By combining 3D holographic lithography with 2D lithography, scientists at the University of Illinois at Urbana-Champaign have developed a high-performance 3D micro cell suitable for large scale integrated circuits. The researchers said that this micro-high-energy batteries with excellent performance and scalability, providing people with unlimited imagination, is expected to make a lot of small device applications become a reality. Related papers published in the United States "National Academy of Sciences" on. Paul Braun, a professor of materials and engineering at the University of Illinois at Urbana-Champaign who is in charge of the study, said miniaturized energy storage technologies have always been a challenge, with micro-devices typically powered by off-chip batteries or power supplies. The main difficulty lies in the 3D electrode, this electrode is very complex, the difficulty of ordinary batteries to achieve relatively large, not to mention on-chip integration. New technologies have successfully overcome the difficulties and made many important applications possible. Ning Hailong, a graduate student at the University of Illinois at School of Materials and Engineering, said in a paper that they developed a miniature 3D lithium-ion battery using a technology that is highly compatible with existing microelectronics manufacturing. When making the electrodes, they first used the 3D holographic lithography technique to define the internal structure of the electrode, and then used 2D lithography to shape the outer shape of the electrode. With 3D holographic lithography, researchers create the perfect three-dimensional structure with a beam of light that gives the tiny cell a superior porous electrode for rapid conduction of electrons and ions inside the cell. A significant advantage of this method is that it allows people to flexibly adjust the parameters closely related to the energy and power of the battery, such as the size, shape, surface area, porosity, and bending state of the electrode. This paves the way for the design and manufacture of the next generation of chip energy storage devices. While 3D holographic lithography requires very precise control of the beam, recent technological advances have drastically reduced the need for optics throughout the process, making it possible to manufacture such a single, single beam and a standard lithography process Micro battery needs. John Rogers, a professor of materials engineering at the University of Illinois at Illinois, said the technology gives the battery a high degree of scalability and compatibility in the microelectronics manufacturing process. Coupled with high-energy materials such as tin, they also provide exciting new features, including high capacity and good cycle life, which will provide on-chip devices with safe and reliable energy. Braun said the miniaturization, high-energy and high-power on-chip battery will make great strides in autonomous micro-scale actuators, distributed wireless sensors, transmitters, monitors and portable, implantable medical devices.
Mobile Scissor Lift is known as mobile Hydraulic Scissor lift platform, SKY mobile Lift Platform, mobile hydraulic Man Lift , hydraulic lift machine, hydraulic man lift, hydraulic Lift Table , and hydraulic table lifting mechanism; used in plant, hotel, airport, station, warehouse, dock, stadium for the high-altitude equipment installation, maintaining and cleaning the field of power facilities, over head pipes, and other lifting efficiency ideal equipment, order-at-height safety, convenience and fast.
Features:
1.Scissor hydraulic lift is the professional high-altitude operation equipment.
2. Its scissor mechanical structure makes the lifting platform lift more stably.Wide working platform and large loading capacity can make the work scope bigger.It`s suitable for several people working together.
3.Lifting height: 4m ,6m, 8m,10m ,11m and so on. And the max height of the scissor lift is 18m.
4. Loading capacity: 300kg,500kg,800kg,1000kg and so on.
Specification:
Item No.
platform size(mm)
capacity(KG)
Net height(m)
Overall Dimension(mm)
Dead weight(kg)
SJY0.3-6
1700*1060
300
6
1820*1300*1280
750
SJY0.3-8
1700*1060
300
8
1820*1300*1460
850
SJY0.3-10
1920*1250
300
10
2040*1450*1660
1300
SJY0.3-12
2370*1300
300
12
2510*1550*1980
1620
SJY0.3-14
2400*1450
300
14
2510*1550*2000
1800
SJY0.3-16
2550*1450
300
16
2700*1850*2130
2800
SJY0.5-4
2100*830
500
4
2250*950*1100
800
SJY0.5-6
2100*830
500
6
2250*950*1200
880
SJY0.5-7
2100*830
500
6.8
2250*950*1280
970
SJY0.5-8
2100*830
500
8
2250*950*1380
1050
SJY0.5-9
2100*930
500
9
2250*1060*1500
1165
SJY0.5-10
2100*930
500
10
2250*1060*1530
1360
SJY0.5-11
2100*930
500
11
2250*1350*1650
1400
SJY0.5-12
2550*1530
500
12
2796*1670*1750
2260
SJY0.5-14
2812*1530
500
14
3067*1730*1810
2486
SJY0.5-16
2812*1600
500
16
3067*1810*2080
3063
SJY0.5-18
3070*1600
500
18
3321*1810*2080
3900
SJY1.0-4
2100*1200
1000
4
2250*1350*1180
1250
SJY1.0-6
2100*1200
1000
6
2250*1350*1300
1400
SJY1.0-8
1940*1300
1000
8
2400*1500*1980
1400
SJY1.0-10
1940*1300
1000
10
2060*1500*1980
1500
SJY1.0-12
2400*1450
1000
12
2530*1650*2000
2200
SJY1.0-14
2812*1600
1000
14
3067*1810*1900
3230
SJY1.5-6
2100*1530
1500
6
2250*1750*1530
1780
SJY1.5-8
2100*1530
1500
8
2250*1750*1690
2070
SJY1.5-10
2100*1530
1500
10
2250*1750*1850
2250
SJY1.5-12
2550*1530
1500
12
2796*1762*1850
2900
SJY1.5-14
2816*1600
1500
14
3045*1852*1960
3400
SJY2.0-6
2100*1530
2000
6
2250*1750*1530
1780
SJY2.0-8
2100*1530
2000
8
2250*1750*1690
2070
SJY2.0-10
2100*1530
2000
10
2250*1750*1850
2250
SJY2.0-12
2550*1600
2000
12
2796*1852*1954
3200
SJY2.0-14
2816*1600
2000
14
3067*1852*2230
3900
Detailed images:
Mobile Lift Platform Mobile Lift Platform,Electric Platform Lift,Mobile Scissor Lift,Hydraulic Lift Tablem,Hydraulic Scissor lift Jiangxi Mide Industrial Co., Ltd. , https://www.midecrane.com
