Microsystem
Endoscopysystem
Energysystem
+86-21-54286005
info@tenmed.net
Room 602, Building 1, No. 111 Luxiang Road (Greenland Park Plaza), Baoshan District, Shanghai, China
The DSX2000 fully motorized digital microscope series simplifies tasks, boosts productivity, and streamlines work for researchers and QC lab professionals with smart tools, all-in-one imaging, and a customizable interface. Empower your team to achieve fast, precise results and capture exceptional images beyond 4K resolution.
Phone：+86-21-54286005
DSX2000_Brochure_EN
The award-winning DSX2000 digital microscope series simplifies tasks, boosts productivity, and streamlines work for researchers and QC lab professionals. With smart tools, all-in-one imaging, and a customizable interface, the DSX2000 system adapts to your needs. Paired with PRECiV™ software, the DSX2000 microscope empowers your team to achieve fast, precise results and capture exceptional images beyond 4K resolution. An intuitive, seamless experience enables users of all skill levels to operate the system with ease and confidence.
The DSX2000 digital microscope series includes motorized, universal, or standard zoom head options so you can customize the system to your exact imaging and workflow needs. Whether your team needs full automation, advanced functionality, or just the basics, the DSX2000 series has you covered.
Full motorization simplifies tasks and boosts productivity so your team can navigate challenges with ease. The motorized zoom head with an automatic revolving nosepiece supports up to four objective lenses for effortless magnification changes and seamless macro-to-micro inspections. This model is ideal for high-resolution observations and inspection applications requiring efficient go/no-go decisions.
Our universal and standard zoom head models enable seamless macro-to-micro inspections with a single system. The sliding nosepiece supports up to two objective lenses for seamless magnification changes. These models offer the flexibility to use a wide variety of objective lens types, including super long working distance options, and to image your sample from a wide range of angles.
By providing reliable results easily, the DSX2000 digital microscope series frees up valuable time to focus on the work that matters most. Get inspection results with minimal training or quick, accurate answers to your research questions.
The DSX2000 microscope series offers a wide magnification range of 21X-7,300X, enabling you to complete macro and micro inspections with one system. With a lineup of 20 objective lenses, including super long working distance and high-resolution options, you can easily adapt your imaging to different samples and applications.
Quickly capture overview images of samples with the macro camera. This flexible accessory can be detached and held by hand to image large samples that cannot be placed on the stage. Switching to the macro camera view in the software is simple, making it easy to alternate between micro and macro imaging. Generate comprehensive reports faster with the required overview and magnified images.
Quickly and easily change objectives on any DSX2000 model. The easy-to-replace lenses and adjustable settings in an ergonomic system let you work faster and maintain comfort.
For systems with a motorized zoom head, you can control the automatic revolving nosepiece from either the console or your computer to make effortless magnification changes.
Systems with standard or universal zoom heads also offer seamless magnification changes via the sliding nosepiece, where two objective lenses can be attached at the same time. Switch the magnification just by sliding the lens for fast macro-to-micro imaging. This system makes it easy to change lens types, providing flexibility for various inspection needs.
The DSX2000 microscope offers seven different observation methods at the click of a button. Find viewing conditions using brightfield (BF), oblique (OBQ), darkfield (DF), MIX (DF and BF), polarization (PO), differential interference contrast* (DIC), or our unique shaded relief (SR) method.
*Not available on the SZH model.
Shaded relief observation reveals ultra-fine defects in real time, without post-processing delays. Move the stage and scan your sample seamlessly, viewing shaded relief images instantly for fast, thorough inspections.
Best image function identifies the best imaging mode for revealing what needs to be seen with one click.
Observe internal details in transparent, semitransparent, or thin samples with a variety of transmitted lighting and contrast options. Simply select cartridges according to the type and purpose of the sample.
Left: plastic molded product captured using transmitted light with the SZX2-CPO polarization plate cartridge.
