The Right OHAUS Balance for your Science Lab Accurate measurement is fundamental to scientific investigation. From preparing chemical solutions to measuring samples in physics or environmental science, reliable weighing equipment ensures experiments produce repeatable and meaningful results. For decades, laboratories and science classrooms have trusted OHAUS balances for their precision, durability, and ease of use. Wiltronics supplies a broad range of OHAUS models designed to support everything from introductory science experiments through to advanced laboratory analysis. Below are six OHAUS balances available from Wiltronics that support different levels of scientific measurement and laboratory work. 👉 Explore the full range:
https://www.wiltronics.com.au/product-category/electronic-balances-ohaus/ OHAUS PX2202 Pioneer Precision Balance The OHAUS PX2202 Pioneer Precision Balance is designed for laboratories requiring higher accuracy and reliability. With excellent stability and a bright backlit display, it delivers consistent results for analytical and quantitative experiments. The Pioneer series includes features such as USB connectivity, environmental adjustment settings, and simple calibration options, making it suitable for busy laboratory environments. Best for: • Chemistry solution preparation
• Sample mass measurement
• Senior science laboratory work
• Research and laboratory environments OHAUS PX3202 Pioneer Precision Balance The PX3202 Pioneer Balance combines high capacity with excellent precision, allowing laboratories to weigh larger samples without sacrificing accuracy. Its robust design and stable measurement system make it ideal for environments where multiple users rely on consistent performance. Best for: • Larger laboratory samples
• Materials science experiments
• Environmental testing applications
• Multi-user teaching laboratories OHAUS PX124 Pioneer Analytical Balance For laboratories requiring extremely fine measurement, the PX124 Pioneer Analytical Balance offers exceptional readability and stability. Analytical balances such as this are commonly used when experiments require measurement down to very small mass differences. These models include draft shields and advanced stability systems to minimise environmental disturbance during measurement. Best for: • Analytical chemistry
• Precise reagent measurement
• Pharmaceutical or research applications
• Advanced laboratory investigations OHAUS PR224 Analytical Balance The PR224 Analytical Balance provides excellent precision while maintaining straightforward operation. Designed for laboratory reliability, it is widely used in educational and industrial laboratory environments. The PR series delivers high measurement accuracy while remaining accessible for teaching laboratories and routine analytical work. Best for: • Quantitative chemistry
• University teaching laboratories
• High-precision experiments
• Routine analytical measurement OHAUS Explorer EX12001 High Capacity Precision Balance The Explorer EX12001 is designed for laboratories requiring high-capacity weighing while maintaining precise measurement resolution. Explorer balances combine advanced weighing technology with robust construction, making them suitable for demanding laboratory environments and research facilities. Best for: • High-capacity laboratory weighing
• Industrial and research applications
• Materials testing laboratories
• Advanced scientific environments OHAUS NV222 Navigator Portable Balance The NV222 Navigator Balance is a compact, multi-purpose balance suitable for everyday laboratory and classroom use. It features a 220 g capacity with 0.01 g readability and fast stabilisation time, making it ideal for routine weighing tasks in teaching laboratories. Best for: • Classroom science experiments
• Quick measurement tasks
• Student laboratory stations
• General laboratory weighing Why OHAUS Balances Are Trusted in Science Education OHAUS balances are widely used across schools, universities, and research laboratories because they provide: ✔ Reliable measurement accuracy
✔ Durable construction for repeated use
✔ Clear displays for easy operation
✔ Models suited to both education and professional labs For science departments, investing in dependable weighing equipment ensures experiments remain consistent and results remain trustworthy. Explore the Complete OHAUS Range Wiltronics offers a wide selection of OHAUS balances designed for education, laboratories, and professional environments. 👉 Browse the full range here:
https://www.wiltronics.com.au/product-category/electronic-balances-ohaus/

Core Electrical Tools Every Laboratory Needs  Electrical investigation sits at the heart of modern Physics and STEM education. From simple circuit construction in Year 7 to waveform analysis in VCE Physics, the right laboratory equipment transforms theory into measurable outcomes. This guide outlines the four foundational electrical equipment categories every Australian secondary school should prioritise. Building a Scalable Electrical Lab Year Level Equipment Priority Years 7–8 Multimeters + leads Years 9–10 Add bench power supplies VCE Units 1–2 Structured electrical investigations VCE Units 3–4 Oscilloscope integration Electrical equipment should be layered — not purchased randomly. A strategic rollout allows schools to: Spread budget across years Upgrade gradually Build teacher confidence Improve student experimental outcomes 1. Digital and Analog Multimeters A digital multimeter is the most used electrical instrument in a school lab. What It Measures Voltage (AC/DC) Current Resistance Continuity Diode testing Why Every Student Needs Access In Years 7–8, multimeters introduce: Basic circuit verification Understanding current flow Safe testing procedures In Years 9–10: Ohm’s Law validation Series vs parallel circuit analysis Internal resistance investigation In VCE Physics Units 1–4: Experimental validation Measurement uncertainty Data collection for electrical investigations What Schools Should Look For Clear LCD display Fused current inputs Overload protection Durable casing Replaceable leads Class sets are ideal — one per student pair improves engagement and reduces bottlenecks. 2. Bench Power Supplies A regulated bench power supply provides safe, stable voltage for structured experimentation. Why It Matters Battery packs limit flexibility. Bench supplies allow: Adjustable voltage Adjustable current limiting Repeatable experiments Controlled safety conditions Curriculum Application Years 9–10 Current vs voltage graphs Resistor behaviour LED forward voltage testing VCE Physics Units 3–4 Field investigations Circuit modelling Power dissipation experiments Recommended Features Current limiting (student safety) Dual outputs (teacher demonstrations) Clear voltage/current displays Short-circuit protection Investing in quality regulated supplies reduces maintenance and improves experiment reliability. 3. Banana Plugs & Safety Leads Often overlooked — but critical. Banana plugs and test leads are the connective infrastructure of every electrical experiment. Why They Are Strategic SKUs High rotation Frequent replacement Low cost / high volume Required across multiple year levels Education-Specific Requirements 4mm shrouded safety connectors Flexible silicone insulation Colour-coded leads (red/black/green/yellow) Stackable connectors for complex circuits Without reliable leads, even the best equipment fails in practice. This category represents strong repeat purchasing for schools and should always be well stocked. 4. Oscilloscopes (Senior Level) Oscilloscopes elevate electrical education from measurement to analysis. What They Enable Waveform visualisation AC signal analysis Frequency measurement Signal distortion studies Induction investigations Senior Curriculum Alignment VCE Physics Units 3–4 AC theory Electromagnetic induction Signal behaviour Practical investigation design Oscilloscopes introduce students to real-world laboratory instrumentation used in engineering, electronics and tertiary study. What Schools Should Consider Digital storage capability USB export for data logging Dual channel minimum Clear graphical interface Protective casing for classroom durability Not every lab requires multiple oscilloscopes — but at least one per senior physics room significantly strengthens investigative depth. Why Electrical Equipment Is a Smart Investment Electrical experiments: Are low consumable cost Offer repeatable setups Support cross-curricular STEM integration Align with ACARA & VCAA standards Develop problem-solving skills They also integrate seamlessly with: Arduino platforms Robotics kits Data logging systems Engineering electives Final Thought Electrical understanding is foundational to modern science and engineering. A well-equipped school lab should not rely on outdated batteries and damaged leads. It should provide students with: Accurate measurement tools Safe regulated power Reliable connectivity Senior-level analytical capability Invest in infrastructure that scales from Year 7 to VCE — and supports genuine experimental science. Core Electrical Tools Every Laboratory Needs 

