top of page
Product Introduction
Product Introduction
Specifications:

Grinding Technology:

Max Frequency:

Temperature Range:

Capacity:

Grinding Ball:

Finish Powder (8 runs):

Feed-in Sample Size:

Weight:

Dimension (W x H x D):

 Accessoires Included:

Ball grinding, Vertical oscillation 

70 Hz

Liquid nitrogen (-196°C)

4 channel of 5 ml sample jar

9.6 mm stainless steel

5 micron

<8 mm

25 kg

260 mm x 470 mm x 380 mm

Liquid nitrogen reservoir, metal tongs, 4X 5 mm stainless steel sample jars, 5X 9.6 mm stainless steel grinding balls, sample rack and cover

Summary

A distinct advantage of analytical pyrolysis GC-MS (PY-GC-MS) in polymer analysis is a simplified sample preparation process by skipping the solvent extraction and concentration step. However, the challenging hurdle in the sample preparation for PY-GCMS is to homogenize the polymer samples, which would determine the reproducibility of the following sample runs. As the rule of thumb for PY-GC-MS, more homogenized samples would yield more reproducible data. Among various homogenizers, cryogenic ball mill has been proven to be a powerful tool in homogenizing thermally sensitive and elastic polymers. CDS Analytical has designed an economical and ready-to-use cryo-mill solution for such applications.

Product Features
Product Features
cryogenic grinding.JPG
Ball Grinding at -196 °C

The CDS Analytical's cryo-mill adopts ball grinding technique and allows the sample to be pre-cooled by liquid nitrogen to -196 °C

4 channel.JPG
High Throughput

The cryo-mill supports up to 4 sample jars. Each sample jar could host up to 5 grams of sample. 

vertical osillation.jpg
Vertical Oscillation

The cryo-mill could generate up to 70 Hz oscillation on the sample jar vertically to bring strong impact for effective sample grinding. 

8 mm feed size.JPG
5 micron Final Fineness

The sample jar could accommodate sample size less than 8 mm in diameter, and yield a final fineness up to 5 micron. 

touch screen.jpg
Built-in Method

The cryo-mill has a user-friendly interface with built-in method designed for Py-GC-MS applications. 

saftey lock.JPG
Safety First

The cryo-mill has multiple safety features built-in, including an automated locking mechanism when the cryo-mill is not balanced.  

Applications
Applications
Parts & Options
Parts&Options
Description
Part Number
Instrument
Cryo-mill for Polymers, ball grinding by impact and friction at liquid nitrogen temperature
6204-3023(115V)/6204-3024(220V)
Parts
9.6mm Stainless Steel Grinding Ball
6201-3026
Parts
5mL Stainless Steel Sample Jar
6201-3025
Parts
Rack Cover
6201-3027
Parts
Sample Rack
6201-3028
Parts & Options
Downloads
Downloads

Request form for manuals and software

Thanks for contacting CDS! Our specialist will contact you soon.

Pyroprobe Series

CDS 4000
CDS 4000

CDS's most cost effective single temperature Pyroprobe.
   

CDS 6200
CDS 6200

CDS's 6th Generation Pyroprobe with trapping capabilities for reactant gas apps.

CDS 6150

CDS's 6th Generation Pyroprobe with up to 10 programmed temperature steps​.

CDS 6150
DISC Module

CDS's DISC module provides the easiest way to load your pyroloysis sample. 

DISC Module
Autosampler Module
Autosampler Module

CDS's autosampler module with Dynamic Loading to improve productivity for any 6000 series pyroprobe.

CDS HPR

CDS's HPR Pyroprobe allows pyrolysis at elevated pressure with built-in reactor.

CDS HPR
UVSource6-1.jpg
Photoprobe

Photoprobe is a device that irradiates sample in the Drop In Sample Chamber with high intensity UV light

Cryo-mill

CDS's cryo-mill is a laboratory ball mill that grinds polymer sample in liquid nitrogen temperature.

cryo-mill thumbnail grey.jpg

Leaders in GC Sample Introduction Technology

bottom of page