Key FeaturesExperimental Doctor Blade Automatic Small Testing Coating Machine
Imported Servo Motor:
Ensures speed control and stable pressure for optimal coating effect.
Collaboration:
Developed in partnership with multinational enterprises and research institutions.
Coating Head Design:
Quick 90-degree opening for easy cleaning of the scraper after experiments.
Product Detail
The laboratory coating machine is an essential tool designed for research and development in various industries, including pharmaceuticals, electronics, and materials science. This versatile machine is specifically engineered to facilitate the precise application of coatings on a wide range of substrates, enabling researchers to explore new materials and processes efficiently.
Dual Control Integration
Features an organic, seamless combination of advanced electrical control and mechanical control for optimized operations.
Enhanced Efficiency
Saves significant amounts of raw materials, refines production technology, and boosts overall efficiency in coating experiments.
High Reproducibility
Greatly improves the reproducibility and consistency of the coating process, securing stable experimental outcomes.
The laboratory coating machine is an emerging experimental instrument developed in recent years. It is an organic combination of electrical control and mechanical control. It can save a lot of raw materials, improve production technology and improve efficiency in the field of coating experiment. The key is to greatly improve the reproducibility and stability of the coating on the basis of the experiment.
Frequently Asked Questions
What is a laboratory coating machine?
It is an emerging experimental instrument developed to combine electrical and mechanical control, designed to apply precise coatings onto various substrates for research and development.
Which industries use laboratory coating machines?
These machines are widely utilized in research and development departments across several fields, including pharmaceuticals, electronics, and materials science.
How does the machine improve experimental efficiency?
By optimizing the coating application process, it saves a significant amount of raw materials, enhances production technology, and shortens the experimental cycle.
What is the main benefit of the dual control system?
The organic integration of electrical and mechanical control allows for precise adjustments, ensuring the application is consistent, stable, and highly repeatable.
Why is reproducibility important in coating experiments?
Reproducibility ensures that the coating thickness, uniformity, and quality remain constant across multiple tests, which is critical for verifying scientific research and testing new materials.
Product parameters
| Control System | Self-developed by Maosen / PLC with touchscreen |
| Coating Method | Doctor blade / rod coating integrated (separately for each coating) |
| Doctor Blade Adjustment | Rear flip style (easy to clean) |
| Length Setting | Digital setting, 10-450 mm |
| Temperature Control | Room temperature to 160°C (constant temperature) |
| Leveling Device | Equipped with a leveling bar to flatten the material before coating |
| Table Surface Material | Aluminum alloy + glass (removable) |
| Coating Uniformity | ±4% (depending on material flatness) |
| Working Area | 300*450 mm |
| Coating Thickness | 0.005-5 mm (wet film) |
| Machine Dimensions | Length 800 mm * Width 380 mm * Height 410 mm (approx.) |
| Machine Weight | Net weight 44 kg (approx.) |
| Rod Device | Comes with a rod holder (rod needs to be purchased separately, one rod per thickness) |
| Rod Weights | Includes two adjustable weights |
| Rod Size | Diameter 10 mm * Length 400 mm (standard) |
| Doctor Blade Material | Alloy stainless steel |
| Power Supply | Voltage 110-220V 50/60Hz |
| Power Consumption | 48W (standby), 2000W (heating) |
| Notes | For low viscosity and high precision, the rod coating machine is more effective. For high viscosity, the doctor blade coating is better! |
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