What are the opening hours?

Monday 9am - 5am Tuesday 9am - 5am Wednesday 9am - 5am Thursday 9am - 5am Friday 9am - 5am

https://labchoiceaustralia.com.au/

LabChoice Australia, 3258/470 St Kilda Road, Melbourne (2026)

21/09/2026

pH Tester Kit for Growers: Which Tester Is Right for Your Application?

A pH tester kit is a portable digital testing system used to measure acidity or alkalinity in water, nutrient solutions and growing media. Depending on the model, growers can also monitor EC and ppm to support routine nutrient and growing-condition checks.
LabChoice Australia supplies a range of portable pH and EC tester kits for growers, with different models designed for water testing, soil and growing media, nutrient solutions and combined measurements.

Available tester options include:
• GS1 Premium pH Pen Tester: designed for portable pH testing
• GS2 Premium Soil pH Pen Tester: designed for pH measurement in soil and growing media applications
• GS3 Premium EC/ppm Pen Tester: measures EC and ppm for nutrient-solution monitoring
• GS4 Premium pH/EC/ppm Combo Pen Tester: combines pH, EC and ppm measurement in one portable tester

These testers can support applications such as:
• Water testing
• Nutrient solution monitoring
• Growing media testing
• Portable on-site measurements
• Routine growing and cultivation workflows

Before selecting a pH tester kit, consider:
• Parameter required, pH, EC, ppm or a combination
• Sample type, water, nutrient solution or growing media
• Required measurement range
• Calibration requirements
• Probe design and suitability
• Portable testing requirements
• Whether multiple parameters need to be measured with one instrument

Need routine pH testing? Choose GS1.
Need pH testing for soil or growing media? Consider GS2.
Need EC and ppm measurement? Choose GS3.
Need pH, EC and ppm in one tester? Choose GS4.

The best pH tester kit is not simply the model with the most functions. The correct tester is the one that matches the parameter, sample type and testing workflow you actually need.
LabChoice Australia supplies pH tester kits, EC/ppm testers and portable testing equipment for growers, laboratories, research, education and routine testing applications across Australia.

Explore the complete pH Tester Kit range:
labchoiceaustralia.com.au
For product selection, technical assistance or help choosing between GS1, GS2, GS3 and GS4, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747

16/09/2026

Autoclave Bags: Which Type Is Right for Laboratory Waste Handling?

An autoclave bag is a heat-resistant waste bag used to contain laboratory or clinical waste during collection, handling and compatible autoclave sterilisation procedures before disposal according to the applicable laboratory protocol.
LabChoice Australia supplies a range of autoclave bags for laboratory, research and healthcare environments, with different temperature ratings, colours and sizes available for routine waste-handling workflows.
Key options include:
• 121°C and 131°C temperature-rated options
• Natural and yellow printed variants
• Multiple bag sizes for different waste volumes
• Printed identification for laboratory and clinical waste handling
• Suitable for research, healthcare and routine laboratory environments
• Designed to support cleaner and more organised waste-management procedures

Different autoclave bag formats shown include:
• Yellow Printed XL Autoclave Bags
• Natural Printed 131°C Autoclave Bags
• Yellow Printed Medium Autoclave Bags

Before selecting an autoclave bag, laboratories should consider:
• Required autoclave temperature
• Bag dimensions and capacity
• Waste type
• Printed or natural bag format
• Laboratory identification requirements
• Applicable sterilisation and disposal procedure

The correct bag should match the validated autoclave cycle, waste stream and laboratory handling procedure. Do not select an autoclave bag by size alone.
Autoclave bags can support controlled waste handling in:
• Research laboratories
• Healthcare and clinical environments
• University laboratories
• Routine laboratory workflows
• Biological and general laboratory waste procedures

The best autoclave bag is not simply the largest or thickest option. The correct choice depends on the required temperature rating, bag size, waste type and validated disposal procedure.
LabChoice Australia supplies autoclave bags and related laboratory waste-handling products for laboratories, research facilities, education and healthcare environments across Australia.

