Introducing the MIDI III: Revolutionary LED Flash Technology and FISH-Enabled Fluorescence Scanning
3DHISTECH proudly presents the MIDI III, an advanced research scanner designed to redefine imaging capabilities in both Brightfield and Fluorescence modes. Equipped with cutting-edge LED Flash Technology and a unique 3-objective fluorescence scanning system, this compact yet powerful scanner is poised to elevate research standards across the globe.
Next-Generation Brightfield Scanning with LED Flash Technology
At the heart of the MIDI III is its trailblazing LED Flash Technology, which delivers Brightfield (BF) imaging at speeds 10 times faster than its predecessor, the MIDI II. This revolutionary system utilizes rapid LED light pulses, providing homogeneous illumination without the risk of motion blur, ensuring exceptional image clarity and accuracy. Despite the boost in speed, the scanner operates silently, preserving the peaceful focus of the lab environment.
Whether your research requires high-volume scanning or detailed sample analysis, the MIDI III offers unmatched precision and efficiency in Brightfield mode, making it an essential tool for modern research labs.
Unmatched Fluorescence Capabilities with 3-Objective System and FISH Technology
The MIDI III is the first benchtop scanner featuring a 3-objective fluorescence system, providing researchers with the ability to capture highly detailed images across multiple fluorescence channels. With high-speed, multi-channel pre-scanning, the scanner enables accurate and rapid analysis, making it ideal for a wide range of applications including Fluorescence in Situ Hybridization (FISH), a critical technique in modern genetic and cancer research.
By delivering high-resolution imaging for genetic studies, gene mapping, pathogen detection, cancer diagnostics, and more, the MIDI III enhances the ability to conduct complex research with unmatched precision and speed.
Designed for Modern Research Needs
Despite its compact size, the MIDI III offers exceptional versatility with both Brightfield and Fluorescence modes. The scanner comes equipped with an automated system that allows for seamless, continuous scanning, handling up to 12 slides per load. Its advanced automation and precision enable researchers to focus on analyzing data while the MIDI III handles the intricate details of scanning.
A Game-Changer for Research Labs
The MIDI III arrives at a crucial time when FISH applications in research are of paramount importance. This compact, feature-packed scanner is set to revolutionize research labs, aiding in the identification of genetic abnormalities, cancer diagnosis and prognosis, gene mapping, prenatal diagnosis, pathogen detection, and more.”
The MIDI III stands at the forefront of innovation in imaging technology, providing critical tools for researchers to advance scientific knowledge, develop treatments, and improve diagnostic accuracy.
Key Features
Fully Automated Control
- Fully automated scanning.
Capacity:
- 12-slide tray capacity
LED Flash Technology
- Up to 10x faster Brightfield scanning with superior image clarity.
3-Objective Fluorescence System
- Unmatched precision and multi-channel fluorescence imaging.
FISH-Ready
- Optimized for Fluorescence in Situ Hybridization applications.
Compact Design
- High-performance scanning in a small, benchtop form factor.
Specifications
Slide Loading Capacity | 12 Slides |
Objective Type | Default: Plan Apochromat 5x (NA 0.16); 20x (NA 0.8) and 40x (NA 0.95); Optional: Plan-Apochromat 10x (NA 0.3) |
Brightfield Scanning Technology | 4.2 MP sCMOS camera with RGB illumination |
Optical Magnification | 8x/15x/31x and 62x |
Pixel Resolution | 1.3/0.65/0.335/0.162 |
Highest Brightfield Scanning Speed | 3 min 20 sec (20x objective, 15mm x 15mm) |
Average BF File Size (Native Resolution) | 2.6 GB (20x)/7.9 GB (40x) |
Fluorescence Scanning Technology Highest FL Scanning Speed | 5 MP 16 bit sCMOS Camera and a laser and LED based light engine with 6 solid state light sources 8 min 30 sec (3 fluorescent channel, 20 ms exposure time with interpolated focus) |
Dimensions, cm (W x D x H) | 84 x 48 x 64 |
Weight (kg) | 43 |
A Research Solution and Software Suite for a Complete Digital Pathology Workflow
3DHISTECH provides more than just cutting-edge scanners; the MIDI III is part of a comprehensive RX (Research) Solution designed to streamline and enhance your entire digital pathology workflow. Our solutions combine powerful hardware with industry-leading software to deliver an integrated system that covers everything from imaging and management to analysis and evaluation.
Hardware Components:
- MIDI III: The centerpiece of our imaging solution, offering revolutionary Brightfield and Fluorescence scanning with FISH capability.
- All-in-One Server PC: Designed for local storage and server-based capabilities, this powerful server PC ensures efficient data management and secure storage of your research slides.
- Touch Monitor: Provides a responsive, intuitive interface for seamless control of your imaging workflow.
Software Suite:
- Slide Manager®: A comprehensive platform for product and slide management, keeping your research organized and accessible.
- SlideCenter®: Acts as a centralized server for storage and database management, allowing for easy slide access and sharing across teams.
- Pannoramic Scanner Software®: Offers precise control of the MIDI III scanner, optimizing the scanning process for both Brightfield and Fluorescence modes.
- WebViewer®: A web-based digital microscope that allows for remote slide viewing, making it possible to collaborate and review slides from anywhere.
- SlideViewer®: A powerful digital microscope tool that provides high-quality viewing of your slides, ensuring every detail is captured.
- QuantServer®: Delivers server-based image analysis, enabling researchers to process large datasets efficiently and with greater precision.
- SimpleSlideInterface®: Facilitates seamless integration of our systems with your existing infrastructure, ensuring smooth operations across platforms.
- SlideMaster®: A powerful tool for evaluation and export, providing flexibility in handling and sharing research data.