Complete Australian School Science Lab Guide from Wiltronics Building a Future-Ready School Science Lab A modern Australian school science lab must do more than hold glassware and Bunsen burners. It must support: Australian Curriculum (ACARA) Years 5–10 Science VCAA Physics Units 1–4 Chemistry depth studies Practical STEM & robotics programs Safe, repeatable, curriculum-aligned experimentation For over 50 years, Wiltronics has supported Australian schools with practical, durable, and education-aligned equipment — from foundational lab consumables to advanced robotics systems. This guide outlines the essential categories every secondary school should prioritise in 2026. 6. Building a Vertically Integrated Science Program A modern Australian school science department should be structured: Year Level Focus Equipment Category Years 5–6 Intro experiments Plastic labware, simple circuits Years 7–8 Structured investigations Glassware, magnet kits, optics Years 9–10 Analytical depth Power supplies, multimeters VCE Units 1–4 Advanced analysis Oscilloscopes, advanced kits STEM Electives Engineering Robotics & programmable systems Wiltronics supports the full ladder — not just isolated products. 1. Core Chemistry Infrastructure A chemistry lab lives or dies on reliable infrastructure. Essential Foundation Equipment: Borosilicate beakers (50ml–1000ml) Conical flasks Measuring cylinders Test tubes & racks Retort stands with bossheads & clamps Curriculum Alignment ACSSU117 – Properties of matter ACSSU182 – Chemical change VCAA Chemistry Units 1–4 – Experimental design & analysis High-rotation consumables like beakers, cylinders and clamps are repeat-purchase items — making them ideal anchor SKUs for ongoing school supply cycles. 2. Physics Demonstration & Investigation Equipment Physics requires equipment that makes invisible forces visible. Key Demonstration Categories: Magnetism & electromagnetism kits Light & Optics Wave behaviour Thermodynamics Force & motion apparatus Curriculum Alignment ACSSU190 – Energy conservation ACSSU229 – Forces & motion VCAA Physics Units 1–4 – Fields, electricity, motion & energy Well-designed physics demonstrations increase student comprehension and teacher confidence — especially in VCE-level classes. 3. Robotics & STEM Integration STEM education is no longer optional. One of the strongest engagement tools for Years 7–10 technology and physics integration is a programmable robot arm system. Robot Arm Kit (Classroom Ready) Ideal for: Coding integration Applied physics (torque, levers, motors) Engineering design challenges Mechatronics introduction Robotics bridges: Science Digital Technologies Engineering principles Problem-solving skills High engagement = high perceived value for schools. 4. Electrical & Measurement Equipment Measurement accuracy separates demonstration from experimentation. Core Lab Electrical Equipment: Digital multimeters Bench power supplies Banana plugs & safety leads Oscilloscopes (senior level) These products: Support VCE Physics practicals Enable safe current/voltage testing Reinforce electrical theory through hands-on validation Electrical accessories (banana plugs, leads) are repeat-purchase consumables — strong anchor SKUs. 5. Safety & Compliance Equipment Every lab must prioritise WHS compliance. Essential Safety Categories: Safety goggles Face Masks Gloves Lab Coats Hand Protectors Schools increasingly audit: Storage procedures Chemical labelling PPE compliance Reliable suppliers reduce administrative burden and compliance risk. Why Schools Choose Wiltronics 50+ years serving Australian science education ISO 9001 accredited systems Australian Made licensed products 11,000+ SKUs available online Fast national shipping Education account support As schools prepare for 2026 budgets, partnering with a supplier that understands curriculum alignment and long-term lab development is critical. Final Thought A science lab is not a room full of equipment. It is an ecosystem designed to: Inspire curiosity Support curriculum Deliver measurable outcomes Prepare students for tertiary pathways Invest strategically. Build vertically. Choose equipment that scales from Year 7 through VCE.