For product selection, technical assistance or help choosing the correct autoclave bag, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747
labchoiceaustralia.com.au

14/09/2026

Portable Turbidity Meter: How Clear Is Your Water?

A portable turbidity meter is used to measure the cloudiness or suspended-particle content of water by analysing how light interacts with the sample. It is useful for routine water quality testing in the laboratory or field.
LabChoice Australia supplies a Portable Turbidity Meter for ISO 7027 water testing, designed for convenient turbidity measurement across a broad range of samples.
Key features include:
• Up to 2000 NTU auto range
• Ratiometric turbidity measurement
• Up to 4-point calibration
• SDVB polymer standards
• Clear digital display for easy reading
• Complete carry case kit for portable use
• 3-year warranty

Ratiometric measurement uses scattered and transmitted light signals to support reliable turbidity readings across different sample conditions.
Portable turbidity meters can support applications such as:
• Water quality monitoring
• Environmental water testing
• Laboratory sample analysis
• Field-based testing
• Research and education
• Routine quality control workflows

Before selecting a turbidity meter, laboratories should consider:
• Required NTU measurement range
• Calibration requirements
• Measurement method
• Sample type
• Portability requirements
• Required standards or laboratory method

The best turbidity meter is not simply the model with the highest NTU range. The correct instrument is the one that matches your sample type, required method, calibration needs and testing environment.
LabChoice Australia supplies portable turbidity meters and laboratory water testing equipment for research, education, environmental testing, quality control and routine laboratory applications across Australia.

Explore the LabChoice Australia laboratory equipment range:
labchoiceaustralia.com.au
For product selection, technical assistance or help choosing the correct turbidity meter, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747

12/09/2026

Laboratory Flasks: Which Type Is Right for Your Laboratory Work?

A laboratory flask is a glass vessel used for sample preparation, mixing, heating, solution handling and specialised laboratory workflows. Choosing the correct flask depends on the shape, neck design, capacity and intended application.
LabChoice Australia supplies a range of laboratory flasks for chemistry, teaching, research, quality control and routine laboratory applications across Australia.

Laboratory flasks can support:
• Sample preparation: preparing, holding and handling laboratory solutions
• Mixing: swirling or combining liquids during routine laboratory procedures
• Heating: heating compatible samples using an appropriate laboratory heat source
• Reaction work: supporting suitable chemical preparation and reaction workflows
• Storage and handling: temporary containment of compatible laboratory liquids

Different flask designs are suited to different laboratory tasks. Depending on the method, laboratories may require conical flasks, round-bottom flasks, stoppered flasks or other specialised flask configurations.
Before selecting a laboratory flask, consider:
• Required capacity
• Flask shape and base design
• Neck style and opening size
• Stopper or joint requirements
• Heating requirements
• Chemical compatibility
• Mixing or reaction method
• Required laboratory workflow

A conical-style flask may be practical where swirling and routine solution preparation are required, while other flask geometries can be better suited to heating, reactions or specialised glassware assemblies.
The best laboratory flask is not simply the largest available. The correct flask is the one whose shape, capacity, neck configuration and material match the laboratory method.
LabChoice Australia supplies laboratory flasks in different types and sizes, together with related laboratory glassware for schools, universities, research laboratories, quality control facilities and laboratory applications across Australia.

Explore different flask types and sizes at:
labchoiceaustralia.com.au
For product selection, technical assistance or help choosing the correct laboratory flask, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747

10/09/2026

pH Ion Meter Kit: Why Use One for Laboratory Ion Testing?

