ロールtoロールでレーザー高速微細穴加工受託・レーザー加工機制作
Introduces examples of drilling holes in the LIB positive electrode using a sheet laser machine.
The LIB positive electrode (t = 130 μm) was machined with a hole diameter of 12 μm, a pitch of 110 μm (parallel), and an aperture ratio of 0.9%.
Processing with a roll-to-roll laser processing machine is also possible. WIRED Co., Ltd.
Introduces examples of drilling holes in the LIB negative electrode using a sheet laser machine.
The LIB negative electrode (t = 130 μm) was machined with a hole diameter of 16 μm, a pitch of 110 μm (parallel), and an aperture ratio of 1.5%.
Processing with a roll-to-roll laser processing machine is also possible. WIRED Co., Ltd.
This is an introduction of a case of penetrating polyphenylene sulfide (PPS) using a sheet laser machine.
Drilling was performed on PPS (t = 25 μm) with a hole diameter of 18 μm, a pitch of 155 μm (parallel type), and an aperture ratio of 1.1%. WIRED Co., Ltd.
This is an introduction of a case of penetrating copper (Cu) with a sheet laser machine.
Drilling was performed on Cu (t = 10 μm) with a hole diameter of 6 μm, a pitch of 30 μm (staggered arrangement), and an aperture ratio of 8.5%. WIRED Co., Ltd.
This is an introduction of a case of penetrating copper (Cu) with a sheet laser machine.
Drilling was performed on Cu (t = 10 μm) with a hole diameter of 6 μm, a pitch of 30 μm (staggered arrangement), and an aperture ratio of 8.5%. WIRED Co., Ltd.
Through joint research with Yamagata University, a national university corporation, we have succeeded in prototyping a battery that enables lithium-ion predoping in a simple manner and greatly reduces irreversible capacity in the SiO negative electrode with laser perforation.Wired Co., Ltd.
Degraded charge / discharge capacity cells in speed performance tests of lithium iron phosphate (LFP) positive electrodes with different loads of active material on both sides of the stacked current collectors were not actually observed at low C rates. did. However, rate performance data obtained at high C rates showed that imbalances in the loading of active positive electrode materials on both sides of the Al current collector caused significant volume reduction. It was found that using picoseconds to laser drill the positive electrode with a micrometer-sized grid pattern can prevent the capacitance loss observed at high C rates. Wired Co., Ltd.
Development of high-speed wide current collector laser processing equipment (mount), examination of high-speed wide current collector laser processing conditions, development of processing equipment (processing unit), burr, oxide fall-off prevention, development of deflection correction mechanism, development of inline defect detection mechanism. WIRED Co., Ltd.
