Design Industry

Design Industry

Design Industry featuring great design, architecture, fashion, graphics and innovation from across the globe.

 

Optical Sorting

Optical Sorting is an optical cell sorting system developed for biomedical research. Cells are loaded into a microfluidic chip and guided by optical-induced dielectrophoresis, which sorts the samples without damage. An imaging system records the cells, and software analyzes the images in real time to identify and classify each cell. Sorted cells are then collected for culture and further study. Tens of thousands of single cells can be handled at the same time, so positive plasma cell screening can be completed in one day. The instrument measures 60 by 80 by 170 centimeters.

Continue reading

 

Unisync

Unisync is a control handle designed for microscopes in artificial intelligence based cell morphology inspection systems. The handle allows one hand to move the microscope stage along three axes, leaving the other hand free to operate the computer. Unisync connects directly to the microscope instead of working through software, which keeps latency low and control precise. The joystick increases speed as it is moved further from the center. The symmetrical form suits both left and right handed users. The body is made of injection molded ABS with a silver gray finish.

Continue reading

 

Light Operator

Light Operator is a cell sorting instrument developed for biomedical laboratories. The instrument uses optoelectronic dielectrophoresis to sort cells without damage. High resolution imaging, real time algorithms and visual graphics support precise cell identification. A translucent flip top cover protects the internal optical and electronic parts and allows the sorting process to be observed. The surface is made of PB material with an electroplated silver gray finish, and the housing is machined by CNC with discreet screws. The instrument measures 780 by 597 by 536 millimeters.

Continue reading

 

Aselsan Hlm

The modular heart-lung machine is designed to provide users with the ability to create configurations tailored to the needs of each open-heart surgery. By utilizing a custom-designed layout specific to each surgery, the device's parts contribute to a significant reduction in blood hemolysis, leading to a higher success rate of the postoperative healing process. The design aims to enhance the performance of users during operations by reducing their physical and mental load. The device achieves this by providing clear information and bringing vital interactions closer to them.

Continue reading

 

Jizai Arms

Jizai Arms is a supernumerary robotic limb system worn on the body. The system consists of a wearable base unit with six terminals and detachable robotic arms, each with five degrees of freedom. The arms can be attached and removed quickly, so wearers can exchange arms with one another. Exterior parts are produced by three-dimensional printing, which allows complex shapes and reduces weight. The arms are operated through a half scale model moved by hand, and the posture of the model is applied directly to the robotic arms.

Continue reading

 

Roboangio

Roboangio is an interventional robotic system used in vascular interventional surgery. The system delivers and manipulates guidewires and catheters remotely. A master-slave control solution allows physicians to stay away from the radiation environment while keeping complete control. An adjustable gantry attaches to a surgical table when needed and is removed when not in use. The control console has two operating rods that reproduce the feel of traditional practice, so existing surgical skills remain useful. Shielding uses lead panels and lead glass.

Continue reading