
Automated 16-channel Powder Dispensing System- AM-PD16R
AM-PD16R is an automated powder-dispensing system for high-throughput and autonomous experiments in the condensed phase. This compact, glovebox-friendly unit is programmable via an LCD touchscreen and compatible with various types of powder quickly and accurately up to 100 g ± 1 mg. The modular design can be used solely for 16 samples per batch with different composition. It can fit an automated MTI materials preparation system for autonomous experiments for AI driven material science. The free software advances instrumental communication, data acquisition, and logging into a database.
SPECIFICATIONS
| Power |
|
| Material Feeding System |
|
| Feeding Capacity |
|
| Feeding Resolution |
|
| Feeding Accuracy |
|
| Sample Holder |
|
| Process |
|
| Compliance and Warranty |
|
| Optional |
|
More Images




Automated 16-channel Powder Dispensing System- AM-PD16R
AM-PD16R is an automated powder-dispensing system for high-throughput and autonomous experiments in the condensed phase. This compact, glovebox-friendly unit is programmable via an LCD touchscreen and compatible with various types of powder quickly and accurately up to 100 g ± 1 mg. The modular design can be used solely for 16 samples per batch with different composition. It can fit an automated MTI materials preparation system for autonomous experiments for AI driven material science. The free software advances instrumental communication, data acquisition, and logging into a database.
SPECIFICATIONS
| Power |
|
| Material Feeding System |
|
| Feeding Capacity |
|
| Feeding Resolution |
|
| Feeding Accuracy |
|
| Sample Holder |
|
| Process |
|
| Compliance and Warranty |
|
| Optional |
|
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
AM-PD16R is an automated powder-dispensing system for high-throughput and autonomous experiments in the condensed phase. This compact, glovebox-friendly unit is programmable via an LCD touchscreen and compatible with various types of powder quickly and accurately up to 100 g ± 1 mg. The modular design can be used solely for 16 samples per batch with different composition. It can fit an automated MTI materials preparation system for autonomous experiments for AI driven material science. The free software advances instrumental communication, data acquisition, and logging into a database.
SPECIFICATIONS
| Power |
|
| Material Feeding System |
|
| Feeding Capacity |
|
| Feeding Resolution |
|
| Feeding Accuracy |
|
| Sample Holder |
|
| Process |
|
| Compliance and Warranty |
|
| Optional |
|


















