Dear Valued Customers, As the vibrant colors of Lunar New Year bloom, we at Lanoptik extend our warmest wishes for a joyous and prosperous celebration! Please notice that our office will close for holidays from February 3, 2024 to February 18, 2024. Our office will resume work on February 19,2024. In the new year, we wish you all good health, success in your career, and happiness for your family. We are grateful for your continued support and partnership. As we enter this new lunar cycle, we look forward to brighter beginnings and shared success.

Cutting-edge technology goes online with a remarkable teaching and learning experience. Imagine a science classroom where students aren't huddled around single microscopes, squinting to see the same tiny specimen. Instead, each student has a clear, real-time view of the magnified image on their own device, be it a tablet, laptop, or even smartphone. This is the transformative power of the Lanoptik 5G Wi-Fi Digital Microscope Interactive Teaching System. What is the 5G Wi-Fi Digital Microscope Interactive Teaching System? With a specially designed 5G Wi-Fi module, optical microscopes, digital cameras, PCs, smart mobile devices, and other devices are cleverly integrated into the digital wireless interactive system, which is for building a wireless microscope classroom or smart laboratory. Breaking Down the Barriers of Traditional Microscopy Traditional microscopes have limitations. They are often bulky and expensive, limiting the number of students who can use them simultaneously. Sharing observations can be cumbersome, and the limited field of view restricts student engagement. The system overcomes these challenges with its innovative features, which even the world's top microscope brands cannot do: 5G Wi-Fi technology based on the protocol IEEE 802.11ac: Say goodbye to tangled cables! Thanks to Lanoptik’s new generation of cameras based on H264 technology, the system transmits high-resolution microscope images wirelessly to multiple devices, supporting up to 120 stations simultaneously. Interactive learning: Efficiently realize multi-functional interactions between teaching and learning. Teachers and students can capture images, annotate them, and share their observations in real-time, fostering collaboration and deeper understanding. Versatile compatibility: The system works with most existing microscopes (such as Nikon Eclipse Ei, Olympus CX23, Leica DM500/750, and Zeiss Primostar), eliminating the need for expensive replacements. (Learn more camera solutions for your microscope.) Multiple configuration options: Choose from various system plans to suit your budget and classroom needs, with options including all-in-one camera solutions or integration with existing microscopes. Benefits in the Classroom Improve experimental efficiency: Traditional medical or biological experimental teaching requires students to operate the microscope in person. Steps such as adjusting the focus and rotating the specimen are cumbersome, and it generally takes a long time to achieve the ideal observation effect. Using the system, students can directly transmit and present the real-time image on the teacher's computer screen, realizing shared visualization of experimental content, which is convenient and fast, saving time and improving efficiency. Convenient for real-time monitoring and full use of classroom-generated resources: the system realizes the connection between the student microscope and the teacher's computer host, making it very convenient to realize the interaction between teachers and students. Teachers can preview the experimental processes of multiple students in real time during the experiment. Excellent student work can be displayed to the whole class for sharing. When problems are discovered, students can be given timely guidance to prevent incorrect operations from affecting the experimental results. Teachers can preview the experimental processes of multiple students in real time. For failed experiments, teachers can give students a full explanation. The storability of experimental results greatly enhances students' interest in doing experiments: the digital microscope can capture colorful static images and dynamic videos and save them on the memory card. Students can take away their experimental results if needed, which is extremely convenient. It greatly improves students' interest in actively completing experiments. Easy and accurate demonstration: The system has an excellent teaching function. It can project the image of the teaching specimen onto the screen through the teacher's multi-functional digital microscope, or transmit it to each student's computer display, so that all students can observe at the same time and have a highly unified understanding of the teaching content to avoid errors in understanding. At the same time, teachers can arbitrarily select the image observed by a student and project it for other students to observe and compare, so that students can master a large amount of information within a limited experimental time. Benefits Beyond the Classroom The system is ideal for use in schools, colleges, and universities, as well as in museums and science Labs. It is suitable for students of all ages, from primary school to postgraduate level. It can be used in a few science courses, including medicine, veterinary, biology, earth sciences, chemical science, forensic science, engineering, etc. We have had many successful cases in the United States, United Kingdom, China, Australia, Poland, and other countries. The 5G Wi-Fi Digital Microscope Interactive Teaching System is more than just a microscope teaching system; it's a revolution in teaching and learning. It's about tearing down barriers, igniting curiosity, and fostering a new generation of scientific explorers. Ready to unlock the power of the 5G Wi-Fi Digital Microscope Interactive System in your classroom or lab? Contact us today and embark on a microscopic journey of discovery!

