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Spin Tissue Processor FM-STP-A100

Spin Tissue Processor FM-STP-A100

Spin Tissue Processor FM-STP-A100 is a 12-station carousel system designed for efficient tissue processing. It has a 2.3 L capacity and nine containers to ensure consistent, automated tissue infiltration. Our processor features a large LCD interface, customizable timing, and vacuum options for precise control. It provides reliable tissue dehydration and paraffin embedding, making it suitable for both clinical and research uses.

$7,762.00

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Specifications

Reagent Container Capacity 2.3L
Wax Paraffin Container Capacity 1.8L
System Type Carousel, 12 stations
Reagent Container 9
Wax Paraffin Container 3
Wax Temperature Range 60°C to 99°C
Tissue Basket Stirring Interval 1 min every 5 min
Display LCD(160×90 mm)
Foil protected keyboard
Delayed Start Time Up to 30 days
Programmable Infiltration Time 30 days
Number of Programs 10 selectable, editable
Vacuum Pressure Capacity Max 0.05 Mpa (~0.5 bar)
Tissue Basket Size Φ130×110 mm
Standard Basket Capacity Max 90 cassettes
1 basket (optional 2)
Power Consumption 400 to 500 W
Power Supply AC220V/110V, 50 Hz
Dimensions 780×570×690 mm
Package Dimensions(machine) 880× 880× 800 mm
Package Dimensions(tanks) 620× 410× 530 mm
Net Weight 70kg
Gross Weight 110kg

Features

  1. Customizable cylinder starting position
  2. UPS (battery backup)
  3. Agitation under vacuum mode
  4. Programmable stations up to 999 minutes
  5. High-precision constant temperature control
  6. 10 user-selectable programs
  7. Anti-collision sensor

Applications

  • Spin Tissue Processor FM-STP-A100 is ideal for histopathology departments, biomedical research labs, and clinical diagnostic centres. It is built for accurate tissue dehydration, infiltration, and paraffin embedding workflows.

Accessories

  • AccessoryQuantity
    Reagent Bottle9 pcs
    Paraffin Wax Tank3 pcs
    Paraffin Wax Tank Connection Line 3 pcs
    Tissue Basket1 pcs
    Tissue Cassette20 pc
    Hexagonal Wrench1 pc
    Screwdriver1 pc 
    Fuse (5A)1 pcs
    Power Line1 line

Frequently Asked Question

1: What type of control system does the Spin Tissue Processor FM-STP-A100 use?

Spin Tissue Processor FM-STP-A100 uses a PLC, offering industrial-grade reliability and high-precision control over every processing step.

2: Can I delay the start of a tissue processing cycle in Spin Tissue Processor FM-STP-A100?

Yes, Spin Tissue Processor FM-STP-A100 allows you to schedule a delayed start up to 30 days, making it ideal for automated overnight or weekend runs.

3: In Spin Tissue Processor FM-STP-A100, how does vacuum agitation improve tissue processing?

In Spin Tissue Processor FM-STP-A100 Vacuum, agitation enhances reagent penetration, improving dehydration uniformity and minimizing processing artefacts in dense or fatty tissues.

4: In the Spin Tissue Processor FM-STP-A100, can I program different times for each station?

Yes, Spin Tissue Processor FM-STP-A100, every station is independently programmable with up to 999 minutes per step, giving you full control over infiltration time.

5: Can I change a program during an active run in Spin Tissue Processor FM-STP-A100?

Yes, Spin Tissue Processor FM-STP-A100 system allows real-time editing of the processing program without interrupting the cycle, saving time and increasing flexibility.

Alternative Models Of Spin Tissue Processor

Fison’s Spin Tissue Processors are high-precision, automated carousel-type systems designed to streamline the tissue preparation workflow in biomedical research laboratories. Engineered with high-quality processing stations and maximum reagent capacity, it delivers reliable tissue dehydration, clearing, and paraffin infiltration with minimal operator intervention. Our Spin Tissue Processors feature programmable logic control (PLC), vacuum agitation for enhanced reagent penetration, and an anti-collision basket system to ensure sample safety. Whether deployed in clinical pathology, academic institutions, or pharmaceutical R&D, the Spin Tissue Processors ensure efficient, reproducible tissue processing, supporting the creation of high-quality paraffin-embedded specimens for microscopic examination.