TISSUE PROCESSING
The HealthSky Tissue Processing Equipment is a state-of-the-art solution designed for efficient and reliable tissue sample preparation in histology and pathology laboratories. This advanced system automates the complex process of tissue fixation, dehydration, clearing, and infiltration, ensuring consistent and high-quality results. Featuring intuitive controls, customizable protoc... morehttps://www.healthskybio.com/products/tissue-processing/ #tissue#processor#in#histopathology
TISSUE PROCESSING
The HealthSky Tissue Processing Equipment is a state-of-the-art solution designed for efficient and reliable tissue sample preparation in histology and pathology laboratories. This advanced system automates the complex process of tissue fixation, dehydration, clearing, and infiltration, ensuring consistent and high-quality results. Featuring intuitive controls, customizable protocols, and robust safety features, the HealthSky Tissue Processing Equipment minimizes manual handling and reduces the risk of sample contamination. Its compact design and energy-efficient operation make it an ideal choice for laboratories seeking to enhance productivity and maintain stringent quality standards.
TYPES OF EQUIPMENT USED IN TISSUE PROCESSING
TDQ-400
Hipenet technology.High frequency and low amplitude sustained oscillation, accelerate the exchange of liquid inside and outside the specimen without affecting the original structure of the tissue.
FAQS OF TISSUE PROCESSING
Q
How user-friendly is the HealthSky Tissue Processing Equipment?
The equipment is designed with an intuitive interface and easy-to-navigate controls, making it user-friendly for laboratory technicians. It also offers customizable protocols to meet specific laboratory needs.
Q
Is the HealthSky Tissue Processing Equipment compatible with all types of tissue samples?
Yes, the equipment is designed to handle a wide range of tissue types, making it suitable for various applications in histology and pathology.
Q
How long does a typical tissue processing cycle take?
The duration of a tissue processing cycle depends on the specific protocol and tissue type but generally ranges from a few hours to overnight.
High frequency and low amplitude sustained oscillation, accelerate the exchange of liquid inside and outside the specimen without affecting the original structure of the tissue.
FEATURES OF TDQ-400 RAPID TISSUE PROCESSOR
01
Steady
PlD Controller offers precise and steady control.
High frequency and low amplitude sustained oscillation, accelerate the exchange of liquid inside and outside the specimen without affecting the original structure of the tissue.
FEATURES OF TDQ-400 RAPID TISSUE PROCESSOR
01
Steady
PlD Controller offers precise and steady control.
02
High Throughput
Equipped with 4 cylinders, 30 specimens eachcylinder maximum.
03
Safety
Multiple protection systems protect specimen safety.
04
Convenient
Intuitive Ul.
Process parameters are automatically memorized and can be called easily.
Running history recorded for review.
05
Flexible
Each of the cylinders processes independently, dehydration and paraffin infiltration function can be switched freely.
SPECIFICATION OF TDQ-400 RAPID TISSUE PROCESSOR
Model TDQ-400
Principle Hipenet Technology
Capacity 30 Specimens/Cylinder, 4 Cylinders in Total
Operation Touch Screen
Input Power AC 220V, 50Hz, 5A
Dimension 730×520×670 (mm)
Net Weight 45kg
LIQUID-BASED CYTOLOGY MACHINE
The HealthSky Liquid-Based Cytology Machine is an advanced diagnostic tool designed to enhance the efficiency of cytological examinations. Utilizing state-of-the-art liquid-based technology, this machine ensures high-quality sample preparation by uniformly dispersing cells and removing obscuring materials such as blood and mucus. The result is a clearer, more re... morehttps://www.healthskybio.com/products/liquid-based-cytology-machine/ #liquid#based#cytology#machine
LIQUID-BASED CYTOLOGY MACHINE
The HealthSky Liquid-Based Cytology Machine is an advanced diagnostic tool designed to enhance the efficiency of cytological examinations. Utilizing state-of-the-art liquid-based technology, this machine ensures high-quality sample preparation by uniformly dispersing cells and removing obscuring materials such as blood and mucus. The result is a clearer, more reliable slide that facilitates the detection of cellular abnormalities, including precancerous and cancerous lesions. With its user-friendly interface, automated processing, and robust quality control features, the HealthSky Liquid-Based Cytology Machine streamlines laboratory workflows, reduces human error, and ultimately improves patient outcomes.
TYPES OF LIQUID-BASED CYTOLOGY MACHINE
SCT Method
03
Sedimentation Method
SCTE-3600A
HealthSky SCT Express-3600A is the next-generation Liquid-Based Cytology Workstation utilizing innovative SCT and acceleration sedimentation technology.
