1. Large-capacity crushing chamberCrushing of large quantities of samples is carried out using a large-capacity cryogenic grinding chamber (75 ml). The sample chamber has a volume of approximately 75 ml, which is 1.5 times that of JAI's older product.。

2. Low noise and vibrationThe noise and vibration generated during crushing are significantly reduced. The interior of the equipment is soundproofed, making it quieter. Each grinding process consumes only 300 mL of liquid nitrogen, making it economical and practical.。

3. Multi-functional CrusherPlace the sample in the sample chamber and immerse it in liquid nitrogen for cryogenic grinding, enabling the pulverization of various samples such as polymer materials, various rubbers, electronic circuit boards, fibers, paper, wood chips, and other natural products as well as biological samples.。

4. Program SettingsBy simple program settings, the driving speed and crushing time can be configured. The device can save the crushing conditions you set.。

5. Multiple sample containersIn addition to the large grinding chamber (standard configuration), a four-link grinding chamber is also available. It can grind four different samples simultaneously. Each chamber has a volume of 15 ml.。

6. High efficiency:Improved operational efficiency: the settings for drive speed and crushing time enable a variety of programs.。

7. Easy to operateAnyone can operate it easily, and maintenance only requires adding lubricant a few times a year.。

8. Multiple sample containers75mL sample container (standard specification) and 120mL sample container (optional)。

9. Size reductionCompared to the JFC-2000, the size has been reduced by approximately 30%, making it easier to operate.。

10. Anti-vibration deviceThe new mechanism significantly reduces vibration during crushing, and is equipped with standard anti-vibration devices to further lower noise and vibration.。

Overall, the JFC-5000 cryogenic grinder is highly suitable for laboratory needs involving the cryogenic grinding of large quantities of samples, thanks to its features such as high efficiency, low noise, ease of operation, and versatility.