MZDH0670 12:1 Large Magnification Monocular Video Microscope

Key Benefits

• 12:1 zoom ratio covers a wide range from locating a component to inspecting fine details without changing objectives
• 82mm working distance allows space for tweezers, probes, or soldering tools under the head
• Adjustable LED coaxial and ring illumination provides consistent lighting across magnification levels
• CS-mount standard allows direct attachment of 1/2" CCD cameras without adapters
• Supports multiple objective lenses from 0.4X to 2X, extending total magnification to 28X with 2X objective
• Field of view ranges from 1.3mm to 50mm depending on objective and magnification used

Application Scenarios

• Inspection of fine-pitch SMD components and solder joints on PCBs with a clear view and tool clearance
• Quality control of small mechanical parts, connectors, and molded components in electronics manufacturing
• Micro-assembly tasks in watchmaking or jewellery where a steady hand and visual guidance are needed
• Educational lab use for observing small biological specimens or material surfaces under variable magnification
• Documentation of defects or features with a camera attached, enabling image capture without changing setup

Who It Is For

• Electronics manufacturers performing PCB inspection and SMD rework
• Quality control teams requiring documented inspection results with consistent lighting
• Teaching laboratories in engineering and materials science programs
• Precision assembly workshops in watchmaking, jewellery and micro-mechanics
• Research labs conducting surface analysis of small samples with variable magnification

Problems It Solves

• A fixed magnification microscope forces the operator to move the sample or change objectives during inspection
• Short working distance limits the use of tools like tweezers or soldering irons under the optics
• Inconsistent lighting across magnification levels leads to poor image quality and fatigue
• Lack of standard camera mounting requires custom adapters and misalignment between camera and optical axis
• No clear field of view data makes it hard to predict what area is visible at each magnification

Technical Features

• 12:1 zoom ratio with continuous adjustment from 0.58X to 7.0X under 1X objective
• 82mm working distance at 1X objective, adjustable with auxiliary objectives
• Adjustable high-brightness LED coaxial illumination with long life
• LED ring illumination for even lighting on non-reflective or irregular surfaces
• Standard CS-mount with 12.5mm distance from bearing surface to CCD plane
• Monocular head with 1X objective as standard, compatible with multiple objective adapters
• Supports 1/2" CCD sensors with screw mount and 1 inch 32 button interface
• Progressive scan imaging for stable video output without rolling shutter effects
• Optical system designed for flat field and minimal distortion across zoom range

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Choose between monocular head and optional trinocular head for dual use with camera and eye
• Attach any of the listed objective lenses (0.4X to 2X) to extend total magnification and adjust working distance
• Use 1/2" CCD cameras with screw mount and 1 inch 32 button interface for image capture
• Select between coaxial LED and ring LED illumination based on sample reflectivity and surface geometry
• Replace the standard 1X objective with a different focal length to match specific inspection needs

Comparison With Other Options

Use Guide

• Set the working distance based on the objective used; 82mm is standard at 1X, but drops to 35mm at 2X
• Adjust the LED coaxial and ring illumination to reduce glare on reflective surfaces or increase brightness on dark samples
• Attach the camera to the CS-mount and ensure the 12.5mm distance is maintained to avoid focus shift
• Start at the lowest magnification to locate the area of interest, then increase magnification for detail
• Use the field of view data to estimate the visible area at each magnification setting