About Microprocessor Tissue Processor
The Microprocessor Tissue Processor is a productivity tool for the electron microscopy laboratory. It uses a proven robotics system to move baskets of tissue from one vial to another and agitates at the time and force program, at the temperature desire. Microprocessor Tissue Processor is the only system that uses sealed vials for all reagents. With any other carousel system, the operator is potentially exposed to multiple hazardous vapors upon trying to inspect the process, change vials, retrieve the stack, etc.
High-Precision Automated ControlEquipped with microprocessor technology and a touchscreen digital display, the tissue processor ensures consistent, accurate tissue sample handling. Users can access programmable processing routines and monitor every stage, making it particularly advantageous for complex histopathological procedures.
Optimized for Laboratory EfficiencyWith a storage capacity for 12 processing containers and a stable temperature range up to 60C, the processor streamlines the tissue preparation process. Its fully automatic operation drastically reduces manual intervention, helping laboratory personnel complete sample batch runs faster.
Robust and User-Friendly DesignManufactured using high-quality stainless steel with a modern color scheme, the rectangular processor is both durable and visually compatible with laboratory environments. Weighing just 25 kg and compact in form, it is easily installed and maintained, offering a suitable fit for varied lab settings.
FAQs of Microprocessor Tissue Processor:
Q: How does the microprocessor control enhance tissue processing accuracy?
A: The integrated microprocessor ensures precise control over each phase of tissue processing by automating temperature, timing, and protocol settings. This reduces human error and guarantees consistent results across multiple samples.
Q: What types of tissues can be prepared using this processor?
A: This tissue processor is engineered for a variety of histopathology applications, making it suitable for processing animal or human tissue samples in pathology and diagnostic laboratories for research, diagnostic evaluation, and academic purposes.
Q: When is it best to use the customizable processing protocols?
A: Customizable processing protocols are ideal when dealing with specialized tissue specimens that require tailored dehydration, clearing, or embedding steps beyond standard routines, thus optimizing sample quality and integrity.
Q: Where should this tissue processor be installed for optimal performance?
A: The device should be placed in a well-ventilated, temperature-controlled laboratory setting on a stable, level surface close to an electric power source. It is best situated where staff can access the touchscreen and containers easily.
Q: What is the process workflow for tissue sample preparation with this device?
A: Samples are loaded into dedicated containers, and users select or program a specific protocol via the touchscreen display. The processor then automatically sequences tissue dehydration, clearing, and embedding per selected settings, ensuring thorough and repeatable preparation.
Q: How is the tissue processor maintained for peak reliability?
A: Regular cleaning of the stainless steel housing and processing containers is recommended, along with scheduled software checks via the digital display. Periodic inspections by trained technicians help preserve high precision and consistent performance.
Q: What are the main benefits of using a fully automatic, microprocessor-controlled tissue processor?
A: Key benefits include improved processing accuracy, significant labor reduction, customizable protocols for diverse sample needs, streamlined workflow, and reliable daily operation. These features collectively enhance laboratory productivity.