Right: fibers captured using transmitted light with the SZX2-CDF darkfield cartridge.
| Cartridge | Observation and Contrast Methods | |
|---|---|---|
 |
SZX2-CBFL |
Brightfield, low contrast |
 |
SZX2-CBF |
Brightfield, standard |
 |
SZX2-CBFH |
Brightfield, high contrast |
 |
SZX2-COBL |
Oblique, low contrast |
 |
SZX2-COB |
Oblique, standard |
 |
SZX2-COBH |
Oblique, high contrast |
 |
SZX2-CDF |
Darkfield |
 |
SZX2-CPO |
Polarization plate |
The extended stage (up to 200 × 100 mm) accommodates multiple or large samples, while the tilting frame and rotating stage enable you to place your sample in the best observation conditions.
Pair the DSX2000 microscope with PRECiV image analysis software to maximize efficiency. Customized workflows and AI capabilities on the DSX2000 digital microscope give you the power to work smarter, unlocking more efficient ways to perform routine inspections or conduct complex analyses.
EZ mode simplifies the interface with only essential functions. Custom workflows limit available buttons for consistency and ease of use while reducing the potential for errors.
1. Define your workflow
2. Arrange the icons
3. Activate the workflow
PRECiV software equips the DSX2000 microscope with our unique Live AI. This powerful tool instantly reveals hidden details and highlights key features on live images without the need for additional processing. AI-assisted decision-making frees your experts from the need to double-check images.
1. Produce a live image
2. Train the neural network (5 minutes)
3. Apply the neural network to the live image
Automatic image improvement eliminates unimportant scratches or elements that could obscure critical information or be mistakenly counted by the AI.
Steel microstructure Live contrast enhancement with grain boundaries highlighted
Image segmentation enables the AI, with minimal training, to identify and count different object types in your sample.
Through holes in printed circuit board. Live detection of filled and empty holes.
PRECiV software operates the same way on all our industrial microscopes, creating a cohesive analysis environment across both digital (DSX series) and conventional microscopes (BX™ and SZX™ series). Access tools for 2D/3D measurements, image enhancement, macro recording, AI-assisted analysis, and more.
Simplify daily tasks for material analyses with standard-compliant automated workflows. Choose from options for grain sizing, cast iron analysis, phase analysis, non-metallic inclusion rating, and more.
Easily connect the DSX2000 microscope to your company network for IT compliance and quick image sharing.
Analyze images on any PC equipped with PRECiV software. This frees up the DSX2000 microscope for image acquisition, increasing workflow efficiency.
Use the plug-in for Microsoft 365 to design your own reports in Microsoft Word, Excel, or PowerPoint.
Be confident in your results knowing that the DSX2000 digital microscope produces exceptional images and precise measurements that meet the exacting demands of quality control, failure analysis, and R&D.
Building on a century of innovation, Evident has a rich legacy of expertise in precision optics. Our extensive line of dedicated objectives provides the wide magnification range (21X–7,300X) and working distance needed for inspections, whether you’re investigating the cause of a failure or doing a routine quality check.
The DSX2000 microscope empowers inspections with image quality that surpasses standard 4K resolution*, delivering enhanced clarity and coverage across sample types—whether large, thin, thick, rough, reflective, or transparent. Pair the system with a 32-inch 4K monitor, for example, to further enhance sample details for observation and analysis.
* Resolution beyond 4K is not available on the SZH model.
The objective lens automatically moves up and down to match the unevenness of the object, providing a live image that is always in focus even when the observation location changes. By eliminating the need to adjust focus manually, the DSX2000 microscope helps your lab improve analysis and inspection efficiency.
Get detailed insights into surface heights and features with precise 3D analysis for complex inspections.
Seamless stitching quickly creates large macro images, enabling analysis of large samples in less time. Create macro images as large as you want—the only limits are your hard drive space and stage travel range.
Captured images automatically record their settings. Reuse conditions with one click for consistency and repeatability.
Telecentric optics and traceable, time-stamped calibration by Evident technicians ensure precise measurements and easy alignment with metrology standards. Professional on-site calibration and service plans help keep your DSX2000 microscope compliant at predictable costs—especially with multi-year plans bundled at the best value when purchased with a new system.