SCTW-2400A
HealthSky SCT Workstation 2400A is a Sieve Sedimentation Cytologic Technology-based workstation used for cytology slide processing and staining.
SM-200
HealthSky SM-200 Liquid-Based Cytology Slide Processor is specially designed for gynecological specimens.
SM-200 Liquid-Based Cytology Slide Processor
What is HealthSky SCT Method?
HealthSky Sieve Sedimentation Cytologic Technology (SCT) is a unique and patented cytology sample preparation technology developed by HealthSky. After the specimen is transferred to the chamber, obscuring factors such as blood and mucus are filtered out by the sieve, the inflammatory cells and other interferents are separated by density sedimentation, the relevant diagnostic cells are enriched on the slides which are specially treated. The prepared slides are featured with clean background, evenly distributed monolayer cells, and better cellular morphology.
FAQS OF LIQUID-BASED CYTOLOGY MACHINE
Q
What is a Liquid-Based Cytology (LBC) machine?
An LBC machine is a medical device used to prepare samples for cytological examination. It processes cells collected from various body sites (e.g., cervix, lungs) and suspends them in a liquid medium, which is then used to create a thin, uniform layer of cells on a microscope slide for analysis.
Q
What types of samples can be processed using an LBC machine?
Liquid-based cytology (LBC) is a versatile technique that can be used to process a variety of specimen types for cytological examination, include gynecological (gyn) and non-gynecological (non-gyn) specimen.
Q
How long does it take to process a sample using an LBC machine?
Processing a sample using a liquid-based cytology (LBC) machine typically takes about 30 minutes to an hour, depending on the specific system and workflow used.
Q
What are the advantages of using LBC over conventional cytology?
Liquid-based cytology (LBC) offers several advantages over conventional cytology, including improved sample quality with cleaner and more evenly distributed cells, higher detection rates for abnormalities, and fewer unsatisfactory samples. It also allows for additional molecular testing, such as HPV, on the same sample, improves workflow efficiency with automated processing, and provides better cell preservation. These benefits lead to enhanced diagnostic accuracy and potential cost savings by reducing the need for repeat tests.
Staining solution
Easy-TLT Liquid-Based Cytology Processing Kit
The Easy-TLT Kit processes gynecologic specimens for cytology screening, including preservation, transport, and slide preparation, compatible with the SM-200 Processor.
LIQUID-BASED CYTOLOGY
HealthSky's Liquid-Based Cytology (LBC) machine represents a cutting-edge advancement in the field of cytopathology, designed to enhance the accuracy and efficiency of cellular analysis. Liquid-based cytology is a method of preparing samples for examination in cytopathology. Liquid-based cytology (LBC) has been approved by the FDA since 1996 for screening for cervical cancer with the aim of impr... morehttps://www.healthskybio.com/products/liquid-based-cytology/ #lbc#cytology
LIQUID-BASED CYTOLOGY
HealthSky's Liquid-Based Cytology (LBC) machine represents a cutting-edge advancement in the field of cytopathology, designed to enhance the accuracy and efficiency of cellular analysis. Liquid-based cytology is a method of preparing samples for examination in cytopathology. Liquid-based cytology (LBC) has been approved by the FDA since 1996 for screening for cervical cancer with the aim of improving diagnostic accuracy.
SM-200 Liquid-Based Cytology Slide Processor
The SM-200 Liquid-Based Cytology Slide Processor is specially designed for gynecological specimens to produce thin-layer slides with clean background, optimal cell deposition, and better maintained cellular morphology.
Machine
Solution
Pap Stain Kit
CellTake 4800 Liquid-Based Cytology Processing System
The HealthSky Papanicolaou Stain Kit is intended for cytology gynecology and non-gynecology smears staining according to the procedure developed by George Papanicolaou.
LIQUID-BASED CYTOLOGY TECHNIQUE
Liquid-Based Cytology (LBC) technique used in the field of cytopathology for the examination of cells from various body sites, most commonly the cervix. This method has largely replaced the conventional Pap smear due to its enhanced accuracy and diagnostic capabilities. In LBC, cells are collected from the cervix using a brush or spatula, similar to the traditional Pap smear. However, instead of smearing the cells directly onto a microscope slide, they are rinsed into a vial containing a preservative liquid.
The vial is sent to a lab where the sample is processed by filtering and centrifuging to concentrate the cells, which are then spread onto a slide. This reduces obscuring materials like blood, mucus, and inflammatory cells, resulting in cleaner slides with clearer cellular morphology.
