| |
|
Some of the documents on this page are
in Adobe Acrobat PDF format for high quality print characteristics.
If you do not have the free Acrobat Reader plugin, you may download
it here.
|
|
|
|
|
|
C-720 Dispensing System
Precision Batch Dispensing for Semiconductor Applications
This product is no longer being sold as new.
The provided information is for reference only.
Designed for batch production, Century® 720
Series systems provide exceptional dispensing accuracy and reliability
for various semiconductor applications. Offering an unmatched combination
of cost-effectiveness, performance and flexibility, this CE-certified
system is optimal for low- to medium-volume production, as well
as lab and prototype environments. The Century 720 systems accommodate
a wide variety of fluids, processes and substrates used in today’s
rapidly expanding component packaging environment.
Features
- Fully enclosed,
CE-approved batch dispensing for a wide range of semiconductor
applications
- Fluidmove® for
Windows® software
for easy-to-use programming
- Configurable for
single- and dual-valve dispensing
- Linear pump with
encoder control available for highly accurate, high-flow rate
dispensing with better than 1%, 3 sigma accuracy
- Ergonomically
designed batch workstation
- Integrated mass
flow calibration to automatically manage fluid mass in spite of
viscosity changes
- Automated thermal
management for repeatable substrate heating and full temperature
control of fluid delivery
- Seamless transition
from Century batch dispenser to in-line Millennium systems when
production volumes increase
Recommended Application
Productivity Enhancements
- Low Air Pressure Alarm
- Low Fluid Sensor
- Hour Meter
- Light Beacon
- CAD Import
System Compatible Dispensing Pumps/Valves
- DP-3000
Linear Positive Displacement
Pump
- DV-7000
Heli-Flow® Auger pump
Brochure
| If you're planning to install an Asymtek
piece of equipment, please check with your Asymtek representative
for the exact dimensions. The dimensions shown in the following
brochures are subject to change between publication dates.
|
back to top
|
|
|
