Ten Core STEM Products For Schools and Universities

Every strong science department has a core group of products that quietly power practical learning.

They’re not novelty items.
They’re not one-off purchases.
They’re the reliable, curriculum-aligned tools that get used term after term — across Physics, Chemistry, and STEM.

Based on classroom demand patterns and education purchasing behaviour, here are 10 anchor products and product categories that schools consistently rely on — and that form the backbone of effective lab programs.

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Why These 10 Products Matter

These anchors share common traits:

✔ Curriculum-aligned
✔ Used repeatedly across year levels
✔ Durable for classroom use
✔ Suitable for whole-class setups
✔ Scalable across programs

They represent the difference between a lab that functions smoothly and one that struggles with unreliable equipment.

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A Smarter Approach to Lab Planning

Rather than reacting to equipment failure, forward-planning science departments:

• Review foundational apparatus annually

• Maintain consistent brands and systems

• Align purchases to curriculum delivery

• Standardise equipment across year levels

Building your lab around proven anchor products ensures practical learning remains accurate, safe, and engaging.

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⚡ Physics Anchors (Senior & Core Practical)

IEC Free Fall Apparatus

A precision mechanical release system used to investigate acceleration due to gravity and motion analysis. This apparatus supports kinematics experiments and senior physics assessments.

Why it matters:
Clear demonstration of motion principles with repeatable, measurable results.

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IEC Hodson Induction Kit

A comprehensive electromagnetism system covering induction, transformers, AC/DC motor principles, and energy conversion.

Why it matters:
One kit supports multiple senior physics curriculum outcomes.

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IEC Simple Planck’s Constant Apparatus

A practical system using LEDs to explore photon energy and quantum concepts.

Why it matters:
Makes abstract quantum physics measurable and visible.

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IEC Mass of Electron Apparatus

Demonstrates electron motion within a magnetic field to determine charge-to-mass ratio.

Why it matters:
Transforms atomic physics from theory to observation.

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🧪 Chemistry Anchors (Measurement & Practical Skills)

IEC Digital Colorimeter

Enables quantitative analysis through absorbance and concentration measurement.

Why it matters:
Essential for senior chemistry practical investigations and Beer–Lambert law applications.

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OHAUS Scout Educational Balances

Designed specifically for classroom use, combining precision with overload protection and durability.

Why it matters:
Balances are foundational lab infrastructure used across multiple disciplines.

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OHAUS PR Series Precision Balance

Higher-capacity precision weighing for senior labs and sample preparation.

Why it matters:
Supports accurate measurement in advanced chemistry and lab prep environments.

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🔌 STEM & Electronics Anchors (High Engagement & Repeat Use)

Tekky ARD2 Project Kit (16 Projects)

A structured electronics kit supporting progressive learning through guided builds.

Why it matters:
Scalable across year levels and ideal for classroom sets.

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Tekky Introductory Electronics Kits

Entry-level soldering and circuit kits designed for junior STEM programs.

Why it matters:
Builds foundational electronics skills and drives tool purchases.

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4mm Insulated Banana Plugs

A small product with a large impact. Used daily in physics and electronics labs for secure electrical connections.

Why it matters:
High repeat demand and essential lab infrastructure.

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Final Thought

Science education is strongest when practical learning is reliable.

These 10 anchor products form the foundation of effective Physics, Chemistry, and STEM programs — and they continue to be trusted by schools across Australia.

Ten Core STEM Products For Schools and Universities