Curriculum-Aligned STEM Kits That Students Love STEM programs are strongest when students build, test, analyse, and iterate. But not all STEM kits are created equal. The most effective classroom kits are: Structured (not random component bundles) Scalable across year levels Durable for repeated use Clearly aligned to curriculum outcomes Supported by documentation and guided activities At Wiltronics, our STEM range is designed specifically for real classrooms, not hobby benches. Leading the range is a product that bridges engineering, electronics, mechanics, and problem-solving in one powerful build. 🤖 Featured STEM Product: Robot Arm Kit The Robot Arm Kit is a mechanical and electronic construction system that allows students to assemble and operate a fully functioning robotic arm. Students explore: Mechanical linkages Gear systems Torque and load Control systems Motion precision Engineering design principles This is not just an assembly activity — it becomes a platform for experimentation and optimisation. Best suited for: Years 8–10 STEM Engineering electives Robotics programs Design & Technology integration Curriculum links include: Forces and motion Mechanical advantage Systems thinking Engineering design process Problem-solving and iteration The Robot Arm Kit works exceptionally well as: A semester project A team-based design challenge A robotics introduction unit A capstone STEM build It is an aspirational product that lifts the perception of a school’s STEM program. 🔌 Structured Electronics Learning Pathway To support progression from fundamentals to advanced builds, Wiltronics offers a structured electronics pathway. ⚡ Tekky ARD2 Electronics Project Kit (16 Projects) The ARD2 kit includes 16 guided projects, helping students build foundational circuit knowledge step-by-step. Students learn: Basic circuit theory Resistors, capacitors, and transistors Signal flow Component function Practical soldering skills Ideal for:
Years 8–10 electronics and STEM programs. This kit creates structured progression rather than trial-and-error learning. 🔊 Tekky Siren & Ray Gun Kit Designed to explore oscillation and frequency control while maintaining strong engagement. Students learn: RC timing circuits Sound generation Circuit troubleshooting Assembly skills Great for building confidence before more advanced projects. 🔈 Tekky Amplifier Kit Introduces signal amplification and audio electronics. Students explore: Gain Signal processing Output stages Practical testing and troubleshooting This links directly into physics (waves & sound) and electronics. 🔧 Tekky Transistor Component Pack A structured way to teach switching and amplification using real components. Excellent for: Circuit experimentation Reinforcement exercises Assessment tasks Building multiple class stations How These Kits Work Together A well-designed STEM program might look like this: Stage 1 – Foundations
Tekky introductory kits
Focus: components, soldering, circuit basics Stage 2 – Applied Electronics
ARD2 (16 projects)
Focus: structured progression Stage 3 – Systems & Engineering
Robot Arm Kit
Focus: mechanics + systems integration This pathway moves students from: Basic circuit understanding → Applied electronics → Mechanical engineering systems. Why Structured STEM Kits Outperform Random Component Bundles Random parts rarely deliver structured learning. Classroom-ready kits: ✔ Include guided documentation
✔ Support curriculum delivery
✔ Provide repeatable outcomes
✔ Scale across class groups
✔ Reduce teacher preparation time For departments planning multi-year STEM programs, this structure matters. Designed for Education Environments Wiltronics STEM kits are selected and supplied specifically for: • Classroom durability
• Curriculum integration
• Structured learning
• Repeat program use
• Long-term product availability They are suitable for: Junior STEM Engineering electives Robotics programs Electronics units Project-based learning Ready to Strengthen Your STEM Program? Explore the full range of classroom-ready STEM kits: 👉 Robot Arm Kit 👉 Tekky STEM Kits Final Thought Effective STEM education is built on structured progression, real engineering challenges, and hands-on experimentation. With the Robot Arm Kit as a centrepiece, supported by Tekky electronics systems, schools can deliver a cohesive, curriculum-aligned STEM pathway — not just isolated projects.

