VGM-50-AM is a programmable and automatic vertical impact grinder and mill for crushing, grinding, and milling sintered ceramic samples up to 0.1 microns. It can adapt various grinding jars from 1.5 ml to 50 ml and provide high energy impact force with an amplitude of 16 mm at 3000 times/ minute frequency. Milling time, rest cooling time and speed are programmable via a separate touchscreen box. This device can be used inside an argon gas glovebox and can achieve automatic ball milling via a robotic arm.
SPECIFICATIONS
Working Voltage |
- 110 - 240V AC, 50/60 Hz, single phase for universal use.
- 120W Max.
- 24VDC motor
- Compatible with Ar gas glovebox
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| Vibration |
- Frequency: 300 - 3000 per minute
- Time: 1 sec to 6553 sec.
- Milling time, rest cooling time and speed are programmable via a separate touchscreen control box
- Acceleration gravity: ~ 80 G
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| Material Feed Size |
≤ 8mm |
| Material Output Size |
~0.1 - 5 μm (may differ depending on the sample material) |
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Milling Jars/Balls
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- Standard Package:
- Two 20 ml alumina jars are included with several 5 & 10 mm SS milling balls ( Click pic left to order spare)
- 15 - 50 ml SS, Peek, Si3N4, and zirconia jar is available upon request
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15 - 50 ml SS Milling Jar
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10 - 50 ml PEEK jar
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20- 50 ml Si3N4 jar
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Zirconia jar
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Pneumatic Fixture
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- One pneumatic fixture on the top of the vibration mill to tighten the lid of the jar automatically
- 0.4 Mpa ( 40 bar ) gas pressure is required to drive the pneumatic fixture
- If using the outside glovebox, you may order a gas compressor at Pic.1 left
- If using an insider glovebox, please use an Ar or N2 gas cylinder
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Optional
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- RS485 PC port and software are available for running multi-device up to 8 units
- Robotic arm and software are available to load and unload mill jars jar automatically
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| Compliance |
- CE Certified
- NRTL certification is available at an extra cost
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| Application Notes |
- To reduce the milling jar and ball's contamination to sample, please fill at least 30% volume sample before milling, then start milling the powder sample at low speed, and let the sample coat on the surface of the jar and ball, then run at the high speed
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