*The guaranteed accuracy and repeatability apply only if the device has been calibrated according to the manufacturer's specifications and is in defect-free condition. Calibration must be performed by an Evident technician or an Evident-authorized specialist.
| Zoom head | Standard (DSX20-SZH) | Universal (DSX20-UZH) | Motorized (DSX20-MZH) | |||||
| Optical system | Optical system | Telecentric optical system | Telecentric optical system | Telecentric optical system | ||||
| Optical zoom ratio | From 1X to 10X | From 1X to 10X | From 1X to 10X | |||||
| Optical zoom magnification method | Motorized | Motorized | Motorized | |||||
| Calibration | Automatic | Automatic | Automatic | |||||
| Nosepiece | Manual sliding nosepiece | Manual sliding nosepiece | Motorized revolving nosepiece | |||||
| Number of objectives that can be attached | Up to 2 objectives | Up to 2 objectives | Up to 4 objectives | |||||
|
Accuracy and repeatability (X-Y plane) |
Accuracy *1 | ±3% | ±3% | ±3% | ||||
| Repeatability 3 σn-1 | 2% | 2% | 2% | |||||
| Repeatability (Z axis) *2 | Repeatability σn-1 | 1 μm | 1 μm | 1 μm | ||||
| Camera | Image sensor | 1.1-inch 12.37-megapixel color CMOS image sensor, global shutter | 1.1-inch 12.37-megapixel color CMOS image sensor, global shutter | 1.1-inch 12.37-megapixel color CMOS image sensor, global shutter | ||||
| Cooling | Peltier cooling | Peltier cooling | Peltier cooling | |||||
| Frame rate | 60 fps (maximum) | 60 fps (maximum) | 60 fps (maximum) | |||||
| Ultra (pixel shift mode) | Not available |
6000 × 6000 (1:1), 8192 × 6000 (4:3) |
6000 × 6000 (1:1), 8192 × 6000 (4:3) |
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| Super high (3CMOS mode) | Not available |
3000 × 3000 (1:1), 4096 × 3000 (4:3) |
3000 × 3000 (1:1), 4096 × 3000 (4:3) |
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| Super high |
3000 × 3000 (1:1), 4096 × 3000 (4:3) |
3000 × 3000 (1:1), 4096 × 3000 (4:3) |
3000 × 3000 (1:1), 4096 × 3000 (4:3) |
|||||
| 4K mode | 3840 × 2160 (16:9) | 3840 × 2160 (16:9) | 3840 × 2160 (16:9) | |||||
| High |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
|||||
| High (binning 2 × 2) |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
1500 × 1500 (1:1), 2048 × 1500 (4:3) |
|||||
| Full HD mode | 1920 × 1080 (16:9) | 1920 × 1080 (16:9) | 1920 × 1080 (16:9) | |||||
| Illumination | Color light source | LED | LED | LED | ||||
| Lifetime | 60,000 h (design value) | 60,000 h (design value) | 60,000 h (design value) | |||||
| Observation | BF (brightfield) | Available | Available | Available | ||||
| OBQ (oblique) | Available | Available | Available | |||||
| DF (darkfield) |
Available LED ring divided into four divisions |
Available LED ring divided into four divisions |
Available LED ring divided into four divisions |
|||||
| MIX (brightfield + darkfield) |
Available Simultaneous observation of BF + DF |
Available Simultaneous observation of BF + DF |
Available Simultaneous observation of BF + DF |
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| PO (polarization) | Available | Available | Available | |||||
| DIC (differential interference contrast) | Not available | Available | Available | |||||
| SR (shaded relief) | Available | Available | Available | |||||
