From Pills To Wafers: Laser Photonics Unveils R&D Initiative For Anti-Counterfeiting And High-Tech Manufacturing
From Pills To Wafers: Laser Photonics Unveils R&D Initiative For Anti-Counterfeiting And High-Tech Manufacturing
Laser Photonics Corporation (NASDAQ:LASE) launched a research and development initiative to create laser solutions for pharmaceutical tablet drilling, wafer scribing, and semiconductor marking.
Laser Photonics 公司(纳斯达克股票代码:LASE)启动了一个研发计划,旨在为药品片剂钻孔、晶圆划线和半导体标记提供激光解决方案。
Laser Photonics is targeting pharmaceuticals, wafers, and semiconductors through its latest R&D initiative. Following its recent acquisition of Control Micro Systems, the company is committing resources to several new engineering projects to continue advancing its newly acquired laser systems.
Laser Photonics 通过最新的研发计划以药品、晶圆和半导体为目标。在最近收购 Control Micro Systems 后,该公司正在投入资源进行数个新的工程项目,以持续推进其新获得的激光系统。
In pharmaceuticals, the company plans to advance Control Micro Systems' tablet drilling and marking system for time-release medications.
在药品领域,该公司计划推进 Control Micro Systems 的片剂钻孔和标记系统,用于延时释放药物。
This Class I automated CO2 laser system includes a custom tablet fixture, fume extraction, and machine vision inspection for quality control, offering an effective anti-counterfeiting solution.
这款一级自动 CO2 激光系统包括定制的药片夹具、排烟装置和用于质量控制的机器视觉检测,提供有效的防伪解决方案。
Laser technology for wafer serialization involves marking, scribing, and lapping silicon and related compound wafers.
晶圆串标激光技术涉及对硅及相关化合物晶圆进行标记、划线和研磨。
The company plans to enhance Control Micro Systems' multi-station system, designed for wafers up to 300 mm wide and 300–800 microns thick, featuring robotic wafer positioning.
该公司计划增强 Control Micro Systems 的多工位系统,专为宽度达300毫米、厚度为300-800微米的晶圆设计,具备机器人晶圆定位功能。
This technology supports production and tracking for applications such as consumer electronics, solar panels, LEDs, MEMS devices, and optoelectronic components.
这项技术支持消费电子、太阳能电池板、LED、MEMS 设备和光电器件等应用的生产和跟踪。
Laser Photonics will also advance Control Micro Systems' semiconductor laser marking system, featuring a high-precision ultraviolet laser and galvanometer scanhead for rapid fiducial recognition.
Laser Photonics 还将推进 Control Micro Systems 的半导体激光标记系统,采用高精度紫外激光和电镜扫描头,实现快速标记识别。
This system creates small, permanent markings on IC mold compounds and ceramics with minimal heat, preventing damage to components. Integrated machine vision ensures accurate chip positioning and marking alignment.
该系统通过最小热量在IC模具化合物和陶瓷上创建小型永久标记,防止元件损坏。集成机器视觉确保芯片定位准确,标记对准。
This week, Laser Photonics opened pre-orders for its upcoming CleanTech Industrial Roughening Laser 3060 (CTIR-3060).
本周,激光光子学为即将推出的CleanTech工业粗化激光3060(CTIR-3060)开放了预购。
Price Action: LASE shares are up 0.36% at $5.63 at the last check Friday.
股价走势:LASE股票上涨0.36%,报5.63美元,最后查看时间为上周五。
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Image via Unsplash.
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译文内容由第三方软件翻译。