A pH ion meter kit is a laboratory electrochemistry system used to measure pH and specific ion concentrations when paired with the appropriate ion-selective electrode, calibration standards and testing accessories.
LabChoice Australia supplies application-specific pH Ion Meter Kits for laboratories requiring reliable pH measurement together with targeted ion analysis.
Different kits are available for applications including:
• Nitrate testing
• Ammonia testing
• Potassium testing
• Calcium testing
• Fluoride testing
• Chloride testing
• Other compatible ion measurement applicatio

A key advantage of a pH ion meter is the ability to use one measurement platform for different electrochemical parameters, depending on the connected electrode and selected method.
Why use a pH Ion Meter Kit?
• All-in-one measurement: supports pH and ion measurement using compatible electrodes
• Application-specific testing: select a kit configured for the ion you need to analyse
• Clear digital display: makes measurement results easy to monitor
• Flexible laboratory use: suitable for research, education, routine testing and analytical workflows
• Expandable testing options: different ion-selective electrodes can support different analytical requirements

Before selecting a pH ion meter kit, laboratories should consider:
• Target ion
• Expected concentration range
• Electrode compatibility
• Calibration standards required
• Sample matrix
• Temperature conditions
• Required measurement accuracy and method

Need nitrate testing? Choose a nitrate-specific kit.
Need ammonia or potassium measurement? Select the corresponding application kit.
Need calcium, fluoride or chloride analysis? Use the appropriate ion-selective electrode and compatible kit configuration.
The best pH ion meter kit is not simply the model with the most measurement functions. The correct system is the one matched to the target ion, sample type, calibration procedure and analytical requirements of your laboratory.
LabChoice Australia supplies pH ion meter kits, ion-selective electrodes and electrochemistry equipment for universities, research laboratories, education, quality control and routine laboratory analysis across Australia.

For product selection, technical assistance or help choosing the correct pH ion meter kit, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747
labchoiceaustralia.com.au

09/09/2026

Meker Burner: Why Use an LPG Burner with Stopcock in the Laboratory?

A Meker burner is a laboratory gas burner designed to provide a broad heating flame for combustion, sterilisation and routine laboratory heating applications.
LabChoice Australia supplies an LPG Meker Burner with Stopcock, designed for controlled laboratory gas heating where a stable burner base and adjustable gas supply are required.

The Meker-style burner head produces multiple small gas flames across a wider heating area, making it useful where broader and more even flame heating is preferred over a narrow single-flame arrangement.
Key features include:
• LPG-compatible Meker burner
• Integrated stopcock for gas-flow control
• Nickel-plated burner construction, as listed
• Heavy cast base for stable benchtop positioning
• Multiple-flame burner design for laboratory heating
• Available in 18 mm and 25 mm sizes, as listed
• Designed for routine laboratory and educational use

Common applications can include:
• Heating compatible laboratory vessels
• Combustion experiments
• Sterilisation procedures where an open flame is appropriate
• Chemistry practical demonstrations
• Routine laboratory heating
• Educational science experiments

Before selecting a Meker burner, laboratories should consider:
• Compatible gas type, including LPG requirements
• Burner size
• Required heating area
• Gas hose and regulator compatibility
• Ventilation requirements
• Laboratory flame-safety procedures

A Meker burner should not be selected by burner size alone. The correct burner needs to match the gas supply, heating requirement and laboratory procedure.
Gas hose, regulator and gas supply should be selected separately unless specifically included with the product. Connections should be checked for secure fit and leaks before operation, and open-flame equipment should always be used under appropriate laboratory or educational supervision.
LabChoice Australia supplies Meker burners, Bunsen burners and other laboratory gas burners and heating accessories for schools, universities, research laboratories and routine chemistry applications across Australia.

For product selection, technical assistance or help choosing the appropriate laboratory burner, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747
labchoiceaustralia.com.au

07/09/2026

Glass Blowing Tubes: Why Choose BORO 3.3 for Laboratory Glassworking?

A glass blowing tube is a laboratory glass tube used for heating, shaping, bending and forming glass during scientific glassworking, educational demonstrations and laboratory preparation work.
LabChoice Australia supplies BORO 3.3 borosilicate glass blowing tubes designed for laboratory, educational and compatible glassworking applications where thermal resistance and reliable glass quality are important.