| Mechanical aperture for contrast settings | Available | Available | Available | |||||
| Mechanical aperture for depth of focus | Not available | Available | Available | |||||
| Focus | Focusing | Motorized | Motorized | Motorized | ||||
| Stroke | 101 mm (motorized) | 101 mm (motorized) | 75 mm (motorized) | |||||
| *1 Calibration by an Evident or a dealer service technician is necessary. To guarantee the accuracy of XY, calibration with a DSX-CALS-HR (calibration sample) is required. | ||||||||
| *2 When used with a 20X or higher objective. | ||||||||
| Objective lens | DSX10-SXLOB | DSX10-XLOB | UIS2 | |||||
| Objective lens | Maximum sample height | DSX20-UZH, DSX20-SZH | 50 mm | 115 mm | 145 mm | |||
| DSX20-MZH | 71 mm | 101 mm | ||||||
|
Maximum sample height (free-angle observation) |
50 mm | 50 mm | 50 mm | |||||
| Parfocal distance | 140 mm | 75 mm | 45 mm | |||||
| Total magnification*3 | 20.9X–1461X | 43.8X–5845X | 26.1X–7307X | |||||
| Actual FOV |
18182 × 13317 μm – 260 × 190 μm |
8658 × 6341 μm - 65 × 48 μm | 14546 × 10654 μm - 52 × 38 μm | |||||
| *3 On a 27-inch 4K monitor, scale setting: 175%, anti-vibration mode: off, fit to window mode. | ||||||||
| Stage | DSX20-TMTS | DSX20-RMTS | DSX20-LMTS | U-SIC4R | ||||
| Stage | XY stage: motorized/manual | Motorized | Motorized | Motorized | Manual | |||
| XY stroke | 100 × 100 mm |
Stroke priority mode: 100 mm × 100 mm Rotation priority mode: 50 mm × 50 mm |
200 × 100 mm | 100 × 105 mm | ||||
| Transmitted lighting | Integrated (PO, DF, BF, OBQ modes optional) | Not available | Not available | Not available | ||||
| Rotation angle | Not available |
Available Stroke priority mode: ±20° Rotation priority mode: ±90° |
Not available | Not available | ||||
| Display rotation angle | Not available | GUI | Not available | Not available | ||||
| Maximum load capacity | 5 kg (11 lb) | 5 kg (11 lb) | 5 kg (11 lb) | 1 kg (2.2 lb) | ||||
| Frame | DSX20-UF | DSX20-TF | ||||||
| Frame | Z-axis stroke | 50 mm (manual) | 50 mm (manual) | |||||
| Tilt observation | Not available | Available: ±90° | ||||||
| Tilt angle display | Not available | GUI | ||||||
| Tilt angle method | Not available | Manual, fix/release handle | ||||||
| Macro camera | ||||||||
| Macro camera | Image sensor | 1/2.5-inch color CMOS image sensor, rolling shutter | ||||||
| Image size | 1:1 display, 1944 × 1944 4:3 display, 1944 × 1458 Full HD display, 1920 ×1458 |
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| Size of the field of view (horizontal) | 81 mm to ∞ | |||||||
| Display | ||||||||
| Display | Screen size | 27 inch / 32 inch | ||||||
| Resolution |
Full HD: 1920 × 1080 4K: 3840 × 2160 |
|||||||
| System total | Upright frame system | Tilt frame system | ||||||
| System total | Weight (frame, head, motorized stage, display, and console) | 54.7 kg (120 lb) | 51.7 kg (113 lb) | |||||
| Power consumption | 100–120V / 220–240 V, 1.1/0 .54A, 50 Hz/60 Hz | 100–120V / 220–240 V, 1.1/0 .54A, 50 Hz/60 Hz | ||||||
| Software | ||||||||
| PRECiV DSX | Included: device control, video recording, time-lapse imaging, large panorama acquisition, extended focus imaging, 3D image acquisition, Z-stack acquisition, position list navigation, best image function, extended 2D measurements, 3D measurements, reporting tools, neural network processing, macro recorder | |||||||
