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Made Thick-Walled, Mechanically Very Resistant

Designed with a Round Bottom

High Thermal Shock Resistance & Designed with a Rim

Designed with a Round Bottom

An Outer Interchangeable Joint at the Top & a Smaller

These Joints are Made to the Same Precision as All

Variable Volume Control: Allows for Precise & Adjustable Liquid Dispensing

Single Channel Design: Optimized for Accurate & Contamination-free Pipetting of

Precision Click

Soft Plunger Light Weight

High Thermal Shock Resistance & Designed with a Rim

Designed with a Round Bottom

Compact & Light Weight

Maintenance with No Oil Pollution

Precision Click

Soft Plunger Light Weight

Designed with a Round Bottom

Made Thick-Walled, Mechanically Very Resistant

Digital Energy Regulator with 10 Step Power Regulation

Integrated Retort Rod Holder for Space Saving Apparatus Assembly

Safe Temperature Setting to Prevent Accidents

Chemical & Heat Resistance Plastic Used for The Control Panel

Accessories, Thermometer, Column, Dropping Funnels, Boiling Capillaries, Etc. Can be

The Centred Neck is Vertical

Integrated PID Control for Better Temperature Accuracy

Process Indicator LED & Digitally Controlled

High Clarity & Free of Bubbles

Inner Surface of These Dishes have a Very Good Flatness

Beaded Edges Impart Greater Mechanical Strength

Specially Formed to Ensure Even Wall Thickness & Consistent Optical

White Enamel Graduations

With Glass Stopcock

White Enamel Graduations

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

Easy to Use

High Quality Products Are Used in Manufacturing

High Thermal Shock Resistance & Designed with a Rim

Made Thick-Walled, Mechanically Very Resistant

To Fill Burette Apply a Slight Positive Pressure to Lower

To Set Zero Release Pressure to Allow Excess Liquid to

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

To Set Zero Release Pressure to Allow Excess Liquid to

To Set Zero Release Pressure to Allow Excess Liquid to

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

With Automatic Zero Facility

To Fill Burette Apply a Slight Positive Pressure to Lower

Individually Tested for Exact Volume Dispensed at 3 Points on

Individually Tested for Exact Volume Dispensed at 3 Points on

White Enamel Graduations

Individually Tested for Exact Volume Dispensed at 3 Points on

With Automatic Zero Facility

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

White Enamel Graduations

With Glass Stopcock

To Fill Burette Apply a Slight Positive Pressure to Lower

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

With Automatic Zero Facility

White Enamel Graduations

With Automatic Zero Facility

With Glass Stopcock

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

To Fill Burette Apply a Slight Positive Pressure to Lower

White Enamel Graduations

Individually Tested for Exact Volume Dispensed at 3 Points on

To Set Zero Release Pressure to Allow Excess Liquid to

With Glass Stopcock

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass

To Fill Burette Apply a Slight Positive Pressure to Lower

With Automatic Zero Facility

To Fill Burette Apply a Slight Positive Pressure to Lower

White Enamel Graduations

To Fill Burette Apply a Slight Positive Pressure to Lower

Burettes Manufactured from Chemically Resistant 3.3 Borosilicate Glass