMax self-developed turbine structure; 2. Rod pin rotor structure; Discharge mode: filter static discharge

zirconia

Silicon carbide

Polyurethane (PU)

Tungsten carbide (alloy)

Specifications

model Volume of grinding chamber (L) Grinder driving power (kw) Decentralizer speed (r/min) Diameter of grinding medium (mm) Machine weight (kg) Overall dimension (mm) Product pictures
NMM-2L 实验机 2 4.5 0-2960 0.1-1 260 1200*800*1800 View
NMM-2L 实验机

* The picture is a display machine, subject to the actual equipment

NMM-2L 实验机

  • Volume of grinding chamber(L): 2
  • Grinder driving power(kw): 4.5
  • Decentralizer speed(r/min): 0-2960
  • Diameter of grinding medium(mm): 0.1-1
  • Machine weight(kg): 260
  • Overall dimension(mm): 1200*800*1800

Equipment characteristics:

This model is suitable for small-scale testing and formulation development in laboratory-scale processes, catering to different grinding needs with its versatile functionality. It can achieve a minimum grinding media size of 0.1mm, making it an essential equipment for your experimental work.

NMM-1L 实验机 1 2.2 0-2960 0.1-1 150 1000×580×1750 View
NMM-1L 实验机

* The picture is a display machine, subject to the actual equipment

NMM-1L 实验机

  • Volume of grinding chamber(L): 1
  • Grinder driving power(kw): 2.2
  • Decentralizer speed(r/min): 0-2960
  • Diameter of grinding medium(mm): 0.1-1
  • Machine weight(kg): 150
  • Overall dimension(mm): 1000×580×1750

Equipment characteristics:

Application industry
Return

* The picture is a display machine, subject to the actual equipment

NMM-90L filter screen nano sand mill

  • Grinding chamber volume (L): 98
  • Motor power (kw): 75-90
  • Disperser speed(r/min): 0-776
  • Medium filling volume(%): 60-80
  • Equipment weight(kg): 3050
  • Overall dimension L*W*H(mm): 3290x1478x1950

Equipment characteristics:

1. Turbine structure design;
2. The grinding chamber of super wear-resistant ceramic structure is designed without metal pollution;
3. Special mechanical seal, unique design, stable operation;
4. Small floor space, stable equipment and low noise during operation;
5. Special cooling circuit and application of high thermal conductivity materials can control lower grinding temperature;
6. Large flow circulation design.
7. Turbine structure design;
8. The grinding chamber of super wear-resistant ceramic structure is designed without metal pollution;
9. Special mechanical seal, unique design, stable operation;
10. Small floor space, stable equipment and low noise during operation;
11. Special cooling circuit and application of high thermal conductivity materials can control lower grinding temperature;

open cooperation share win-win

Contact us now

Contact us

Submit