LBC offers higher sensitivity and specificity in detecting precancerous lesions and cervical cancer. It also allows for additional tests, such as HPV testing, from the same sample, and can be used for non-gynecological samples like urine, sputum, and fine-needle aspirates, making it a versatile diagnostic tool.
Overall, Liquid-Based Cytology represents a significant advancement in the early detection and prevention of cervical cancer and other diseases, offering improved sample quality, better diagnostic accuracy, and the ability to perform multiple tests from a single specimen.
Liquid-Based Cytology Technique
ADVANTAGES OF LIQUID-BASED CYTOLOGY METHODS OVER TRADITIONAL METHODS
Enhanced Sample Quality
LBC ensures more uniform cell distribution on slides and removes excess blood and mucus, resulting in a cleaner background and easier observation.
Improved Diagnostic Accuracy
LBC offers higher sensitivity and specificity, leading to more accurate identification of cellular abnormalities and better preservation of cellular morphology.
Increased Efficiency and Convenience
Many LBC systems are automated, reducing manual handling and the risk of human error. Additionally, a single sample can be used for multiple tests, saving time and resources.
Optimized Laboratory Workflow
The automation and standardization in LBC significantly reduce sample preparation and analysis time, speeding up diagnostic results and ensuring consistency and reliability across laboratories.
LASER SLIDE PRINTER
The HealthSky Laser Slide Printer is an advanced medical device designed to enhance the efficiency and accuracy of slide labelling in clinical and research laboratories. Utilizing cutting-edge laser technology, this laser slide printer ensures high-resolution, durable, and smudge-proof labels that withstand various laboratory conditions. Its user-friendly interface and seamless integration with labo... morehttps://www.healthskybio.com/products/laser-slide-printer/ #slide#printer
LASER SLIDE PRINTER
The HealthSky Laser Slide Printer is an advanced medical device designed to enhance the efficiency and accuracy of slide labelling in clinical and research laboratories. Utilizing cutting-edge laser technology, this laser slide printer ensures high-resolution, durable, and smudge-proof labels that withstand various laboratory conditions. Its user-friendly interface and seamless integration with laboratory information systems (LIS) streamline workflow, reduce human error, and improve overall productivity.
TYPES OF LASER SLIDE PRINTER
EMarker-11A-S100
EMarker-11A-S100 Laser Slide Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the microscope slides.
WHAT WILL HEALTHSKY LASER SLIDE PRINTER BRING FOR YOU?
1. Enhanced Specimen Traceability: The HealthSky slide label printer ensures precise barcode printing directly on slides, improving specimen tracking throughout the entire workflow. By enabling barcode-based identification, it reduces the risk of sample misidentification and enhances overall traceability, making it easier to monitor specimens from collection to analysis.
2. Improved Workflow Efficiency: With the ability to print barcodes and text directly on slides, the HealthSky histology histology microscope slide printer eliminates the need for manual labeling. This streamlines the workflow by enabling faster processing of specimens, reducing bottlenecks, and helping labs maintain a smoother, more efficient operation.
3. Durable and Smudge-Resistant Prints: Unlike conventional printers, this histology microscope slide label printer uses advanced laser technology to produce durable, smudge-resistant prints that can withstand the harsh chemicals, reagents, and stains typically encountered during the slide staining and preparation process. This ensures that barcodes remain legible and scannable throughout the entire workflow.
4. Reduced Errors and Improved Accuracy: By providing high-quality, scannable barcodes on every slide, the HealthSky microscope slide printer minimizes human error and the likelihood of incorrect sample identification. This contributes to greater accuracy in histological analyses and improved data integrity, which is critical for diagnostics and research.
WHY CHOOSE HEALTHSKY LASER SLIDE PRINTER?
High Precision and Quality: The HealthSky Laser Slide Printer is designed to produce high-resolution prints, ensuring that labels and slides are clear and easy to read. This is crucial for accurate diagnostics and record-keeping.
Speed and Efficiency: Laser printers generally offer faster printing speeds compared to other types of printers. This can be particularly beneficial in high-volume settings such as hospitals and laboratories where time is of the essence.
Cost-Effective: While the initial investment in a laser printer might be higher, the long-term costs are often lower due to the durability of the prints and the efficiency of the printing process. This can result in significant savings over time.
Customization Options: The ability to customize labels and slides to meet specific needs can be a significant advantage. The HealthSky Laser Slide Printer often allows for various customization options, ensuring that the output meets the precise requirements of your practice or laboratory.
