Precision R&D & Pilot Spin Coating Station for Pulp Mold
Prototypes - Ultimate Process Control
The Precision R&D Spin Coating Station is engineered for
laboratories, pilot plants, and manufacturers engaged in new
product development and small-batch production. This system
delivers exceptional control over all coating parameters—including
spin speed, acceleration, dispense volume, and atmosphere—enabling
comprehensive testing and optimization of biodegradable coatings,
nanocomposites, and functional layers on pulp molded substrates. It
serves as the critical tool for achieving repeatable,
publication-grade results and scaling new formulations from
laboratory research to industrial production.
Technical Parameters
| Parameter | Details/Range |
|---|
| Model Series | SC-RD-PRO Series (Customizable) |
| Chuck/Mandrel Size | Standard 100mm vacuum chuck, custom fixtures available |
| Spin Speed Range & Accuracy | 100 - 8000 RPM, ±1% of set point |
| Spin Acceleration Control | Fully programmable (e.g., 100 to 1000 RPM in X seconds) |
| Dispense System | High-precision syringe pump or piezoelectric droplet dispenser |
| Control Interface | Advanced PC Software with full data logging and profile programming |
| Optional Features | Solvent cover, nitrogen purge port, heated chuck |
| Footprint | Compact benchtop design |
Production Line Composition
Functions as a standalone R&D workstation or pilot-scale
module: Prototype Mold → Precision Spin Coating Station → Analytical Curing (e.g., UV lamp, hotplate) → Testing &
Measurement.
Application
Ideal for R&D in advanced pulp molded products requiring
functional coatings (conductive, super-hydrophobic), testing new
barrier materials, and low-volume production of high-value
specialty items.
Customization
Extremely flexible and customizable for research requirements. Options include various chuck types,
integration with glove boxes, custom software features for specific test protocols, and selection of
dispensing systems for low-viscosity or particle-filled slurries.
Key Features
Exceptional Parameter Control: Precisely control every aspect of
the spin cycle to study its effect on film formation.
Data-Driven Development: Software logs all process parameters for
perfect experiment repeatability and analysis.
Scalable Results: Processes developed here can be directly
translated to parameters for our high-throughput production
machines.
Versatile Platform: Adaptable to a wide range of substrate sizes
and coating materials beyond standard pulp molds.
Research-Grade Components: Built with precision motors, sensors,
and controllers for reliable, accurate performance.
Support and Services
- Dedicated application scientist support for experimental setup
- Detailed software training and programming support
- Access to technical library and application notes
- Calibration services and performance verification
Packing and Shipping
- Shipped as a fully assembled, calibrated benchtop unit
- Packed in high-quality foam-in-place packaging within a sturdy
cardboard box
- Includes a comprehensive calibration certificate and startup guide
Frequently Asked Questions
Q: Can this machine help us determine the right spin speed for our
new coating formula?
A: Absolutely. Its precise control and data logging allow you to
run a matrix of experiments (e.g., speed vs. thickness, uniformity)
to quickly identify the optimal process window for any new slurry.
Q: Is it suitable for coating very small or irregularly shaped pulp
prototypes?
A: Yes. We can provide custom-designed fixtures and chucks to securely hold and center unique prototype shapes, ensuring they
can be coated with the same precision as standard items.
Q: What software features are included?
A: The software allows you to create, save, and run complex
multi-stage spin programs, log all sensor data in real-time, and
export it for analysis in tools like Excel or MATLAB.
