Semiconductor equipment serves semiconductors, which can be divided into etching and deposition equipment, thin film deposition equipment, cleaning equipment, wet processing equipment, packaging and testing equipment, polishing equipment, silicon wafer manufacturing equipment, etc.
AARS Smart Tech. has more than 8 years of auto parts manufacturing experience and professional manufacturing equipment. Experienced engineers can reduce design and cost risks to help car companies to quickly complete product development, and better react to consumers' customized needs for vehicles
EV motor housing
Transmission parts
Suspension and powertrain components
Brake system components
Automotive sheet metal
Steering system components
In the technological world of the future, semiconductors will play an even more central role. With the rapid development of artificial intelligence, the Internet of Things, and 5G communications, the demand for high-performance semiconductors is increasingly growing. Our manufacturing facility is committed to utilizing cutting-edge technology to provide precise processing services for the semiconductor industry, ensuring that each semiconductor product meets the stringent standards of future technologies, driving innovation and progress in the tech industry. We are proud to be a part of this transformation.
Reduce design risk and accelerate development by rapid prototyping in shorter time and at lower cost.
We have advanced high precision equipment like Germany GROB 5 axis machine, Swiss GF Mikron 5 axis machine, China Jingdiao 5 axis machine and US Haas 4 axis machine, tolerance down to +/-0.0015 mm.
From prototype to low-volume, or even mass production, to enable more diverse and customized auto features tailored for the modern driver.
Use ZEISS CMM to conduct comprehensive inspection of each workpiece and issue inspection reports to ensure that the geometry of each part is exactly as designed.
Can AAAS make AARS Smart Tech drawings?
We provide suggestions to improve drawings, but do not provide AARS Smart Tech service. We accept 3D CAD files in STL, STEP or IGES format, 2D drawings with reference dimensions in AI/CAD/PDF/JPG format. We must receive complete manufacturing information as part of this technical documentation.
Is AARS Smart Tech a real factory?
YES, AARS Smart Tech. established since 2008, we now have production sites with a total area of more than 10,000 square feet. Welcome to visit us, we will pick up you at the airport or from your hotel.
Will my AARS Smart Tech. be kept confidential?
AARS Smart Tech. has a strict confidentiality system and confidentiality software, all the drawings cannot be opened by anyone without authorization; NDA can be signed to ensure the safety of your AARS Smart Tech.
How can you guarantee the delivery time?
AARS Smart Tech. owns 200+ sets of processing machines and 150+ skillful staff to ensure your order on schedule.
How does AARS Smart Tech. ensure the quality of my parts?
--Once your order is confirmed, we will perform a full AARS Smart Tech. for Manufacturing (DFM) review to point out any issues that our engineers feel may affect the quality of your parts.
--All incoming materials are inspected and verified with a suite of testing equipment.
--Final inspection reports before shipment.
--We have the ability to share inspection data with you in real-time so we can work together to address any quality issues you may have during production.
The motor housing is a critical component of the electric vehicle. It must be strong enough to withstand the high torque and heat generated by the motor, while still being lightweight enough to not add too much to the overall weight of the vehicle.
As we do with all of our projects, we double-checked that the incoming raw material marked as “AL 6061” was exactly that.
This part was machined from aluminum alloy 7075 using 5-axis CNC milling. The part was designed as a form prototype, which allowed us to quickly iterate on styling, fit and function. We then used our extensive experience with low volume production runs in order to optimize tooling and make sure each part would be as cost-effective as possible for our client.
