Product overview
The Oxidation and Diffusion RTP Equipment stands as a core thermal tool for semiconductors, packing oxidation, diffusion, and annealing capabilities into a single unit. It's designed specifically for processing silicon-based materials and wide-bandgap semiconductors like silicon carbide-leaning on an integrated process setup to fine-tune material doping, refine interfaces, and shape structures. For wafer mass production's core manufacturing steps, this kind of all-in-one support is hard to replace.
Market-proven over time, its structure is mature and steady enough to keep running reliably for the long haul. What's practical is its ability to switch smoothly between processes: oxidation, diffusion, annealing, trap pushing-you name it. That flexibility fits right with the varied production needs of integrated circuits, discrete devices, and other scenarios. When it comes to process results, its precise temperature control and process management hit the mark for strict semiconductor requirements-whether regulating material electrical properties or fabricating device structures.
For enterprises chasing efficiency in large-scale production, or research teams exploring new semiconductor material processes, this furnace delivers. From R&D labs to factory floors, it's an efficient, stable thermal solution that covers the entire semiconductor industry chain-no frills, just consistent performance where it counts.
Applications
Silicon-based device mass production:
Powers core processes for ICs, IGBTs, and similar components-think oxidation for insulating films, diffusion for precise doping, and annealing to wipe out defects. It's built to keep up with large-scale output in consumer electronics and industrial control sectors.
Wide-bandgap material processing:
Takes on SiC, GaN, and other advanced materials, fine-tuning doping levels and optimizing interfaces. This directly supports making high-performance products like power modules for new energy vehicles.
Semiconductor R&D:
Acts as a flexible multi-process platform for universities and labs. Whether testing gallium oxide or other new materials, it lets researchers switch processes easily to check how different parameters affect results.
Advantages
1. All-in-one functionality:
Seamlessly flips between oxidation, diffusion, annealing, and more-cuts down on equipment costs and streamlines workflow for better efficiency.
2. Rock-solid stability:
Its structure has stood the test of market use, so it can run continuously for the long haul with minimal downtime.
3. Precise process control:
Top-tier temperature regulation and process management make sure material properties and device quality stay consistent, which boosts overall yield.
4. Broad compatibility:
Works with 8-inch-and-smaller wafers, handling both mass production and small-batch R&D. It's compatible with silicon, SiC, and other key semiconductor materials.
Parameters
|
Wafer size |
8 inch and below |
|
Temperature range |
400°C-1200°C(depending on specific process selection) |
|
Quantity of process tubes |
1-4tubes/set |
|
Flat zone |
300-1000 mm customizable |
|
Applicable materials |
silicon,silicon carbide,etc |
FAQ
Q: What wafer sizes does the Oxidation and Diffusion RTP Equipment support for processing?
A: It works with 8-inch wafers and smaller ones-perfect for handling the processing needs of most mainstream silicon-based and wide-bandgap semiconductor devices out there.
Q: Can the temperature control range meet the process requirements of wide-bandgap materials (e.g., silicon carbide)?
A: Absolutely. Its temperature range spans 400℃ to 1200℃ (you can pick the exact range you need), plus it comes with a customizable constant temperature zone-300mm to 1000mm. That lines up perfectly with the high-temperature process demands of materials like silicon carbide.
Q: Can a single device perform multiple process treatments at the same time?
A: Yep, you can outfit it with 1 to 4 process tubes. That lets you run multiple processes-oxidation, diffusion, annealing, whatever-side by side flexibly. Whether you're ramping up mass production capacity or doing multi-parameter experiments for research, it fits the bill.
Q: Besides silicon, what other semiconductor materials can it process?
A: It's compatible with wide-bandgap semiconductors like silicon carbide (SiC) too. Covers all the main use cases for manufacturing both silicon-based and wide-bandgap devices.
Q: Can the length of the constant temperature zone be adjusted according to specific processes?
A: Sure can. The constant temperature zone length is customizable from 300mm to 1000mm. That way, it matches the temperature control uniformity needs of different wafer sizes and process requirements.
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