HAMILTON MICROLAB 500 SERIES DISPENSER Model:ML540B DUAL SYRINGES

HAMILITON MICROLAB 500 SERIES DISPENSER Model:ML540B DUAL SYRINGES
You are buying one used HAMILITON MICROLAB 500 SERIES DISPENSER Model:ML540B DUAL SYRINGES. This dual syringe model despenser comes with three syringes of 5ml,10ml and 25ml with 4 tubes and connectors. It has touch of a hand probe button dispensing.Microlab model 540LB was removed from working laboratory, it is cleaned well and been tested by a professional technician, guaranteed to be fully operational.

CHOOSE TYPE OF SYRINGE BETWEEN 5ml and 10ml or 25ml to get total of two syinge per microlabs.

The Hamilton Microlab 500 Series Dispenser, Model: ML540B (Dual Syringes) is a precision liquid handling system typically used for applications requiring high accuracy and reproducibility in dispensing liquids. These systems are often employed in fields like pharmaceuticals, biotechnology, chemical analysis, and life sciences for tasks such as dispensing, diluting, or mixing small volumes of liquids.

DESCRIPTIONS;

ML540B Dual Syringe models

• Allow personnel to program to a 21 method
• Memory simple dispenses
• Aliquot dispenses
• Serial dispenses
• Pipetting
• Titrations.

HAMILITON SYRINGE READINGS

• 0.1ml-0.5ml other side 100μl to 500μl
• 1ml-10ml other side 100μl to 10000μl
• And 5-25ml

Personnel can save the reagent in the fluid path by returning to the reagent reservoir. Add the printer to simplify compliance to method documentation requirements for regulations and standards, such as those of the EPA, FDA (GMP, GLP) and ISO.

APPLICATION
Dispense Reagents Easily
• Simplify reagent dispensing and aliquot transfer
• Reduce reagent and solvent consumption
• Eliminate technician-to-technician method variability
The ML500 series dispensers can simplify liquid handling tasks in a wide range of applications in a variety of
-Analytical/environmental
-Drug discovery
-Proteomics
-Genomics
-Forensics and biotech

Specifications for the MICROLAB 500 Series Dispensers
Accuracy :                                    Within ± 1%
Precision:                                     Within + 0.2%
Resolution:                                   0.1% of syringe volume
Volume increment:                       0.1% to 100% of total syringe volume
Speed:                                         1 to 250 seconds per full syringe
Syringe:                                        Stepper motor driven high precisionlead screw with encoder lead screw withencoder
Power Requirements:                  100-240VAC; 50-60Hz
Power Rating:                              80 VA
Program Memory:                        (21)Twenty-one methods to memory
Communication Interface:            MICROLAB 500B controller, RS232
Baud Rate:                                   1,200 - 38,400 selectable
Fluid Path:                                    CTFE, PTFE and borosilicate glass
Shipping Weight :                         20 lbs (9.07 Kg)
Weight:                                         10 lbs 6 oz (4.7 Kg)
Height ;                                         13 1/8” (33.34 cm)
Width;                                           13 1/8” (33.34 cm)
Depth:                                            7” (17.78 cm)

Key Features of the Hamilton Microlab 540B

1. Dual Syringe System:

   • The model ML540B typically features a dual-syringe setup, which allows for precise dispensing of two different liquids at the same time. This feature is useful for applications where mixing or delivering two reagents simultaneously is required.

2. Syringe Sizes:

   • Hamilton offers a wide range of syringe sizes that can be used with the Microlab 500 series dispensers, usually ranging from 10µL to 100mL, allowing for flexible dispensing depending on the application.

3. Accuracy and Precision:

   • Hamilton's dispensers are known for their high accuracy (typically in the range of ±0.5% or better, depending on the syringe and application). This makes them ideal for applications where precision is critical.

4. Automated Liquid Handling:

   • The ML540B is designed to automate the dispensing process, improving workflow efficiency and reducing the potential for human error