About Tissue Embedding Station
We are counted amongst the leading manufacturers and exporters of excellent quality Tissue Embedding Station. This station is manufactured using world class metal and sophisticated technology under the guidance of skilled professionals. The offered station is available in different specifications as per the precise needs of the clients. It is widely used in different hospitals and biological laboratories for performing several tests. Further, we offer this Tissue Embedding Station at reasonable rates.
Precision and Capacity Tailored for Laboratory UseThis tissue embedding station accommodates up to 120 cassettes, making it ideal for busy laboratories handling high throughputs. Its single-phase electric operation, with a robust 19 kg stainless steel build and 600 x 600 x 350 mm dimensions, delivers both durability and efficiency. Equipped with a digital LED display and precise temperature control, it supports meticulous paraffin embedding essential for high-quality histopathology analysis.
User-Friendly Controls and Safety FeaturesOperators benefit from a touch-sensitive control panel and integrated foot-operated, heated wax dispenser, streamlining workflow while minimizing manual handling. The built-in LED illumination ensures clear visibility of the working area. Safety is paramount, with an over-temperature alarm and overheating protection, supporting secure sample processing and peace of mind during operation.
Innovative Design for Reliable Sample ProcessingThe inclusion of an easily removable, stainless steel wax reservoir simplifies cleaning and wax replacement. The integrated cooling plate (350 x 230 mm) accelerates the embedding process, preventing cold spots and ensuring consistent tissue integrity. Coupled with a preheat module and standby function, this station optimizes readiness and energy efficiency, addressing the practical needs of modern laboratory environments.
FAQs of Tissue Embedding Station:
Q: How does the integrated cooling plate contribute to the embedding process?
A: The 350 x 230 mm built-in cooling plate quickly solidifies embedded tissue cassettes, helping to maintain tissue morphology and streamline workflows. Its anti-cold spot design ensures uniform cooling across all cassettes, preventing uneven solidification and sample defects.
Q: What makes the wax reservoir design beneficial for laboratory staff?
A: The wax reservoir is made of removable stainless steel, which simplifies cleaning and maintenance. Its 1.5-liter capacity ensures ample wax for consistent operation, while stainless steel construction provides durability and resistance to paraffin residues.
Q: When should the over-temperature alarm system be checked?
A: It is recommended to test the over-temperature alarm system during routine instrument checks or maintenance, and before initiating critical sample processing, to ensure safety features are functioning properly and samples are protected from heat-related damage.
Q: Where can this tissue embedding station be used?
A: This tissue embedding station is designed for use in histopathology laboratories, research institutes, hospitals, and laboratory settings across India and globally, wherever accurate and safe tissue embedding is required.
Q: What is the process of tissue embedding using this station?
A: First, processed tissue cassettes are placed into the stations working area. The operator dispenses melted paraffin wax onto specimens using the heated, foot-operated dispenser. Preheating ensures optimal wax flow, and the integrated cooling plate rapidly solidifies the samples, preserving tissue structure for microscopic examination.
Q: How is the temperature controlled and displayed during operation?
A: The system offers precise temperature control from ambient up to 70C with an accuracy of 1C, managed via a digital LED control panel with touch-sensitive switches. The digital display allows real-time monitoring and adjustments to ensure optimal embedding conditions.
Q: What are the key benefits of using this tissue embedding station?
A: Key benefits include high sample capacity, user-friendly controls, enhanced safety features, energy-efficient standby mode, and reliable temperature management. These contribute to consistent, high-quality embedding outcomes, improved workflow efficiency, and reduced risk of sample or equipment damage.