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Vibration Ball Mill

TT-VB-1000 Vibration Ball Mill is designed for modern laboratory applications. It can process small amounts and large batch samples, for example, plant, animal tissue and small quantity sample in dry, wet or cryogenic conditions.

Applications

Crushing, mixing and nucleic acid extraction and sample preparation

Application Examples

Plant root, stem, leaf, grain, seed, human and animal tissue, viscera, bone, hair, mineral, soil, glass, ceramic, rubber, plastic, solid waste, electronic waste, paper, textile, chemical, medicine, food, etc.

Features

  • Extremely short processing times
  • Designed for high sample throughput
  • Universal and highly efficient grinding, blending and disruption
  • Wide range of grinding jars and accessories
  • Pre-setting of all working parameters, the result is repeatable

 

Technical Specifications

Feed Size

Less than 8mm

Final Fineness

Approx. 5µm

Batch Quantity

0.2-50ml

Vibration

200-2000 rpm, continuous

Frequency

Adjustable, digital

Reaction vial quantity

  • 4x2.5x2.6x2
  • 10x2
  • 12x2
  • 24x2
  • 96x2

Instrument dimensions

510x380x275mm

Packing dimensions

600x600x500mm

Net weight

34 kg

Power Supply

200-240V, 50/60 Hz, 200W

 

Different samples grinding parameters setting reference chart

Sample

Time setting

Sample tube

Grinding ball

Ball quantity

Pre-cryogenic

Corn

1-2 min

5ml pc

10 mm

1

No

Soybean

1-2 min

5ml pc

10 mm

1

No

Cotton Seed

1 min

2 ml

7 mm

1-3

No

Rapeseed

2 min

2 ml

7 mm

1

No

Rice, purple rice, millet

1 min

2 ml

5-7 mm

1-2

No

Rice shell

1 min

2 ml

5-7 mm

1-2

No

Beetroot

6 min

2 ml

3-5 mm

1-2

Yes

Wheat, corn leaf

30 second

2 ml

3-5 mm

1-2

Yes

Spore bacteria such as microorganisms

2 min

2 ml

0.1-1 mm

suitable

No

                    

Animal liver, brain

20 second

2 ml

5 mm

1

No

 

Grinding, Mix and Cell Disruption

The typical processing time of TT-VB1000 is 30 seconds. TT-VB1000 can prepare 2 or more samples from 0.2ml up to 50ml. It is designed as well for high-sample-throughput.