Science Glassware and Plasticware Every STEM Lab Needs Glassware and plasticware are the quiet workhorses of every science laboratory. They aren’t flashy — but without them, experiments don’t happen. From accurate measurement to safe heating and solution preparation, reliable labware supports every practical chemistry lesson. Based on classroom demand patterns and repeat purchasing behaviour, here are 10 essential glassware and plasticware products from the Wiltronics range. 👉 Browse the full range: 1️⃣ Borosilicate Beakers (50–1000 mL) Heat-resistant borosilicate glass beakers are used daily for mixing, heating, dissolving solids, and transferring liquids. Best for:
• Solution preparation
• Heating on Bunsen burners or hotplates
• Group experiments 2️⃣ Conical (Erlenmeyer) Flasks The tapered shape allows safe swirling and reduces spillage during reactions and titrations. Best for:
• Titrations
• Reaction rate investigations
• Mixing liquids safely 3️⃣ Graduated Cylinders (Measuring Cylinders) Provides more accurate volume measurement than beakers — essential for quantitative chemistry. Best for:
• Measuring reactants
• Preparing solutions
• Junior-to-senior science tasks 4️⃣ Volumetric Flasks Designed for precise solution preparation and dilution work in senior chemistry. Best for:
• Standard solution preparation
• Senior chemistry assessments
• Concentration calculations 5️⃣ Burettes A key titration tool allowing controlled, accurate liquid delivery. Best for:
• Acid–base titrations
• Redox reactions
• Senior practical assessments 6️⃣ Pipettes (Volumetric & Graduated) Essential for transferring precise liquid volumes, often paired with pipette fillers. Best for:
• Accurate reagent transfer
• Controlled liquid handling
• Senior chemistry labs 7️⃣ Test Tubes & Racks Fundamental for small-scale reactions and observation experiments. Best for:
• Comparative reactions
• Junior chemistry
• Demonstrations 8️⃣ Watch Glasses Simple but essential for evaporation, covering beakers, and holding small samples. Best for:
• Evaporation experiments
• Sample observation
• Controlled heating 9️⃣ Plastic Wash Bottles (PE) Durable plastic bottles for rinsing glassware and dispensing distilled water safely. Best for:
• Rinsing during titrations
• Cleaning glassware
• General lab maintenance 🔟 Stoppers & Gooches Used to seal flasks and test tubes during gas collection or reaction setups. Best for:
• Gas evolution experiments
• Closed reaction systems
• Safe storage Why Glassware Is a High-Impact Category Glassware and plasticware are: ✔ High-repeat purchase items
✔ Used across all year levels
✔ Required in full class sets
✔ Essential lab infrastructure
✔ Foundational to curriculum delivery Standardising quality glassware reduces breakage, improves measurement consistency, and simplifies ordering cycles. Complete Your Lab Setup Explore Wiltronics’ full classroom-ready range: 👉 Browse the full range:

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. 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. 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. ⚡ 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. 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. 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. 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. 🧪 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. 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. 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. 🔌 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. 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. 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. 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

Equip Your School Chemistry Lab at Wiltronics Chemistry is one of the most engaging and practical areas of the science curriculum — but meaningful practical work depends on reliable, safe laboratory equipment. Wiltronics offers a comprehensive range of chemistry lab tools and apparatus designed for classroom and laboratory use, from foundational glassware to advanced measurement instruments. These products support Australian Curriculum practical investigations and help deliver curriculum-aligned experiments that build skills and confidence. 👉 Explore the full Chemistry Equipment range at Wiltronics Why Quality Chemistry Equipment Matters Effective chemistry teaching hinges on precision, safety, and repeatability. High-quality lab tools help educators: Conduct accurate measurements and reactions Ensure student safety during experiments Reinforce inquiry-based learning and observation skills Meet curriculum requirements from Years 7–12 Wiltronics selects chemistry equipment that is durable for repeated student use, suitable for lesson plans, and easy to integrate into science programs across year levels. Building a Complete Chemistry Learning Space These products form the foundation of safe and effective chemistry instruction, supporting key practical strands of the Australian Curriculum including: Quantitative measurement and analysis Reaction rates and energy changes Solution preparation and titration techniques Separation and purification methods Combined with lab safety gear and supporting instruments, this equipment helps schools deliver engaging, hands-on science learning. 6 Chemistry Products with High Classroom Impact Below are six standout chemistry products from Wiltronics that schools are using for practical labs and investigations: 1. IEC Digital Colorimeter Measure solution concentration and absorbance with this classroom-ready colourimeter — ideal for quantitative chemistry experiments such as colourimetric analysis and reaction monitoring. Best for: Solution concentration investigations Absorption and transmission measurements Senior chemistry practicals 2. Buchner Funnels (Porcelain & Polypropylene) Buchner funnels support vacuum filtration, a key separation technique in many chemistry lessons. Available in both porcelain and robust polypropylene variants. Best for: Filtration and separation experiments Organic chemistry practical work Multi-station class setups 3. Chemistry Chart – Periodic Table in Acrylic with Samples Bring the periodic table to life with this acrylic chemistry chart that includes real element samples (with safe substitutes for hazardous elements), helping students visualise atomic structure and periodic trends. Best for: Introducing periodicity and element properties Classroom reference and visual teaching Enhancing engagement in foundational chemistry units 4. All-Purpose Mortar & Pestle (Glass & Porcelain) Heavy-duty mortar and pestle sets are essential for grinding solids to powders — a common preparatory step in many lab procedures. Best for: Sample preparation Solids processing in reaction setups Simple hands-on lab tasks 5. Pipette Accessories & Vacuum Pumps Accurate liquid handling is fundamental to chemistry labs. Wiltronics supplies pipette accessories — including manual vacuum pumps, stands, and filters — to make everyday pipetting efficient and reliable. Best for: Titration support Precise liquid dosing General lab procedure efficiency 6. Bunsen Burners, Tripods & Heating Equipment Traditional Bunsen burners, plus tripods, wire gauze, and mats, provide safe and controllable heat sources for a wide range of experiments — from heating solutions to observing reaction kinetics. Best for: Flame tests Reaction energy demonstrations Heating and boiling tasks Ready to Upgrade Your Chemistry Lab? Explore the full range of chemistry equipment at Wiltronics today — built for reliable performance and classroom durability.
