Cytology Processor

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MOQ : 1 Piece

Cytology Processor Specification

Core Components
Heater, Digital Timer, Temperature Controller, Sample Tray

Power Source
Electric

Voltage
220V AC

Temperature Range
Ambient to 100C

Automation Grade
Semi-Automatic

Measurement Range
Temperature Measurement: 0C to 100C

Capacity
12 Samples

Frequency
50 Hz

Model No
Cytopro-12

Feature
Digital Timer with sound alert, Overheat Protection, Energy Efficient

Accuracy
1C

Equipment Materials
Powder Coated MS Sheet & Stainless Steel Tray

Type
Cytology Processor

Usage
Hospital, Laboratory use

Display Type
Digital Display

Dimension (L*W*H)
440 x 310 x 430 mm

Weight
28-30 kg

Sample Container Compatibility
Compatible with Different Sizes of Slides and Sample Trays

Ambient Operating Condition
10C to 40C, Non-Condensing

Mounting Type
Table Top

Timer Range
0 to 999 Minutes

Control Panel
Digital Soft Touch Buttons

Power Consumption
400W

Chamber Material
Stainless Steel

Heating System
Immersion Heater with Built-in Thermostat

Safety Measures
Overheat Cut-Off, Leak Resistant

Cytology Processor Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
20 Pieces Per Month

Delivery Time
2-5 Days

Main Export Market(s)
Asia

About Cytology Processor

Jump on the elite Cytopro-12 Cytology Processor, featured for its dazzling performance and optimum precision. Crafted for hospital and laboratory use, this kingly equipment boasts sample compatibility with various slides and trays, a digital soft-touch control panel, and an immersion heater with a built-in thermostat. Its stainless steel chamber ensures durability, while overheat cut-off and leak-resistant design provide superior safety. With a capacity of 12 samples, digital timer, and ambient to 100C temperature range, Cytopro-12 delivers premium efficiency for all cytology processing needs.

Versatile Usage of the Cytology Processor

The Cytology Processor is widely used by healthcare professionals and laboratory technicians for both routine and specialized diagnostic purposes. Its adaptability makes it suitable for sample preparation in hospitals, reference labs, and research institutions. Applied primarily for cellular analysis, it accommodates a range of sample containers and trays, enhancing general and specific cytological studies. Its plant applications extend to medical manufacturing plants needing precise, reliable sample processing for quality control.

Certifications, Export Markets, and Sample Availability

Our Cytology Processor boasts premium certifications ensuring safety and reliability. We supply this equipment to diverse main export markets including Asia, Africa, and Europe, distinguishing ourselves as exporters, manufacturers, and suppliers from China. Quotation requests are promptly handled, and samples are available on demand to meet client requirements for inspection. Trust in our commitment to exporting elite, certified processors with exemplary after-sales support for international partners.

FAQ's of Cytology Processor:

Q: How does the built-in thermostat benefit the Cytology Processor?

A: The built-in thermostat ensures optimal temperature control, maintaining accuracy within 1C. This delivers consistent and reliable results for various cytology procedures.

Q: What safety features are included in the cytology processor design?

A: Safety is prioritized with overheat cut-off, leak-resistant chamber construction, and overheat protection, protecting both users and samples during operation.

Q: Where can the Cytopro-12 be installed for operation?

A: This semi-automatic processor is designed for tabletop mounting, making it suitable for use in hospital and laboratory environments with limited space.

Q: When should I use the digital timer function?

A: The digital timer, with a range of 0 to 999 minutes and sound alert, should be used to precisely control process durations, maximizing sample processing efficiency and accuracy.

Q: What are the benefits of using this cytology processor in plant applications?

A: In plant manufacturing environments, it ensures consistent sample preparation for quality control and research, enhancing workflow reliability and minimizing process discrepancies.

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