Why BORO 3.3 glass?
• Good thermal resistance: suitable for controlled heating and glass-forming procedures
• Chemical resistance: appropriate for many laboratory environments
• Low thermal expansion: helps provide better resistance to thermal shock than ordinary glass
• Clear glass construction: allows easy observation during heating and shaping
• Multiple size options: different outside diameters and wall thicknesses can be selected for different glassworking requirements

Glass blowing tubes can be used for:
• Laboratory glassworking practice
• Heating and bending demonstrations
• Shaping and forming glass components
• Educational scientific glassblowing
• School and university practical work
• Laboratory preparation and repair applications

Before selecting a glass blowing tube, consider:
• Outside diameter, OD
• Wall thickness
• Tube length
• Required strength and rigidity
• Heating and forming method
• Compatibility with the intended glassworking application

Different wall thicknesses can influence how the tube behaves during heating and forming. Thicker-wall tubing may provide greater mechanical strength, while thinner-wall tubing can respond differently during shaping, depending on the application and technique.
The best glass blowing tube is not simply the thickest or largest tube. The correct choice depends on the required OD, wall thickness, tube length and intended glassworking procedure.
LabChoice Australia supplies BORO 3.3 glass blowing tubes in multiple sizes and wall thicknesses for schools, universities, laboratories and scientific glassworking applications across Australia.

Explore more glass blowing tubes, BORO 3.3 tubes and other laboratory tubing options at:
labchoiceaustralia.com.au

For product selection, technical assistance or help choosing the correct glass tube size, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747

03/09/2026

Reaction Distillation Flask: When Is a Wide Mouth Design Better?

A reaction distillation flask is a laboratory glass vessel used for synthesis, mixing and heat-driven reaction workflows where a larger opening can make loading, handling and recovery of bulky materials easier.
LabChoice Australia supplies a 10 L Reaction Distillation Flask with Wide Mouth, Lid and Clamp, manufactured from BORO 3.3 borosilicate glass for suitable laboratory heating and chemical-processing applications.
The 15 cm wide mouth opening provides easier access than a conventional narrow-neck flask, making this vessel particularly useful where larger solids, botanical materials or other bulky samples need to be introduced or removed.

Key features include:
• 10 L capacity for larger laboratory reaction workflows
• 15 cm wide mouth opening for easier sample loading and access
• Single 24/29 joint lid supplied with the flask
• Clamp included for securing the lid during appropriate laboratory use
• BORO 3.3 borosilicate glass construction
• Suitable for synthesis, mixing and compatible heat-driven processes

A wide-mouth reaction flask can be particularly useful when a narrow single-neck flask would make loading or retrieving larger sample materials difficult.
Common laboratory applications can include:
• Chemical synthesis
• Reaction and mixing workflows
• Heating compatible laboratory preparations
• Botanical and larger solid sample handling
• Research and development procedures
• Teaching and chemistry laboratory demonstrations

Before selecting a reaction flask, laboratories should consider:
• Required working capacity
• Sample size and loading requirements
• Joint size and connected glassware
• Heating method
• Chemical compatibility
• Pressure conditions
• Required access for cleaning and sample recovery

The best reaction flask is not simply the largest vessel available. The correct design should match the sample size, reaction volume, heating conditions, glassware configuration and chemical compatibility required by the laboratory method.
Heating, pressure and chemical compatibility should always be confirmed before use, and the flask should be operated under appropriate laboratory or educational supervision.
LabChoice Australia supplies reaction flasks, distillation glassware and BORO 3.3 laboratory glassware for chemistry laboratories, universities, research facilities and teaching laboratories across Australia.

For product selection, technical assistance or information about our reaction and distillation glassware range, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747
labchoiceaustralia.com.au

02/09/2026

Molecular Model Sets: Which Type Is Right for Chemistry Learning?

