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Automatic Tissue Processor FM-ATP-A100

Automatic Tissue Processor FM-ATP-A100

Automatic Tissue Processor FM-ATP-A100 is designed with 12 processing tanks, including 3 wax baths. It has a transmission of gear and rack, which reduces mechanical failures. Our system is a fully automated tissue processing unit that ensures consistent and high-quality dehydration of the biological specimen. It is ideal for histology labs in hospitals and research institutes. 

$4,158.00

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Specifications

Capacity 1000mL per tank
Basket Capacity 60 cassettes
Tanks 12
Reagent 9
Wax Cylinders 3
Cylinder Dwell Time 45 to 100 sec
Stirring Speed 0 to 5 times/min
Adjustable
Program Capacity 16 editable programs
Processing Time 0 to 99 hours
Adjustable
Power Backup 4 to 6 hours
Dimensions (L×W×H) 1010×390×450 mm
Package Dimensions 1140× 560× 580 mm
Net weight 60 kg
Gross Weight 85 kg

Features

  1. Vacuum Agitation System
  2. Power Backup System
  3. 16 Editable Programs
  4. Environmental Safety
  5. Safety Logic for Wax Entry to prevent sample exposure
  6. Gear and Rack Transmission
  7. Menu Interface with prompt alerts and error handling

Applications

  • Our Automatic Tissue Processor FM-ATP-A100 is ideal for medium-scale histology laboratories, diagnostic centers, research institutions, and veterinary pathology labs. Its compact design, vacuum agitation ensures uniform tissue dehydration and safe paraffin embedding.

Accessories

  • Accessory

    Quantity

    Reagent Bottle

    9 pcs

    Tissue Basket

    1 pc

    Exhaust pipe

    1 pc

    Tissue Cassette 

    20 pcs

    Power Line 

    1 line 

Frequently Asked Question

1: What makes the Automatic Tissue Processor FM-ATP-A100 suitable for mid-sized labs?

Automatic Tissue Processor FM-ATP-A100 offers a 60-cassette capacity with 12 tanks, including 3 wax baths, making it ideal for labs handling moderate daily workloads. Its compact footprint and programmable automation make it efficient for daily histology tasks.

2: In Automatic Tissue Processor FM-ATP-A100, how does the vacuum agitation system benefit tissue processing?

In Automatic Tissue Processor FM-ATP-A100 vacuum, agitation enhances reagent infiltration and ensures more uniform dehydration and clearing. This leads to better tissue morphology and fewer processing artefacts during microscopic examination.

3: Can I customize the processing programs for different tissue types in the Automatic Tissue Processor FM-ATP-A100?

Yes, Automatic Tissue Processor FM-ATP-A100 supports 16 user-editable programs. Each step’s duration, stirring rate, and reagent sequence can be customized according to tissue thickness, fixation, and urgency.

4: Is the processor of Automatic Tissue Processor FM-ATP-A100 suitable for paraffin embedding as well?

Yes. Automatic Tissue Processor FM-ATP-A100 includes 3 wax baths at the end of the cycle to support paraffin infiltration, completing the dehydration-to-embedding workflow in one fully automated process.

5: What maintenance is required for this Automatic Tissue Processor FM-ATP-A100?

In Automatic Tissue Processor FM-ATP-A100, routine maintenance includes cleaning tanks, checking reagent levels, inspecting filters, and verifying system functions via the control panel. The gear-and-rack drive reduces mechanical failures and requires minimal upkeep.

6: Can Automatic Tissue Processor FM-ATP-A100 be used in veterinary or teaching labs?

Absolutely. Automatic Tissue Processor FM-ATP-A100 has a compact design, programmable flexibility, and affordable capacity, making it an excellent choice for veterinary pathology, academic training, and biomedical research labs.

Alternative Models Of Automatic Tissue Processor

Fison’s Automatic Tissue Processors are advanced laboratory instruments engineered for efficient, precise, and safe tissue dehydration, clearing, and paraffin infiltration. It is designed to accommodate 100, 200, or 300 cassettes per run. Our systems offer multiple retort and reagent volumes with built-in temperature control and programmable cycles. The sealed fluid exchange mechanism prevents reagent loss, reduces contamination, and ensures uniform sample processing. With multiple user-defined programs and an optional power-off recovery function, these processors feature fully sealed operation, intelligent vacuum/pressure modes, and advanced scheduling options ideal for clinical pathology, biomedical research, and pharmaceutical laboratories.