Kaihuang Chen



The surgical system consists of three devices: the Patient Side Robot, the Surgeon Console, and the Vision Cart. The system employs a proportional scaling mechanism to translate a surgeon's movements into highly precise micro-manipulations. During laparoscopic surgery, this technology enables surgeons to perform minimally invasive procedures with greater accuracy, reducing patient trauma and improving postoperative recovery.


Industrial ​​​​​​​​​​​​​Designer
Simon Kim,Kaihuang Chen,Feng Wei,Yumian Deng,Barney Mason,Ang Chao

Visualization
Kaihuang Chen,Feng Wei,Deheng Kong

Patient Side Robot
Patient Side Robot
Patient Side Robot
Patient Side Robot
PSR





Surgical Arm Link One
PSR
Surgical Instruments

PSR
Surgical Arm Link Four
PSR
Surgical Instruments
PSR
Sterile Drape

PSR
Driving Handle
PSR
Four Robot Arms
PSR
Four Robot Arms
PSR
Sketch

PSR

Surgical Instruments
PSR
Four-arm architecture
PSRB z
Surgical Arm
PSR
3D Print Prototype
PSR
3D Print Parts
PSR
Handle 
SGC
Gamble Box
SGC
Master Controller

SGC
Master Controller Concept
SGC
Vision Cart

VCT
Vision Cart Monitor with handle

VCT





Pixboom’s Spark is a high-framerate camera capable of capturing 4K video at up to 1,000 frames per second (FPS) and 2K video at up to 1,800 FPS. It features proprietary technology that enables compressed RAW format recording, significantly improving storage efficiency without compromising quality.Designed with user experience in mind, Spark features a high-definition screen that makes professional high-speed imaging more accessible. Unlike conventional designs that emphasize complexity to signal professionalism, Spark adopts a minimalist design language that reduces visual noise and keeps the focus on creation.

After all, true professionalism is defined by performance—not by how complicated a camera looks, right?



Industrial ​​​​​​​​​​​​​Designer
Kaihuang Chen, Chris, Caijin Chen

Industrial Design Intern
Yepeng Ma






Spark Camera
Blac
Spark Camera

Silver
Spark Camera
Silver


 





Aluminum Anodized

Black
Aluminum Anodized

Silver


Aluminum

CNC




Mockup Modle
3D Print Prototype
Aluminum
CNC









POINCARE is a powerful and portable spatial image scanner that balances compactness with exceptional scanning performance. Equipped with a 16-line LiDAR system and a rotating motor, it captures 360° × 270° spatial point clouds with an accuracy of less than 2mm. Surrounding the LiDAR are four 170° wide-angle cameras that deliver full-color capture with no blind spots, ensuring high-fidelity spatial imaging.A front-facing detail camera allows users to quickly capture high-resolution 4K close-up images via a handle-mounted shutter button. An additional SLAM camera on the front enhances spatial recognition in low-light environments.

The design approach is performance-driven, aiming to maximize the operational efficiency of each component. The internal architecture is optimized around handheld usage, with precise weight distribution to ensure a stable center of gravity. Additionally, auxiliary ergonomic attachments have been developed to reduce muscular strain and improve endurance during extended operation.



Industrial ​​​​​​​​​​​​​Designer
Kaihuang Chen,Yumian Deng,Feng Wei,Barney Mason,Caijin Chen


Industrial Design Intern

Tianrui Xie



    


Front Camera Detail
Prefect Balance
Prototype
Battery Detail
Front Camera Detail
4 Camera FOV avoids lidar
Multifunctional Handle


Handle joint

Accessories


Multifunctional Handle

Accessories
Design Process Prototype
3D Print
Shoulder Accessory 
Four-point stable structure

Accessories
Multiple ways to use

Accessories
Prototype Housing
Antenna Housing

Plastic
Screen prototype
Anti-slip texture


CNC aluminum
Powder coating


  

 


Balance Test Model


Balance Test Model


Balance Test Model


Balance Test Model







GALOIS is a compact laser scanner developed for the real-estate market. It's able to map and capture an entire space to provide a virtual viewing experience for prospective clients. This portable scanner simplifies the capturing process and renders spaces in high detail with its precision LiDAR sensor, M4/3 camera and automated 360° rotation.



Industrial ​​​​​​​​​​​​​Designer
Kaihuang Chen,Simon Kim, Yumian Deng,Wu Hai







Galois
Galois
Galois
Workable Prototype
Workable Prototype
Magnetic Absorption LiDAR Cover


LiDAR Cover
Weight Test Prototype
Prototype Parts
Aluminum
CNC
Die Cast Aluminum







We integrated AR tech into a streamlined andvisually lightweight form factor, to make thisrapidly developing technology accessible toa larger professional audience.





Industrial ​​​​​​​​​​​​​Designer

Feng Wei,Kaihuang Chen,Yumian Deng，Yusen Wang, Siyoon Kim, Chenyu Ding.






LeapX AR Prototype
LeapX AR
LeapX AR



Interchangeable headrest design


LeapX AR
360 Render
LeapX Concept
Soft rubber headband
Sketch
Design Process Prototype
Detail
Mesh headband







In 2019, Narwal launched the world’s first self-cleaning robot mop & vacuum for the home. Shortly after, Narwal got in touch with LEAPX to help in developing the next generation of their already market-leading product.Following extensive ideation and testing the LEAPX team proposed a number of solutions that redefined the product architecture to enhance the user experience.



Industrial ​​​​​​​​​​​​​Designer
Simon Kim, Yumian Deng, Kaihuang Chen, Hai Wu






Modular water tank design
Water Tank
Design Concept
Prototype
Prototype Parts
3d Scale Model










v. 1.2