FAQS OF LASER SLIDE PRINTER
Q
Can a laser slide printer print barcodes?
Yes, laser slide printers can easily print barcodes, which are essential for sample tracking and identification in laboratory workflows.
Q
What types of slides can the histology slide label printer handle?
The histology slide label printer is designed to handle standard microscope slides, typically 25 x 75 mm in size. Some models may also support other slide dimensions. Specific compatibility details can be found in the product manual.
Q
How do I install the Laser Slide Printer?
Installation typically involves connecting the printer to a power source and a computer, installing the necessary software, and configuring the printer settings. Detailed installation instructions are provided in the user manual.
Q
What should I do if the printer is not recognizing the slides?
Ensure that the slides are properly loaded and that they meet the microscope slide label printer's specifications. Check for any obstructions in the slide feed mechanism. If the issue persists, refer to the troubleshooting section of the user manual or contact customer support.
Q
Are there any safety precautions I should be aware of?
Yes, always follow the safety guidelines provided in the user manual. This includes handling the laser components with care, ensuring proper ventilation, and using the laser slide printer in a clean, dry environment.
LASER CASSETTE PRINTER
The HealthSky Laser Cassette Printer is a state-of-the-art device designed for precise and efficient labelling of histology cassettes. This advanced printer utilizes laser technology to produce high-resolution, durable markings that are resistant to chemicals and physical wear, ensuring long-lasting identification of samples. Its user-friendly interface and automated features streamline th... morehttps://www.healthskybio.com/products/laser-cassette-printer/ #cassette#printer
LASER CASSETTE PRINTER
The HealthSky Laser Cassette Printer is a state-of-the-art device designed for precise and efficient labelling of histology cassettes. This advanced printer utilizes laser technology to produce high-resolution, durable markings that are resistant to chemicals and physical wear, ensuring long-lasting identification of samples. Its user-friendly interface and automated features streamline the workflow in pathology labs, reducing manual errors and increasing productivity. The pathology cassette printer supports a wide range of cassette types and sizes, making it versatile for various laboratory needs. Additionally, the HealthSky Laser Cassette Printer integrates seamlessly with laboratory information systems (LIS), enabling efficient data management and traceability.
TYPES OF LASER CASSETTE PRINTER
EBMarker-160
EBMarker-160 Multi Hopper Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
EMarker-11A-C100
EMarker-11A-C100 Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
Choose the Best Pathology Cassette Printer for Printing Barcodes on Cassettes
CHOOSE THE BEST PATHOLOGY CASSETTE PRINTER FOR PRINTING BARCODES ON CASSETTES
HealthySky offers one of the best cassette printers for pathology, designed to print clear, durable barcodes on pathology cassettes. The printer uses advanced thermal transfer technology to ensure barcodes remain sharp throughout the tissue processing cycle, reducing errors and improving sample tracking. With fast print speeds, HealthySky's histology cassette printer boosts efficiency and minimizes lab bottlenecks.
In addition to high performance, HealthySky's cassette printer for pathology is easy to use and reliable. The printer has an intuitive interface and compact design, supporting various cassette sizes and barcode formats. Our histology cassette printer ensures dependable, high-quality printing, even in high-volume labs.
FAQS OF LASER CASSETTE PRINTER
Q
What are the primary benefits of using a Laser Cassette Printer?
The primary benefits include high precision and durability of labels, reduced manual errors, increased productivity, and seamless integration with laboratory information systems (LIS) for efficient data management and traceability.
Q
What types of cassettes can the printer handle?
The printer is designed to handle a wide range of cassette types and sizes, making it versatile for various laboratory needs. Specific compatibility details can be found in the product manual.
Q
Is the pathology cassette printer easy to use?
Yes, the pathology cassette printer features a user-friendly interface and automated functions that streamline the labeling process, making it easy to operate even for users with minimal training.
Q
How do I maintain the histology cassette printer?
Regular maintenance includes cleaning the laser and cassette feed mechanisms, checking for software updates, and following the manufacturer’s guidelines for routine inspections. Detailed maintenance instructions are provided in the user manual.
Q
What should I do if the histology cassette printer encounters an error?
If the histology cassette printer encounters an error, refer to the troubleshooting section of the user manual. Common issues and their solutions are listed there. If the problem persists, contact customer support for further assistance.