What’s Directshow compatible camera? DirectShow is a collection of instructions, functions and conventions that can be used for conversion libraries and programs of videos provided by Microsoft. In a very brief explanation, it means directshow compatible camera can operate with a common command (programmed). If PC recognizes USB camera, the application software can operate without using the one attached to the camera. (It may be necessary to separately require the PC to recognize the camera.) In other words, you can use application software from another company. (Due to common instructions (programmed).) You can obtain and use necessary software according to the application such as: Viewer software like AMcap, measuring software like Lanoptik's Pixit Integrator, automatic visual inspection software, 3D synthesis software, and so on. However, there are several types of shadow image format output from the camera and it is necessary for the application software to support this video format. Video formats include YUY 2, RGB 24, RAW 16, etc. Those sold only by software cover a typical video format but some of these items attached to the camera correspond only to the video format of that camera. What are the differences between the DirectShow and TWAIN/AVI drivers for USB cameras? DirectShow is the more modern interface of the two. The choice of which one to use mainly depends on the software application you plan on using to interface with your imaging device. For example, most Photo ID / Badging (snapshot) software applications require the TWAIN driver, while most Instant Messaging type (motion video) software applications require the DirectShow driver. If you plan on using your imaging device with Windows-based software, as "DirectShow-based" cameras, using the DirectShow driver will result in better performance, generally speaking. Note that you cannot run both Direcshow driver and Twain driver at the same time. Lanoptik MC series USB microscope cameras support Direcshow drivers, which means that in a Windows environment, there is no need to install drivers, plug and play, very convenient and no need to worry about driver loss.

Home Products Biological Microscope Microscope ICM-100 Inverted Biological Microscope XDS-1 XDS-1 Inverted microscope is equipped with wide field eyepieces, long working distance plan achromatic objectives, long working distance condenser and phase contrast unit. It can be observed transparent and unfinished living specimen in culture bottle or culture utensil. It is the ideal instrument suitable for research of living specimen structure, liquid, deposits and so on. It also can be used in research institutes, universities, medical treatment, agriculture and animal husbandry etc. Features: Wide field eyepieces, long working distance plan achromatic objectives Equipped with phase contrast unit, include long working distance condenser, phase contrast objective and centering telescope Coaxial coarse/fine focus system with tensional adjustable and up stop, minimum division of fine focusing: 2μm 6V 20W halogen lamp with brightness control. GET A QUOTE Specifications Dimensions Diagram Download XDS-1 Configurations

Home Products Metallurgical Microscope Microscope ICM-100 Upright Metallurgical Microscope L2030 L2030 series reflected and transmitted metallurgical microscopes are suitable to observe surfaces of non-transparent object or transparent object. They are equipped with vertical illuminator and transmitted illuminator, plan achromatic objectives with long working distance(no cover glass), wide field eyepieces and set polarizer device in trinocular. They provide clear and high-contrast image, convenient control. They are the ideal instruments in research work in biology, metallography, mineralogy,precision engineering, electronics and etc. They are suitable for scientific research, teaching demonstration in the colleges and factory. Features: Long working distance (no cover glass) plan achromatic objectives and wide-field eyepieces Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm With vertical illuminator and transmitted illuminator, can observe surfaces of non-transparent object or transparent object. 6V 20W halogen lamp, brightness adjustable Trinocular, can switch to observe normally or to observe the Polarize, can send 100% of light to the binocular eyepieces or to the top port. Optional Model: L2030A L2030B GET A QUOTE Specifications Dimensions Diagram Download L2030A Configurations L2030B Configurations

Home Products Biological Microscope Microscope ICM-100 Inverted Biological Microscope XDS-2 XDS-2 Inverted microscope is equipped with wide field eyepieces, long working distance plan achromatic objectives and very long working distance condenser and phase contrast unit. It can be observed transparent and unfinished living specimen in culture bottle or culture utensil. It is the ideal instrument suitable for research of living specimen structure, liquid, deposits and so on. It also can be used in research institutes, universities,medical treatment, agriculture and animal husbandry, etc. Features: Wide field eyepieces, long working distance plan achromatic objectives Equipped with phase contrast unit, include long working distance condenser, phase contrast objective and centering telescope Coaxial coarse/fine focus system with tensional adjustable and up stop, minimum division of fine focusing: 2μm 6V 30W halogen lamp with brightness control. GET A QUOTE Specifications Dimensions Diagram Download XDS-2 Configurations