| Operating system | Windows 11-64 bit | |||||||
| Network connectivity | Compatible with most popular antiviruses, Windows security updates allowed, images can be saved directly to OneDrive. | |||||||
| Reporting application | Microsoft 365, Office 2021, Office 2024 | |||||||
| Optional software | Count and Measure, Neural Network Training, Materials Solutions (Grain Size, Cast Iron, Phase Analysis, Porosity, Particle Size Distribution, Non-Metallic Inclusions, Layer Thickness, Coating Thickness), Measurement Sequence. | |||||||
| Customization |
Included: customizable user interface for predefined workflow creation Optional: wafer navigation, automated analysis on specific samples |
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| Objective lens model | Magnification on monitor |
Working distance （mm） |
NA | Field of view*1（μm） | |
|
Super long working distance objective lenses Provides a long working distance between the lens and sample |
DSX10-SXLOB1X*2
|
20.9–146.1X | 51.7 | 0.03 | 18182 × 13317 μm - 2597 × 1902 μm |
|
DSX10-SXLOB3X *2
|
43.8–438.4X | 66.1 | 0.09 | 8658 × 6341 μm - 866 × 634 μm | |
|
DSX10-SXLOB10X *2
|
146.1–1461X | 41.1 | 0.20 | 2597 × 1902 μm - 260 × 190 μm | |
|
High-resolution, long working distance objective lenses Delivers both high resolution and a long working distance |
DSX10-XLOB3X *2
|
43.8–438.4X | 30.0 | 0.09 | 8658 × 6341 μm - 866 × 634 μm |
|
DSX10-XLOB10X
|
146.1–1461X | 30.0 | 0.30 | 2597 × 1902 μm - 260 × 190 μm | |
|
DSX10-XLOB20X
|
292.3–2923X | 20.0 | 0.40 | 1299 × 951 μm - 130 × 95 μm | |
|
DSX10-XLOB40X
|
584.5–5845X | 4.5 | 0.80 | 649 × 476 μm - 65 × 48 μm | |
|
High-performance, high NA objective lenses Delivers high performance at the nanoscale |
MPLFLN1.25X *4
|
26.1–182.7X | 3.5 | 0.04 | 14546 × 10654 μm - 2078 × 1522 μm |
|
MPLFLN2.5X *4
|
39.1–365.3X | 10.7 | 0.08 | 9697 × 7102 μm - 1039 × 761 μm | |
|
MPLFLN2.5XBD *5
|
39.1–365.3X | 8.7 | 0.08 | 9697 × 7102 μm - 1039 × 761 μm | |
|
MPLFLN5XBD
|
73.1–730.7X | 12.0 | 0.15 | 5195 × 3805 μm - 519 × 380 μm | |
|
MPLFLN10XBD
|
146.1–1461X | 6.5 | 0.30 | 2597 × 1902 μm - 260 × 190 μm | |
|
MPLFLN20XBD
|
292.3–2923X | 3.0 | 0.45 | 1299 × 951 μm - 130 × 95 μm | |
|
MPLFLN50XBD
|
730.7–7307X | 1.0 | 0.80 | 519 × 380 μm - 52 × 38 μm | |
|
MPLAPON50X *3
|
730.7–7307X | 0.35 | 0.95 | 519 × 380 μm - 52 × 38 μm | |
|
LMPLFLN10XBD
|
146.1–1461X | 10.0 | 0.25 | 2597 × 1902 μm - 260 × 190 μm | |
|
LMPLFLN20XBD
|
292.3–2923X | 12.0 | 0.40 | 1299 × 951 μm - 130 × 95 μm | |
|
LMPLFLN50XBD
|
730.7–7307X | 10.6 | 0.50 | 519 × 380 μm - 52 × 38 μm | |
|
MXPLFLN20XBD
|
292.3–2923X | 3.0 | 0.55 | 1299 × 951 μm - 130 × 95 μm | |
|
MXPLFLN50XBD
|
730.7–7307X | 3.0 | 0.80 | 519 × 380 μm - 52 × 38 μm |
*1 Magnification and field of view are based on a 27-inch 4K monitor, scale setting: 175%, antivibration mode: off, fit to window mode, image aspect ratio: 4:3.
*2 The DSX10-SXLOB1X, 3X, 10X, and DSX10-XLOB3X do not support PO observation.
*3 The MPLAPON50X does not support DF, MIX, or SR observations.
*4 The MPLFLN1.25X and 2.5X do not support DF, MIX, PO, DIC, or SR.
*5 The MPLFLN2.5XBD does not support PO or DIC observations.
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