| Measuring/Inspection Large Stage Microscope (LS Series) |
|
|
|
 Purpose
The Nikon Large Stage Microscope is able to inspect, measure, store the image, manage and analyze the data, and automatically compose images on each part of FPD (LCD,PDP, OLED etc.) Film, ITO Glass, or FPCB. Furthermore, it can measure the distances of all deviated stage zones from the system¡¯s screen, which is a more efficient and effective method than that used in the existing analysis microscope. It also features an option for automatically measuring and inspecting set-up points
|
| |
Feature
- Observation Method : Bright field, Dark Field, Polarizing, DIC, FL
- Lighting Method : Inspection and measurement analysis by selective lighting of Diascopic Illuminator and Epi-illuminator respectively or
by simultaneous lighting
- X,Y Axis Stroke: more than 500x400mm ~ 1800x1200mm
- Maximized Size: 105¡± (inch)
- Driving method of X,Y Axis: Manual, Motorizing, Programmable Motorizing
- Focusing : Focusing : Motorized Z Focusing and Manual Coarse/Fine Focusing Knob
- Focusing Stroke : A. Motorized Focusing - 95mm + Manual Focusing - 30mm
- Control :
A. X.Y.Z Axis Motorized Control (XY axis Programmable)
B. Nosepiece Motorized Control (Objective Indicator)
C. Motorizing Polarizing Control
D. Illumination Control
- Magnification : 25X, 50X, 100X, 200X, 500X, 1000X, 1500X , (Capable 15X~2000X)
- Lens : Nikon CFI60 Infinity Optics
- Eyepiece Tube : Long Trinocular Tilting Eyepiece Tube with Elect Image |
 |
| Large Stage Profile Projector |
|
|
|
Purpose
The Nikon Large Stage Profile Projector is able to inspect and measure each part of FPD (LCD,PDP, OLED etc.) Film, ITO Glass, and FPCB, furthermore analyze and manage data. In addition, it can inspect and measure the sample of large amount which is not able to measure with the existing profile projector. |
| |
Feature
- Observation Method: Projection Image A) Epi-illuminator lighting, B) Diascopic Illuminator lighting
- Lighting Method: Inspection and measurement analysis by selective lighting of Diascopic Illuminator and Epi-illuminator respectively or
by simultaneous lighting
- X,Y Axis Stroke: more than 500x400mm ~ 1800x1200mm
- Maximized Size : 75¡± (Inch)
- Driving method of X,Y Axis: Manual, Motorizing, Programmable Motorizing
- Focusing: Motorized Z Focusing and Manual Coarse/Fine Focusing Knob
- Focusing Stroke : A. Motorized Focusing - 95mm + Manual Focusing - 30mm
- Control :
A. X.Y.Z Axis Motorized Control (XY axis Programmable)
B. Illumination Control
- Magnification: 5X, 10X, 20X, 50X, 100X
- Lens : Nikon Projection Lens (Parfocal Distance, Half-reflecting mirrors built-in) |
|
| Laser Repair Microscope |
|
|
|
Summary
The Laser Repair Microscope is Laser repair and marking microscope manufactured by installing the body which is combined Laser Repair system and Large stage.
The X and Y stage axis moves slide by using a clutch and motorized unit. This unit is composed of a precise linear motor, joystick, and direction key. It is designed to recognize, measure, and display the repair in units of 1/10,000 mm on a digital counter, which is included in the linear scale on the X and Y axis. This equipment can measure across the full range of the stage. Repairs are performed either manually or automatically. Movement of the Z axis is controlled with an up and down button. The up/down movement is motor-driven, with focusing manually controlled by a jog dial and coarse and fine focusing knobs. The large statue lens is rotated by using a set up indicator, which is also motor-driven. The stage balance and Anti-Vibration by using air.
Equipment
- Laser Repair System
- Laser Comfortable Microscope System
- Anti-Vibration System and Balancing system
- Control Software for Laser Cutting & Marking
- Image process and Analysis Unit |
| |
Purpose
Laser Repair Microscope is able to inspect for laser cutting and marking, measure, store the image and manage analyzed data each part of FPD panel and module. |
| |
Feature and Specification of Laser Repair System
1) Laser : YAG Laser
2) Laser Wavelength : 1064nm / 532nm / 355nm / 266nm Multi-Wavelength
3) Laser Energy : 0.6mj/0.6mj
4) Min. Cut size (at 100X objective) : 1x1um
5) Max. Cut size (at 20X objective) : 125x125um
6) Laser head : 159x165x298mm
7) Polarizer Compensation Optics for Cell repair (0/45/90/135) |
|