👉 Explore the full Chemistry Equipment range at Wiltronics

Harness Physics Teaching with IEC Equipment from Wiltronics High-quality physics equipment is essential for hands-on science learning, enabling students to explore core concepts in mechanics, electricity, motion, waves, atomic physics, and more. At Wiltronics, we supply a wide range of IEC (Industrial Equipment & Control) physics apparatus designed specifically for classroom and laboratory use — rugged, reliable, and aligned with practical science teaching. Whether you’re equipping a classroom, refreshing an older lab, or extending your senior physics resources, these IEC tools help bring abstract concepts to life. 👉 Explore the full Wiltronics Physics Equipment range Why IEC Equipment Matters in Science Education IEC products have been used in Australian classrooms for decades because they are: Built for schools — strong metal construction, simple interfaces, and repairable parts Curriculum-ready — supports physics topics from Year 7 to senior science Durable and testable — designed to withstand repeated student use with stable output Versatile — suitable for whole-class demonstrations and individual investigations From classical motion experiments to atomic physics demonstrations, IEC gear provides visual, repeatable learning experiences that help students connect theory with practice. Building a Physics-Ready Science Lab IEC’s physics equipment supports a wide range of primary and secondary units, including: Electricity and circuits Motion, force, and energy transfer Waves, optics, and light behaviour Atomic and quantum physics concepts Electromagnetism and field interactions These tools make abstract concepts tangible, helping students visualise phenomena that are otherwise theoretical. 6 IEC Products to Equip Your Physics Lab Below are six IEC physics products available from Wiltronics that are widely used in STEM classrooms: 1. IEC Hodson Induction Kit – Learn Electromagnetism A comprehensive induction lab kit for exploring magnetic induction, transformer theory, AC/DC motor operation, eddy currents, and more — ideal for intermediate and senior physics lessons. Best for: Electromagnetic induction and motor studies AC/DC principles and energy conversion Hands-on exploration with safe 12 V operation 2. IEC Mass of Electron Apparatus – Experimental Atomic Physics Use a ‘magic eye’ tube and magnetic field to observe electron motion and estimate the mass of the electron — a classic atomic physics demonstration. Best for: Radiation & atomic physics concepts Particle motion in magnetic fields Senior physics investigation units 3. IEC Simple Planck’s Constant Apparatus – Photon Energy Measurement A practical way to explore Planck’s constant using LEDs of different wavelengths and plotted photon energy — a great addition to light and quantum units. Best for: Photon energy and wavelength relationships Introduction to quantum concepts Data collection and graphing experiments 4. IEC Circular Motion Kit PSSC – Centripetal Force Experiments A simple centripetal force kit for demonstrating rotational motion and forces, ideal for mechanics and motion units. Best for: Motion and force principles Hands-on, outdoor or indoor modelling Concept demonstration with simple apparatus 5. IEC Magnetic Field Demo Rectangular Coil Demonstrates magnetic field patterns around a conductor using a rectangular coil — excellent for introducing magnetic fields. Best for: Visualising magnetic field patterns Electromagnetism basics Faraday’s and Ampère’s Law demonstrations 6. IEC Free Fall Apparatus – Motion & Gravity Experiments A 1 m vertical release system for free-fall experiments, enabling precise timing and motion studies — ideal for kinematics. Best for: Gravity and acceleration experiments Kinematics investigations Motion data collection and graphing Why Schools Choose Wiltronics for IEC Gear Wiltronics has been supplying IEC laboratory equipment for decades, backing schools with: A large range of products in stock Fast Australia-wide delivery Bulk buying and pricing support for school departments Expert guidance on lab planning and equipment lists Whether you’re refreshing old apparatus or upgrading your science lab, IEC tools from Wiltronics deliver reliable, curriculum-ready physics equipment that teachers trust. 👉 Explore the full Wiltronics Physics Equipment range

