Used NTACT / GS GLOVEBOX nRad #293725233 for sale

Manufacturer
NTACT / GS GLOVEBOX
Model
nRad
ID: 293725233
Wafer Size: 6"-8"
Die coater, 6"-8" Glove box Substrate size: 210mm x 300mm Coating thickness range (Dry): 20 nm - 100 µm Coating uniformity: ±3% - ±5% Leading / Trailing edge effect: 5 mm - 10 mm Coating material viscosity: 1 cP - 70 cP Range: Up to 5000 cP with high viscosity pump System fill volume: As low under 10ml Substrate type: Glass, Plastic, Metal foils, Silicon wafers, Rigid / Flexible Substrate thickness: Rigid: 0.5 mm - 6 mm Flexible: > 100 µm M-LINE (2) Filters Activated carbon filter.
NTACT / GS GLOVEBOX nRad is a state-of-the-art photoresist equipment designed for advanced semiconductor manufacturing processes. This system incorporates cutting-edge technology to provide precision control over photoresist application, exposure, and development, ensuring high-quality results in the fabrication of semiconductor devices. The unit is equipped with a glovebox design to maintain a controlled environment that is free from contaminants, enabling reliable and repeatable processing of photoresist materials. NTACT nRad machine features a specialized radiation source for accurate and uniform exposure of photoresist coatings. The radiation source is designed to deliver specific wavelengths of light with high intensity, allowing for precise patterning of photoresist layers on semiconductor substrates. This capability is essential for defining intricate patterns and structures on the surface of semiconductor devices, such as integrated circuits and microelectromechanical systems (MEMS). The tool also includes a sophisticated control interface that enables users to fine-tune the exposure parameters, such as light intensity, exposure time, and pattern size. This level of control is crucial for optimizing the photoresist process and achieving the desired resolution and pattern fidelity in semiconductor fabrication. Additionally, the asset is equipped with advanced monitoring and feedback mechanisms to ensure consistent performance and minimize variability in the photoresist patterning process. One of the key features of GS GLOVEBOX nRad model is its capability to operate in a glovebox environment. The glovebox design provides a sealed and controlled atmosphere that protects the sensitive photoresist materials from exposure to contaminants, such as moisture, dust, and airborne particles. This is essential for maintaining the quality and integrity of the photoresist layers during processing, which is critical for achieving high yields and reliability in semiconductor manufacturing. NRad equipment is also equipped with advanced safety features to protect operators and prevent accidents during operation. This includes interlocks, safety sensors, and emergency shutdown mechanisms to ensure safe handling of hazardous materials and radiation sources. Additionally, the system is designed with ergonomic considerations to enhance user comfort and productivity during long and repetitive processing tasks. In terms of performance, NTACT / GS GLOVEBOX nRad unit offers high throughput and efficiency in photoresist processing, making it suitable for volume production of semiconductor devices. The machine is designed to meet the demanding requirements of the semiconductor industry, including high resolution, uniformity, and repeatability in photoresist patterning. By leveraging advanced technologies and innovative design features, NTACT nRad tool helps semiconductor manufacturers achieve superior quality and performance in their fabrication processes. Overall, GS GLOVEBOX nRad asset represents a state-of-the-art solution for photoresist processing in semiconductor manufacturing. With its advanced technology, precision control, and reliable performance, this model enables semiconductor manufacturers to meet the growing demands for high-performance and high-density semiconductor devices. As a critical component in the semiconductor fabrication process, nRad equipment plays a key role in driving innovation and advancing the capabilities of semiconductor technology.
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