Multi-Function Integrated Single-Station Spin Coating Workstation
for Comprehensive Pulp Molding Surface Treatment Experiment
Product Description:
This integrated workstation combines spin coating with pre-and
post-treatment functions in a single, compact unit. It is designed
for comprehensive lab-scale research on the entire surface
treatment chain for pulp molding, from plasma activation to coating
and IR drying.
Technical Parameters:
Composition of Production Line:
N/A (Integrated workstation). Comprises: Base frame with unified
control system, Atmospheric plasma treatment head, High-precision
spin coating module with chuck, Short-wave IR heating lamp array,
Optional safety/environmental enclosure.
Application:
Advanced laboratory research on complete surface engineering for
high-performance pulp molding products. Processes include surface
activation for adhesion promotion, precise functional coating
application, and rapid in-situ drying/curing.
Customization:
This is a modular platform. Users can select and customize which modules to integrate (e.g., plasma only, IR only, or both).
The process sequence and parameters for each module are fully customizable within the unified software.
Feature:
"All-in-one" design eliminates sample transfer between equipment,
enhancing experiment efficiency and consistency. Enables study of
synergies between surface activation, coating, and curing.
Support and Services:
Dedicated project engineer for configuration, on-site installation
& training, extended warranty, and joint application development
support.
Packing and Shipping:
Heavy-duty wooden crate with custom foam inserts for each module.
Full shipping and customs clearance support provided.
FAQ:
Q: Can I start with just the spin coater and add modules later?
A: Yes, the platform is designed for modular expansion. Future
integration of customized modules is possible.
Q: How effective is the plasma for porous pulp surfaces?
A: It effectively treats the top surface layer. We offer customized nozzle designs and process protocols for optimal results on
fibrous materials.
Q: What is the typical lead time for such an integrated system?
A: Lead time is typically 30-45 days after final configuration
approval, due to system integration and testing.
