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Laser Direct Imaging (LDI) process. It directly exposes a digitally saved pattern onto the resist. Photoresist is selectively exposed to the laser beam in increments across the substrate in a rostering manner. The image formed can be compared to the image on a CRT screen, formed from several lines across the screen.
The liabilities of defined-benefit pension plans, accrued as the direct result of the guaranteed pensions they are designed to provide upon retirement, are perfectly positioned to benefit from liability-driven investments. Liability-driven investing, or LDI, is an approach that focuses the investment policy and asset allocation decisions on matching the current and future liabilities of the pension plan.
LDI can effectively manage portfolio risk and help minimize the impact of the pension plan on the organization’s financial health.
Global laser direct imaging LDI system market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
DYCONEX Announces New Laser Direct Imaging Capability. DYCONEX has recently qualified and released its Paragon Ultra 200 laser direct imaging (LDI) tool. This is the latest generation of exposure tools from Orbotech featuring maximum resolution and registration performance.
Artwork generation with laser direct imaging systems gives both DYCONEX and its customers significant advantages over conventional exposure tools using film masters.
The turnaround time for layer structuring has proven to be less than half, while expenses for consumables such as film materials are reduced.
Additional major benefits of LDI technology include the ability to improve layer registration, implement individual compensation correction per panel as well as perform step-by-step registration. In combination with improved registration, the ultra-high-resolution capability of the Paragon Ultra 200 enables DYCONEX to meet the future requirements of our customers.
The production yield of features with lines and spaces of 20µm and below is significantly improved. Going a step further, DYCONEX has already demonstrated imaging capabilities down to 8µm lines and 12µm spaces