Laser Scanning Confocal Measurement Development Platform
SP8000A is a development platform for optical measurement solutions, featuring a built-in optical microscope and utilizing laser scanning confocal technology. This platform supports the integration of various optical accessories and modules according to measurement requirements, enabling diversified research and measurement. It enhances the flexibility of R&D equipment, reduces the cost of capital expenditure during the R&D phase, and shortens development time.
PRODUCT DESCRIPTION
PRODUCT DESCRIPTION
A Development Platform That Does More
More than just a single-function instrument, SP8000A offers diverse and versatile measurement capabilities.
Traditional confocal microscopy is divided into two measurement modes: single-point mode (used for conventional material analysis) and scanning mode (used for biomedical imaging). SP8000A integrates both modes and supports modular expansion to unlock additional functionalities, such as surface topography inspection and spectral measurement. With different module configurations, SP8000A can deliver a wide range of variety measurement capabilities.
FEATURES
FEATURES
Patented optical non-destructive measurement*
Utilizes laser confocal technology with a resolution of up to 0.1 µm
High-sensitivity PL/Raman spectroscopy measurement
Rapid PL image generation
3D imaging capability
Movable spot mapping function
Customizable measurement kits to meet specific measurement requirements
Surface topography measurement functionality
Highly integrated software seamlessly compatible with mainstream spectrometers (Horiba / Andor / Ocean) and multiple SMUs (Keithley / Keysight)
Built-in basic dimension measurement functions, capable of measuring length, angle, diameter, and more
*Notes
Patent Certificate Number: TW I661222 B
ADVANTAGES
ADVANTAGES
Confocal Principle and Its Advantages
Scanning Laser Confocal Technology
- Point-by-point scanning and light collection ensure adjacent signals do not interfere with each other, delivering precise measurements.
- Confocal technology effectively isolates signals before and after the focal plane, enhancing measurement accuracy.
- Short depth of field with high Z-axis precision ensures superior accuracy in depth measurements.
- Optical slicing and 3D image reconstruction provide an intuitive view of the spatial distribution of signals through 3D visualization.
- Single-point targeting function enables precise positioning for accurate measurements.
Advantages of SP8000A
Patented non-destructive measurement* reduces sample damage caused by the heat accumulation from rapidly oscillating the excitation spot within a micro-area.
Flexible functionality with both single-point and scanning measurement modes, supporting diverse development applications such as spectroscopy, fluorescence imaging, and surface topography measurement.
Multi-light source switching, supporting up to four lasers.
Programmable control and modular switching allow users to define platform functions, simplifying and streamlining the operation experience.
Optional polarization detection module.
Optional large 205mm x 205mm motorized platform.
Software supports integration with Horiba / Andor / Ocean spectrometers and Keithley / Keysight SMUs.
*Notes:
Patent Certificate Number: TW I661222 B
FUNCTION DESCRIPTION
FUNCTION DESCRIPTION
-
Raman / PL Spectroscopy
- Jewelry authentication
- Drug identification / forensic analysis
- Environmental toxicology testing
- Art and antiquities authentication / research
- Environmental monitoring
- Biomedical testing
- Materials identification
- Semiconductor research
- MicroLED measurement
- Microplastic detection
- 2D materials
-
PL / Reflection Image
- Surface topography inspection
- MicroLED inspection
- Single-molecule imaging
- Biomedical imaging
- Material surface distribution analysis
- SiC/GaN inspection
PRODUCT SPECIFICATIONS
PRODUCT SPECIFICATIONS
| Item | Content | |
|---|---|---|
| Measurement Method | Laser scanning confocal microscope | |
| Laser Wavelength | Up to 4 LASERs (Laser source option: 405nm, 532nm, 633nm, 785nm) | |
| Input/Output Port | One Laser input port (free space) Output: Signal through fiber (FC/PC; SMA) |
|
| Objective |
5X FOV 2mm x 2mm 10X FOV 1mm x 1mm 50X FOV 200μm x 200μm |
|
| Built-in OM (Optical Microscope) System | Epi-illumination: Adjustable white light LED (IR option) 3MP, 1” Color CMOS Camera |
|
| Motor-Z Focusing System | Travel range: 30mm Resolution (typical): 0.02μm Repeatability: 0.1μm Motor: 2 phase stepper motor High precision joystick |
|
| XY Stage | Manual stage | Travel range: 100mm x 100mm Resolution: 1μm |
| Motorized stage (Optional) |
Travel range: 205mm x 205mm (8") Resolution: 1nm Repeatability: 0.025μm Velocity: 90mm/s 2-phase stepper motor |
|
| Detector | Biakali PMT, Spectral response: 185nm - 750nm | |
| Data Station | OS: Windows 11 Interface USB 3.0 Discrete display card HDD > 1T 24” LCD display |
|
| Weight | 80 KG | |
| Dimension | Closed: L 755mm x W 560mm x H 629mm Open: L 901mm x W 560mm x H 957mm |
|
| Electrical Character | 110/220V 50/60Hz AC, 150W | |