EBMarker-160 Multi Hopper Laser Cassette Printer
EBMarker-160 Multi Hopper Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
EBMarker-160 Multi Hopper Laser Cassette Printer
EBMarker-160 Multi Hopper Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
EMarker-21A-C600 Multi Hopper Ultraviolet Laser Cassette Printer
EMarker-21A-C600 Multi Hopper Ultraviolet Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
EMarker-11A-C100 Laser Cassette Printer
EMarker-11A-C100 Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
EMarker-21A-C100 Ultraviolet Laser Cassette Printer
EMarker-21A-C100 Ultraviolet Laser Cassette Printer is a printing device developed by HealthSky that can leave permanent marks on the writing surface of the tissue cassettes.
THE HEALTHSKY EQUIPMENT DIFFERENCE IN HISTOLOGY
Automation and Efficiency
HealthSky equipment is highly automated and can significantly improve laboratory productivity. Automated equipment reduces manual operation time and errors.
User Friendliness
The design of HealthSky equipment focuses on user experience, and the operation interface is simple and intuitive, making it easy to learn and use. Even novices can get started quickly, reducing training time and costs.
Versatility and Flexibility
HealthSky's equipment is capable of processing various types of tissue samples and is suitable for a variety of staining methods and techniques.
Reliability and Durability
The equipment undergoes strict quality control and testing and is highly reliable and durable. During long-term use, the equipment requires low maintenance, reducing downtime and maintenance costs.
Support and Services
HealthSky provides comprehensive after-sales service and technical support, including equipment installation, training, maintenance and troubleshooting. Customers can get timely help and support to ensure the normal operation of the equipment.
Innovation and R&D
HealthSky continues to invest in research and development and continuously launches innovative products and technologies to meet changing market demands and cutting-edge needs of scientific research.
https://www.healthskybio.com/products/hatps-96-automated-tissue-processing-system/ #automated#tissue#processor
HATPS 96 AUTOMATED TISSUE PROCESSING SYSTEM
HATPS 96 Automated Tissue Dehydration and Embedding System is a fully automated svstem that integrates tissue dehydration and embedding. By HATPS 96, every single specimen is automatically and individually processed, consisting of fixation,dehydration,clearing,wax infiltration, and embedding.
FEATURES OF HATPS 96 AUTOMATED TISSUE PROCESS... morehttps://www.healthskybio.com/products/hatps-96-automated-tissue-processing-system/ #automated#tissue#processor
HATPS 96 AUTOMATED TISSUE PROCESSING SYSTEM
HATPS 96 Automated Tissue Dehydration and Embedding System is a fully automated svstem that integrates tissue dehydration and embedding. By HATPS 96, every single specimen is automatically and individually processed, consisting of fixation,dehydration,clearing,wax infiltration, and embedding.
FEATURES OF HATPS 96 AUTOMATED TISSUE PROCESSING MACHINE
01
Fully automated
Tissue dehydration and embedding are processed by the same machine without manual operation.
02
Zero Cross-contamination
Each specimen is processed individually.
03
Flexible
Support personalized specimen processing.
04
Precise Control
The temperature is controlled precisely and the specimens are real-time monitored.
05
Wide Application
The multi-specification DE-Unite components can meet the demands of different tissue types.
06
Safety
Multiple safety precautions ensure the safety of the specimens.
SPECIFICATION OF HATPS 96 AUTOMATED TISSUE PROCESSING MACHINE
Model ATP-96A
Capacity 3 processing modules, 32 cassettes per batch, 96 cassettes per batch.
Every processing module can run independently.
Pipette Accuracy ±5%
Waste Liquid Manifold 2 (Hazardous waste and non-hazardous waste liquid)
Temperature Control Parameters Thermostatic Module Parts Paraffin Tank Paraffin Dispenser
Temp. Range 4℃-75 ℃ Room Temp. -75 ℃ Room Temp. -75 ℃
Temperature Accuracy ±1 ℃ ±2 ℃ /
Heating-up Time £20 min £60 min £20 min
Cooling-down Time £40 min No refrigeration No refrigeration
Operation & Display System Android Operation System
Supply Voltage AC198～240 V, 50Hz/60Hz
Dimension 1150 x 700 x 1500 mm (L x W x H)
Weight £100 KG
HATPS 96 TISSUE PROCESSING
The HATPS 96 Automated Tissue Processing System is a fully automatic tissue processing device based on DE-Unite technology. It controls the mechanical arm, temperature control module, constant temperature paraffin tank and dispenser, pipette bundle and other functional modules through a software program, and automatically fixes, dehydrates, clearing, paraffin infiltration and embedding the tissues in each independent unit, and finally forms a tissue block. Fixation, dehydration and clearing are performed by adding program, which are independent of each other, and the cleaning pipeline action is inserted between each step, ensuring that there is no cross contamination between specimens during the whole process.
