Click image to view full sizeUniPRO In-line Spectroscopy & Imaging System
UniPRO In-line Spectroscopy & Imaging System
Customized Raman / Fluorescence Spectroscopy System, streamlined design, integration of optical components, objective lens and digital camera
★ With customized 2D scanning stage, it can scan Raman signals of large samples
★ Set up on the production line as an online production line monitoring system
★ Expandable Vacuum System，Perform experimental real-time detection
UniPRO-i
Simple Raman / fluorescence spectroscopy kit, exclusive design of small-sized optical component integration module, directly mounted on the optical microscope, and then connected to the laser source and spectrometer, you can upgrade to Raman / fluorescence system, various brands of optical microscopes Can support
More Products
UniRAM Low Temperature Raman/PL spectroscopy
Customized low temperature spectroscopy system Temperature reachable 4k ~ 600k 產品特色 • High compatibility• BX43, microscope body• 1um Z-axis focusing module.• 10x, 20x, & 100x, plan objective lens as well as Long working distance M plan APO available• Koehler illumination system for high contrast imaging• 3M CMOS USB color camera• 11 steps ND filter for adjusting laser power• Up to 2 integrated lasers• Photoluminescence measurement as well
EZRam= EZRam Movable Raman / PL spectroscopy
Feature of product ★ Non-destructive testing and analysis (非破壞分析量測) ★ System can be upgraded to dual lasers (可搭配兩組雷射, 405, 532,633,785) ★ Dual lasers can be quickly switched (快速切換雷射, 無須重新校正) ★ The incident optical path can be used without fiber (無光纖入射設計避免能量損失) ★ 11 steps ND filter for adjusting laser power (快速切換11段功率調整) ★ 5 megapixels CMOS camera (影像觀測) Application QA / QC In‐situ Raman Surface contamination analysis SERS Multi-laser
Integrated vacuum and spectrum measurement system
★ Expandable vacuum system for experimental in-line detection
Laser Marking
A laser scriber that can digitally control the position and trajectory of the cutting scribe can be used for wafer and semiconductor material cutting, eliminating the cumbersome process of traditional crystal source knife and saw cutting. Widely used in solar industry monocrystalline silicon, polycrystalline silicon, amorphous silicon solar cells (cell) and wafers ★ Equipped with precision mobile platform to ensure machining accuracy ★ With pulse laser, it can complete the processing in an instant, and the heat affected area is very small, ensuring the processing accuracy ★ Non-contact machining No cutting force acting on the cutting part, avoiding damage to the surface of the processed material specification 1. Wavelength = 532nm (3W) 2. Marking area : 80cm x 80cm 3. speed: 100 mm/sec (Max speed) 4. Precision: 0.0006 mm/mm of travel System composition Real machine
UniPLUX PL / TRPL / Upconversion spectrometer
PL / TRPL / Upconversion UniPLUX feature of product： - You can measure the demand to choose white light, laser or pulsed laser as the excitation light source - Choice of CCD or PMT detector - Can be upgraded to a micro-field fluorescence detection system with a microscope - Perform PL / TRPL / Upconversion analysis
UniART Absorption/ Reflection/ Transmission spectrometer
Absorption / Reflection / Transmission Spectrometer UniART feature of product： - Built-in white light source - Optional laser excitation light source - Detection range 200nm-3000nm UV ~ NIR (need to be equipped with different detectors) - Custom sample carrier - Optional integrating sphere and light source polarizer
