DMF1000IR 3D Infrared Microscope

DMF1000IR 3D Infrared Microscope

Supplier
Smagics
Part Number
DMF1000IR
Category
Microscopes
Origin
China

Manji Optoelectronics' DMF1000IR infrared measuring microscope combines infrared spectroscopy with high-magnification microscopy. It supports brightfield, darkfield and polarized differential interference contrast observation. Dedicated IR objectives enable imaging through silicon for semiconductor inspection and measurement.

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Overview

Manji Optoelectronics' DMF1000IR infrared measuring microscope combines infrared spectroscopy with high-magnification microscopy. It supports brightfield, darkfield and polarized differential interference contrast observation. Dedicated IR objectives enable imaging through silicon for semiconductor inspection and measurement.

Specifications

ParameterValue
Optical SystemsUIS2 Optical System (Infinity-Corrected System)
Observation HeadAdjustable Tilt 5°~35°, Upright Infinity-Corrected Hinged Trinocular Tube, One-Sided Diopter Adjustment ±5; Interpupillary Range 50mm~76mm; Two Split Ratios, Binocular:Trinocular=100:0 or 0:100
EyepieceHigh-Eyepoint Wide-Field Plan Eyepiece PL10X/22mm, Diopter Adjustment, Optional Reticle
ConverterFive-Position Motorized Nosepiece with DIC Slot; Bright/Darkfield Five-Position Motorized Nosepiece with DIC Slot
Objective [Infrared]Olympus IR Objectives: 5X, 10X, 20X, 50X, 100X; Wavelength: 700-1300nm
ObjectiveInfinity-Corrected Long-Working-Distance Plan Bright/Darkfield Achromatic Metallurgical Objectives 5X, 10X, 20X
ObjectiveInfinity-Corrected Long-Working-Distance Bright/Darkfield Semi-Apochromatic Metallurgical Objectives 50X, 100X
MagnificationOptical Magnification: 50X-1000X
Measuring Microscope BodyPrecision XYZ Base: Granite plus Precision Cast Aluminum, Motorized Z, Maximum Travel ≥200mm, Encoder Resolution 0.1 Micrometer
Sample Stage [Automatic Stitching Requires Motorized Stage; Larger Sizes Customizable]Motorized or manual stage (a motorized stage is required for automatic image stitching), XY travel range: ≥100mm*100mm (larger sizes customizable), with a 0.1-micrometer-resolution linear encoder
Illumination SystemInfrared Light Source
Illumination System12v100w Halogen Source, Wavelength Coverage: 350-2500nm
Focusing MethodMotorized Focusing with Low/Medium/High Speed Buttons and Z-Focus Knob; X,Y,Z Joystick with Adjustable Speed and Encoder-Data Display
Camera [Simultaneous Integration of Visible-Image Acquisition Supported]Professional IR Camera with 400 Ten-Thousand Pixels and USB3.0; Optional Simultaneous Visible Acquisition with 2000 Ten-Thousand-Pixel Color Camera and USB3.0
Camera Imaging Interface0.5X/0.65X CTV, C-mount, adjustable focus
SoftwareMAG-SHOT Analysis Software for Measuring Microscopes: Real-Time Three-Coordinate Counter Data, Image Measurement Module, Automatic Edge Detection, Basic Image Acquisition and 2D Measurement, Automatic Focus Stacking, 3D Profile Imaging and Measurement, Height Maps, Automatic Stitching, and One-Click Report Export

Applications

Semiconductors; PCB; LCD; mobile phone industry supply chain; optical communications; basic electronics; molds and hardware; medical devices; automotive industry; metrology

Key Features

Advantages: 1. Near-infrared imaging reveals internal chip processes and defects. 2. Automatic encoded stitching, with configurable chip spacing, stitches each chip at its position. 3. Autofocus before each chip's stitching maintains focus. 4. Motorized X,Y,Z axes with grating encoders and displayed readings. 5. Point, line, circle and parallel-line measurement tools. Powerful imaging/measurement with dependable quality/technology. DMF1000IR infrared measuring microscope uses dedicated IR objectives to image through silicon for semiconductor inspection/measurement. Its 5X to 100X objectives correct visible-to-near-IR aberrations; high-magnification LCPLN-IR objectives have correction collars to compensate sample-thickness aberration and obtain clear images with one objective. Excellent optics realistically image minute samples; advanced metrology measures accurately; autofocus/navigation simplify precise measurement; comprehensive traceability ensures trustworthy results. Core components: UIS2 infinity-corrected optics provide high resolution/contrast and eliminate aberrations for precise fine-detail measurement. Motorized stage: low/medium/high focus-speed buttons and a Z-focus knob; maximum measurement height 200mm, standard range X100*Y100mm, customizable larger, with 0.1μm encoder resolution. Infrared stitching: coordinate-based merging produces high-magnification wide-area images reliably. Infrared map navigation: click anywhere on a large-sample navigation map to move the stage there. 2D measurement: point-to-point, point-to-line, parallel-line, angle and area tools, Excel export and customizable font size, line color and units. 3D visible-light measurement: optional integrated visible observation provides micrometer accuracy, automatic measurements/output and greater efficiency. Measures point-height differences/extrema; profile distances, angles and arc radii; protrusion/depression volumes and surface areas; line/areal roughness. Roughness: noncontact line/areal measurement under ISO 4287:1997 and ISO 25178-2:2012, using collected topography for diverse texture analyses. Precision tools recover actual sample data and reflect brand quality. Miniaturization and precision manufacturing require accurate XY and Z measurements. DMF1000IR uses a precision XYZ base of granite plus precision cast aluminum, motorized stage and Z axis, XY travel ≥100mm*100mm with larger sizes customizable, and a 0.1-micrometer encoder. Easier motorized focusing: DMF1000IR has an independent three-speed focus/encoder-zeroing controller to avoid manual-adjustment inconvenience, simplifying sample focus and measurement (the source's measurement term is unclear). Live counter: digital display shows sample dimensions at 0.1μm accuracy, with zeroing, millimeter/inch switching and linear compensation. Automatic objectives: a motorized zoom head and automatic turret change objectives quickly via panel/computer; ergonomic interchangeable objectives and adjustable settings improve speed and comfort.

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Supplier Information

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Smagics
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Shanghai Manji Optoelectronics was founded in 2018, a core supplier of microscopic imaging and laser processing equipment and overall solutions. We are deeply engaged in optical inspection and processing, with technological innovation as the core, providing high-precision customized optomechanical solutions. The company has a 1500㎡ R&D, production, sales and office integrated base in Shanghai, built a full-stack independent R&D and production system covering optics, mechanics, electronics and software. We have an independent AOI intelligent detection algorithm and interdisciplinary R&D team, achieving full control from core technology to system integration, providing deeply customized "turnkey" solutions to ensure high precision and reliability of equipment. Based on the frontier, we continue to expand. In 2025, we strategically deployed Dingyuan Biotechnology in Suzhou, focusing on R&D and production of biological live cell imaging equipment, improving cross-field layout and empowering biomedical research. In the future, Manji Optoelectronics will uphold the concept of "Mastering Precision with Light, Creating Innovation with Intelligence", working with partners to promote the progress of optical technology and industrial upgrading.

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