A molecular model set is a hands-on chemistry teaching tool used to visualise molecular structure, bonding, geometry and three-dimensional arrangements that can be difficult to understand from two-dimensional formulas alone.
Molecular model sets can support:
• Molecular geometry: helps visualise bond angles and 3D structure
• Chemical bonding: demonstrates how atoms connect within molecules
• Crystal structures: useful for studying ordered atomic arrangements
• Organic chemistry: supports understanding of larger molecular structures
• Active learning: useful for demonstrations, practical teaching and student interaction

Different model sets are designed for different chemistry concepts.
Water / Ice, H₂O: useful for demonstrating hydrogen-bonded molecular arrangements.
Sodium Chloride, 36 Atoms: helps visualise an ionic crystal lattice structure.
Glyceryl Tristearate, C₅₇H₁₁₀O₆: useful for studying a larger organic molecular structure.

Before choosing a molecular model set, consider:
• Topic being taught
• Molecular or crystal structure required
• Number and type of atoms included
• Bonding arrangement
• Student level
• Demonstration or hands-on learning requirements

The best molecular model set is not simply the largest set. It is the model that best represents the chemistry concept you need to teach or study.
LabChoice Australia supplies molecular model sets and chemistry teaching equipment for schools, universities, teaching laboratories and science education environments across Australia.

Explore more molecular model solutions at:
labchoiceaustralia.com.au

For product selection, technical assistance or information about our molecular model range, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747

01/09/2026

Laboratory Equipment Names and Uses: Which Instrument Fits Each Task?

Laboratory equipment includes instruments, glassware and accessories designed for specific tasks such as measuring, mixing, heating, separating, filtering and analysing samples.
A laboratory may contain dozens of different products, but selecting the correct equipment starts with understanding what each item is designed to do and which specifications matter for the application.

Quick laboratory equipment guide:
• Measuring Cylinder: measures and dispenses liquid volumes for routine laboratory work
• Burette: delivers controlled, measurable volumes of liquid, particularly during titration
• Volumetric Pipette: transfers one specified liquid volume with high accuracy
• Analytical Balance: provides high-resolution mass measurement for analytical and sample-preparation work
• pH Meter: provides quantitative measurement of pH using a compatible electrode
• Centrifuge: separates sample components by applying centrifugal force
• Magnetic Stirrer: mixes liquids using a rotating magnetic field and stir bar
• Water Bath: provides controlled and relatively uniform heating of samples or vessels
• Tube Rotator: provides gentle, continuous rotational mixing of tubes
• Viscometer: measures viscosity or supports viscosity determination according to the selected method
• Büchner Funnel and Filter Flask: form part of a vacuum filtration setup for separating solids from liquids
• Petri Dish: supports culturing, observing, containing and handling suitable laboratory samples
• Crucible: provides a heat-resistant vessel for high-temperature heating, ignition, ashing and related procedures
• Laboratory Thermometer: measures and monitors temperature during laboratory processes

Knowing the equipment name is only the starting point.
Before selecting laboratory equipment, consider:
• Capacity or working volume
• Accuracy, tolerance and resolution
• Material and chemical compatibility
• Speed or RCF requirements
• Temperature range
• Tube, vessel or accessory compatibility
• Calibration requirements
• Intended laboratory method

LabChoice Australia supplies laboratory equipment, glassware, plasticware and scientific consumables for schools, universities, research laboratories, quality control facilities and industrial laboratories across Australia.

For product selection, technical assistance or help identifying the appropriate laboratory equipment for your application, contact:
Product Manager, LabChoice Australia
Phone: 03 8777 2747
labchoiceaustralia.com.au

LabChoice Australia

21/09/2026

16/09/2026

14/09/2026

12/09/2026

10/09/2026

09/09/2026

07/09/2026

03/09/2026

02/09/2026

01/09/2026

Address

Opening Hours

Telephone

Website

Alerts

Contact The Practice

Shortcuts

Sponsored

Share

Category

Listing takedown request

Monday	9am - 5am
Tuesday	9am - 5am
Wednesday	9am - 5am
Thursday	9am - 5am
Friday	9am - 5am