Advanced dip coater that enhances the efficiency of multilayer film formation using interactive dipping.
The alternate dip coater is a device that automates the formation of multilayer films through alternating dipping. It features a stroke of 150 millimeters on the Z-axis and 150 millimeters on the X-axis, achieving high-precision control with a minimum speed of one nanometer per second. By alternating dips in multiple liquid tanks, it efficiently produces uniform multilayer films and significantly reduces the workload. It can accommodate a wide range of applications from research purposes to small-scale production. CE-marked products are those that can be sold in the European market and have passed EU safety, health, and environmental standards.
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basic information
【Main Unit】 - Stroke: Z-axis: 150mm, X-axis: 150mm - Minimum Speed: 1nm/sec - Maximum Speed: 60mm/sec - Operation Method: Touch panel - Screen Language: Japanese/English - Number of Specified Points for Processing Speed: 16 points - Number of Specified Points for Stop Position: 16 points - Number of Specified Points for Stop Time: 16 points - Continuous Operation Mode: Yes - Manual Operation Mode: Yes - Number of Stored Programs: 8 programs - Monitor Function: Current Speed: Yes - Monitor Function: Current Position: Yes - Monitor Function: Remaining Operation Time: Yes - Repetitive Operation: Yes - Standard Clip: PP Material - Utility: AC100V, 300VA - Maximum Load Weight: 500g - Maximum Processing Size: mm H: 150mm - Linear Operation Mode: No - Device Size: Excluding Protrusions: mm W: 410 D: 256 H: 513mm (11kg) - Control Box Size: Excluding Protrusions: W: 380 D: 400 H: 200mm (10kg)
Price range
P5
Delivery Time
※The situation regarding parts procurement may vary. Please feel free to consult with us.
Applications/Examples of results
It is widely used for the formation of nano-thin films, polymer multilayer films, and functional coatings. In university laboratories, it is employed for the formation of layered structures of new materials, while in industrial applications, it is adopted in the prototype processes of optical films and barrier membranes, achieving efficient multilayer film formation.
Line up（13）
| Model number | overview |
|---|---|
| MD-0408-N1 | A desktop device ideal for precision coating of fine structure samples and small substrates. |
| LD-1304-S2 | A linear model that achieves highly reproducible film formation with stable lift control. |
| DT-0303-N1 | Space-saving, high-precision tabletop dip coater ideal for small samples. |
| DT-2412-N1-EP | Explosion-proof dip coater that ensures safety and precise control even in hazardous environments. |
| ND-0407-N1-CE | High-precision dip coater enabling thin film formation with nanometer accuracy. |
| DT-0502-N1 | A versatile tabletop coater ideal for research and prototyping of medium-sized samples. |
| DT-0001-N1 | Portable and lightweight coater that can be used in any research environment. |
| DT-1508-N1 | High-performance equipment capable of uniformly coating large samples over 1 meter. |
| MD-1405-S1 | Pursuing surface precision to the limit, a high-precision device ideal for fine material research. |
| DT-1609-4D1 | Achieving complex shapes and multi-directional coating freely with 4-axis control. |
| DT-1704 | High-performance dip coater compatible with large-area substrates, aimed at industrial applications. |
| DT-1303-S1 | Dedicated dip coater for long materials and rod-shaped samples. |
| DT-1911 | Supports up to 900mm, widely accommodating everything from research to prototyping of large circuit boards. |
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