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Pathology Equipment Comparison 2026: 13 Brands Compared

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Pathology departments face growing demand for speed, accuracy and workflow standardization. This report compares representative products from 13 pathology equipment manufacturers , matching like with like : tissue processors, embedding, microtomes, cryostats, staining and coverslipping, IHC/ISH platforms and digital pathology scanners, with selection guidance and full source references. 📊 Key Highlights at a Glance 13 Manufacturers compared (incl. 3 Chinese brands) 530/hour Sakura Prisma Plus staining throughput (manufacturer-reported) 450 slides Leica Aperio GT 450 DX batch scanning capacity 420 cassettes Donatello Series 3 capacity per run 🔍 Report Preview: Tissue Processor Capacity (Excerpt) Manufacturer / model Capacity per run Feature Leica HistoCore PEGASUS Plus Dual retort, 2 × 200 cassettes Runs different programs in parallel Epredia Revos 300 standard cassettes RFID reagent management, backup battery Diapath Dona...
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Automated Tissue Processor Video Walkthrough

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  Introduction When optimizing histopathology workflows, choosing and maintaining a reliable tissue processor is critical for ensuring pristine specimen preservation and accurate diagnostic results. While technical datasheets offer essential figures and specifications, seeing a machine’s real-world build quality and internal architecture provides a deeper level of confidence. In our latest YouTube video below, we take a hands-on, complete walkthrough of our automated tissue processor—exploring both its intuitive exterior interface and its heavy-duty internal mechanical components. Watch the Full Walkthrough Video Key Highlights from the Teardown 1. Exterior Design & User Interface Ergonomic Build: Designed for high-throughput pathology labs, featuring chemical-resistant housing to withstand daily exposure to solvents and reagents. Intuitive Controls: A user-friendly touchscreen dashboard allowing real-time monitoring of processing cycles, temperature profiles, and vacuum/pres...
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Biological Microscope Design and Exterior Showcase Video

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In life science research, educational laboratories, and clinical inspections, a reliable, high-performance, and ergonomically designed biological microscope is an essential tool. Today, we delve into a feature-rich biological microscope that combines top-tier optical clarity with user-friendly ergonomics, giving you a detailed look at its key highlights and technical specifications. I. Key Features & Design Highlights 01. Comfortable and Ergonomic Viewing Head Flexible Adjustments : Features a hinged binocular or trinocular head with a 30° inclination and 360° rotation . Both the interpupillary distance (55–75 mm) and diopter settings can be effortlessly adjusted to accommodate multiple users . Wide-Field Eyepieces : Equipped with WF10X/20mm wide-field eyepieces offering a large field of view, high eye point design, and adjustable view angles . Anti-Mold Optics : The observation tube, eyepieces, and objective lenses all undergo specialized anti-mold treatments to guarantee...
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Histology Staining Protocol Automated Tissue Stainer Step-by-Step Operation Video Guide

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Automated Tissue Stainer Operation Guide Step-by-Step Histology Staining Protocol 1.Plug in the power cord.Turn on the power switch. 2.See the reagent cylinders.12 in total from left to right.The last three cylinders are paraffin cylinders. 3.Take the tissue basket off.Then put embedding cassettes.Insert it back. 4.The main interface includes a manual mode.There is Up Down  Stop Left and Right. 5.Click back here,choose Auto.There is an option to working here.Delayed walk,run on weekends.We can choose to working. 6.Click the set key,the temperatures can be set. 7.Shaking cylinder.Default daily run time.This is year month day.There are also procedure settings.It's program.There are a total of 25 sets of programs.All can be set. 8.Click the digit,you can enter digit.Then the specimens can be loaded.Then click the auto.If you want to run it now ,click working. 9.Then select the program number.Choose your starting steps,then confirmation.You can see the program running.Close the w...
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Video Guide How to Operate an Liquid-Based Cytology (LBC) Processor

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How to use liquid-based cytology processor LBC processor operation guide 1.First,place the specimen on the shaker and shake for 10 to 15 minutes. 2.While shaking,insert the membrane tubes into one of the slots of the membrane filter machine,which can hold up to four. 3.Then place the slides in the corresponding positions. 4.We are only processing one for now,but if there are four,all slots can be filled. 5.Then select the corresponding hole number,one,two,three,or four. 6.Turn off the shaker and take out the specimen. 7.Extract 1.5 to 3 ml of the specimen and drop it into the membrane tube. 8.Simply press run,then tap confirm,and wait for completion. 9.Great.Slide preparation is complete. 10.Unscrew the membrane tube counterclockwise. Then remove the slide.At this point,the specimen has been transferred  onto the slide. 11.Next,you can proceed with staining the slide.
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