Discontinued IF5689 (Discontinued) Desktop Ultrafast Thermal Pressing Furnace RTP-M1

Desktop Ultrafast Thermal Pressing Furnace RTP-M1 Description

The Desktop Ultrafast Thermal Pressing Furnace (UFTP) is a Desktop Ultrafast Thermal Pressing Furnace (UFTP) with a notable heating speed of over 200°C per minute and a maximum heating rate of up to 2900°C. This furnace is designed to operate under a selectable weight and a controlled atmosphere, allowing for versatile material processing.

The RTP-M1 is cost-effective and efficient, serving as an invaluable tool for investigating material properties under rapid, elevated conditions. Furthermore, it can function as a RTP annealing furnace or can be easily converted into a CSS film coater (Continuous Synthesis System), thereby expanding its capabilities for various research and production applications.

Specifications of the Desktop Ultrafast Thermal Pressing Furnace RTP-M1

Ultrafast Desktop Thermal Pressing Furnace RTP-M1 Applications

• Material Research: These furnaces are utilised to investigate the properties of materials under extreme conditions such as high temperatures and high pressure. Researchers can examine phase transitions, material behaviour, and the synthesis of novel materials.
• Nanotechnology: Within the field of nanotechnology, these furnaces are employed for the synthesis and processing of nanomaterials such as nanoparticles, nanowires, and thin films. The precise control of temperature and pressure facilitates the fabrication of high-quality nanostructures.
• Semiconductor Industry: Ultrafast thermal pressing furnaces are used in the semiconductor industry for processes such as wafer bonding, die attach, and package sealing. These processes require precise control of temperature and pressure to ensure proper connections and reliability of electronic components.

Ultrafast Desktop Thermal Pressing Furnace RTP-M1 for Packaging

Our Desktop Ultrafast Thermal Pressing Furnace RTP-M1 is carefully handled during storage and transport to maintain the quality of our product in its original condition.