Introduction to the 378 Series Combination Microscope VM-ZOOM40
VM-ZOOM40 is an assembled microscope that combines a high magnification main device with a newly developed high-resolution long working distance objective lens, greatly improving the operability and image quality of the microscope. If VM-ZOOM40 is used in conjunction with analytical detectors and various laser repair devices, it will be very helpful for the development and manufacturing of semiconductor devices and LCD instrument panels.

Characteristics of the 378 Series Combination Microscope VM-ZOOM40
A gathering mirror with 1.40 x high magnification and excellent operational performance.
2. Standard configuration of high-resolution objective lens (10x).
3. Can connect different bright field objective lenses
4. The sliding lens barrel can quickly switch between the monitor and the laser beam cutting objective.
5. Hold three laser wavelengths (near-infrared, visible light, near ultraviolet, ultraviolet).
6. Standard configuration C-mount port.
7. Manual or automatic systems can be selected according to the purpose.

Performance parameters of the 378 series combined microscope VM-ZOOM40
Total magnification: 100 × -4000 × (when using a 1/2 "CCD camera and a 14" monitor)
Light tube magnification: 0.25 × -10 × (adjusted ratio 1:40)
Objective lens: M Plan Apo HR 10 ×
Field of view: 1/2 "CCD camera (optional): 2.56 × 1.92mm-0.064 × 0.048mm
Binocular: Φ 3.2mm - Φ 0.08mm
Reflective lighting: Kohler system (with aperture)
Manual adjustment requires fiber optic lighting (378-088)
Light source: halogen lamp&(21V, 150W)
Gathering device: concentric coarse/fine adjustment handwheel
Power supply: 20L x (minimum) on the screen
Weight: Main device: approximately 7kg
Binocular system: 1kg
Remote control device: about 7kg

●: included in the system
*To distinguish the AC power supply voltage, add the following suffix (such as 378-171A) after the item number:
A is suitable for UL/CSA, D is suitable for CEE, E is suitable for DC is suitable for China, K is suitable for EK, and no suffix is suitable for JIS/100V