Singapore – October 17, 2018 – EINST Technology Pte Ltd is a renowned firm that supplies scientific equipment and also bio-medical and photonic solutions which are their center center of focus from when the company was established in 2003. EINST Technology has partnered with several organizations to enhance their research programs through offering them innovative products. The company has deep knowledge and practical experience in spectroscopy, optical imaging, and microscopy. They provide high grade products including microscopes, scientific cameras, terahertz equipment, biomedical equipment, laser and light sources, spectrographs, and more. Their services include OEM and prototyping services, training, calibration, recommission/relocation, repairs, maintenance, and various other engineering services. EINST Technology Pte Ltd got the distributorship to selltomocube and supercontinuum light source from YSL.

Speaking about the XY linear motor stages for microscopes, the Marketing Manager said, “Our HLD117 stages with linear motor technology ensures high precision in microscope automation. They are ideal for inverted research microscopes, offering convenience and optimum performance. The XY linear motor stages for inverted microscopes are designed to integrate with incubation chambers and micromanipulators without obstruction. They have a highly ergonomic platform that provides easy access to sample areas. They are also ultra-quiet, fast and precise, low profile, easy to integrate, offer slide scanning and multipoint imaging, among other features.”

EINST Technology Pte Ltd provides various types of microscope in Singapore. One of them is the Eclipse Ti2 which delivers a 25mm field of view that is unparalleled. The field of view revolutionizes the way the user sees and maximizes the CMOS cameras’ sensor area without compromises and also improves the data throughput significantly. It is a stable, drift-free platform that meets the demands of resolution imaging. The unique hardware-triggering capabilities of the Ti2 helps in enhancing the high speed imaging applications that appear challenging. It also guides users through the imaging workflows by gathering data from the internal sensors while eliminating the possibility of errors. The Ti2 is known for maximizing the imaging speed through hardware triggering.

Speaking about the Andor dragonfly high speed confocal microscope, the Marketing Manager continued, “Our Dragonfly 500 is a multi-modal imaging platform that enables widefield spinning-disc confocal. It is ideal for professional scientific research applications that carries out live-cell photo-stimulation and biological imaging. It has Andor EMCCD and sCMOS technologies and motorized optical zoom. The system has speed and sensitivity to work on various applications and delivers real-time visualization that ensures GPU accelerated deconvolution and rapid specimen evaluation to maximize the resolution and throughput.”

EINST Technology provides a wide range of Terahertz detector for various industrial needs. The TeraSense Terahertz detectors are ultra-fast and provide solutions for science and industry applications. They use original patent-protected technology and provide good responsivity when compared to other available detectors in the sub-THz range. These high speed sub-THz semiconductor imaging cameras operate at room temperature and can be combined into a compact sensor array that is similar to the CCD/CMOS sensors in a photo camera. They are low-cost, with pixel-to-pixel sensitivity and can be produced in massive quantities in 2D array because of the Terasense technology that has mass semiconductor manufacturing lines. The detectors are ideal for use in the sub-THz camera without the moving parts such as beam profiling systems, medical diagnostics, OEM applications and more.

About EINST Technology Pte. Ltd

EINST Technology has partnered with several organizations to enhance their research programs through offering them innovative products. The company has deep knowledge and practical experience in spectroscopy, optical imaging, and microscopy.