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ELISA WASHWELL PLATE ANALYZER

Price 100.0 INR/ Piece

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MOQ : 1 Piece

ELISA WASHWELL PLATE ANALYZER Specification

Application
Clinical diagnostics, medical laboratories, research laboratories

Material
ABS Plastic & Metal

Classification
Medical Laboratory Equipment

Capacity
96-well microplates

Product Type
ELISA Washwell Plate Analyzer

Voltage
220V AC, 50 Hz

Color
White & Blue

Power
40 W

Dimension (L*W*H)
Approx. 430 x 320 x 130 mm

Operate Method
Microprocessor controlled, keypad operation

Usage
For automated washing of ELISA microplates

Weight
Approx. 7 kg

ELISA WASHWELL PLATE ANALYZER Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About ELISA WASHWELL PLATE ANALYZER

ELISA WASHWELL PLATE ANALYZER

Features

Specially designed Manifold assembly to prevent any scratching on bottom of well.
User programmable soak time, wash cycles and dispensing volume.
On Board two plate incubator at 370C with programmable timer.
Waste bottle full warning with audible alarm.
Built-in stabilizer.
Continuous aspiration to prevent overflow.
Removable manifold.
Ability to wash single strip of 8 wells.
Auto detection of bottom of well and collision prevention.
Washwell PLATE

Technical Specifications

Manifold : 8 Way Manifold Dispensing.
Method : Specially designed Peristaltic Pump.
Volume : 300 to 400 ml in steps of 50 ml Aspirating.
Method : Continuous through diaphragm pump while Dispensing hence preventing overflow.
Residual Volume : < 5 ml.
Waste Bottle : One (Capacity 2 litres) with audible alarm when bottle is completely filled in with waste solution.
Wash Bottle : One (Capacity 2 litres).
Rinse Bottle : One (Capacity 2 litres).
Display : Single line Backlit LCD with 16 characters
Liquid contact materials : Silicon, Stainless steel, derline.
Memory : 8 KB Non volatile RAM battery back up supporting 35 open Channels.
Washing Method : Longwash, Shortwash Rinsing, Priming.
Incubator : For Two ELISA Plates, 37º C.
Timer : Individually Programmable.

Power

Wattage : 50 Watts.
Voltage : 115 - 230 Volts ± 10%, 50 /60 Hz.
Operating Position : On horizontal, rigid, flat and vibration free surface, Operating Conditions.
Temperature : + 18º C to 35º C.
Humidity : up to 85 %.
Storage Conditions.
Temperature : - 10º C to 60º C.
Humidity : up to 85 %.
Enclosure : ABS Fire retardant.

Advanced Display and Programming

The ELISA WASHWELL Plate Analyzer features a clear LCD digital display for straightforward monitoring and control. Its microprocessor-controlled keypad operation enables precision programming, including customizable rinsing cycles and soak times. These capabilities provide flexibility to tailor washing processes to various assay requirements, enhancing reproducibility and efficiency in laboratory workflows.

Comprehensive Washing Technology

This analyzer supports single strip and full plate washing modes with bottom aspiration to minimize residual volumeless than 0.5 l per well. Its dual-compatible 8 and 12-channel manifold options are designed to accommodate a range of plate formats while ensuring thorough wash results. Integrated safety mechanisms like overflow protection and automatic microplate detection boost operational reliability.

Robust Construction and Maintenance

Constructed from ABS plastic and metal with a compact footprint (approx. 430 x 320 x 130 mm), this unit is lightweight at around 7 kg but durable for heavy-duty laboratory tasks. The removable parts make cleaning and maintenance simple, extending equipment longevity. The analyzer is energy-efficient, operating at 40 W with a quiet function (<60 dB), making it well-suited for diverse laboratory environments.

FAQs of ELISA WASHWELL PLATE ANALYZER:

Q: How does the ELISA WASHWELL Plate Analyzer ensure minimal residual volume after washing?

A: The analyzer utilizes bottom aspiration technology, paired with programmable rinse cycles and soak functions, to achieve a residual volume of less than 0.5 l per well. This prevents cross-contamination and delivers consistent, reliable results.

Q: What types of microplates and manifolds are compatible with this analyzer?

A: The system is designed for 96-well microplates and supports both 8-channel and 12-channel manifolds, making it versatile for different assay and throughput needs in laboratory routines.

Q: When should the soak function be used, and why is it beneficial?

A: The programmable soak function is ideal when stronger wash efficacy is required, such as for sticky or hard-to-remove samples. Adjusting the soak time ensures maximum reagent penetration and effective removal of residues.

Q: Where is the ELISA WASHWELL Plate Analyzer best utilized?

A: This analyzer is suited for clinical diagnostics, research laboratories, and medical labs where high-throughput, accurate, and efficient ELISA plate washing is essential to workflow productivity and assay integrity.

Q: What is the process for maintaining and cleaning the analyzer?

A: Regular maintenance is simplified thanks to easy-to-remove washable components. It is recommended to clean the manifolds, waste lines, and bottle reservoirs following the integrated software protocols to ensure optimal performance and longevity.

Q: How does the automatic microplate detection feature enhance safety?

A: Automatic microplate detection, together with overflow protection, ensures that washing only proceeds when a plate is present and correctly positioned, preventing operational errors, spillage, and instrument damage.

Q: What are the main benefits of using this plate analyzer in the laboratory setting?

A: Laboratories benefit from automated, reliable washing cycles that enhance assay consistency, reduce hands-on time, and minimize sample cross-contamination, while the equipments intuitive controls and robust design promote ease of use and maintenance.

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