Wiltronics Tekky STEM Kits Work in Real Classrooms Wiltronics Tekky STEM Kits are more than just project toys — they are educational project packs designed to align with curriculum standards, with supporting materials such as: Project descriptions and theory Circuit operation information Step-by-step assembly instructions Troubleshooting guidance Post-construction challenges and teacher notes These kits are ideal for middle and senior science classes, tech clubs, STEM electives, and hands-on electronics units where students learn by doing. 👉 Discover the full Tekky STEM Kits range: How Tekky Kits Support STEM Skills Tekky kits do more than teach circuit assembly — they help students develop: Critical thinking and problem-solving Understanding of real electronic components Confidence with tools and soldering (where applicable) Practical application of maths and physics concepts Teamwork and project organisation skills The included teacher notes and curriculum guides help integrate these activities into structured lesson plans. 6 Tekky STEM Kits to Inspire Learning Here are six standout Tekky kits from the Wiltronics range that make excellent classroom resources: 1. Tekky Ding-Dong Doorbell Kit Build a functioning electronic doorbell circuit using resistors, capacitors, and switches. Best for: Introducing basic circuits and components Exploring timing and oscillation concepts Linking everyday tech to foundational electronics 👉 https://www.wiltronics.com.au/product/ki0205/tekky-ding-dong-door-chime-kit/ 2. Tekky Wailing Siren Kit Produce dynamic sound effects while experimenting with oscillators and variable resistors. Best for: Exploring waveform creation and frequency Engagement through auditory feedback Intermediate circuit building skills 👉 https://www.wiltronics.com.au/product/ki0236/tekky-wailing-siren-kit/ 3. Tekky 3-Siren & Ray Gun Kit A fun, multi-sound kit that lets students see how resistors and capacitors control pitch and timing. Best for: Enhancing understanding of RC circuits Creative and engaging audio projects Intermediate project challenges 👉 https://www.wiltronics.com.au/product/ki0214/tekky-3-siren-and-ray-gun-kit/ 4. Tekky Amplifier Kit (12 VDC TDA1519A) Students build a high-power audio amplifier that demonstrates gain and signal amplification. Best for: Teaching amplification basics Linking theory to real audio output Hands-on soldering and assembly skills 👉 https://www.wiltronics.com.au/product/ki0252/tekky-amplifier-kit-12vdc-tda1519a/ 5. Tekky 3-Stage FM Transmitter Kit (ED Pack) A curriculum-ready FM transmitter project with educational pack materials. Best for: Exploring radio frequency transmission Physics of waves and communication Advanced electronics project work 👉 https://www.wiltronics.com.au/product/ki0232ep/tekky-3-stage-fm-transmitter-kit-ed-pack/ 6. Tekky Transistor Component Pack (10 Values × 20 pcs) A bulk transistor kit ideal for group work and multiple transistor experiments. Best for: Teaching switching and amplification fundamentals Providing components for multiple class stations Reinforcing component theory through repeated use 👉 https://www.wiltronics.com.au/product/ki0316/npn-pnp-transistors-bc327-bc558-tekky-10-values-20pcs/ Ready to Bring STEM to Life? Wiltronics Tekky STEM Kits provide affordable, hands-on learning tools that make science and electronics accessible and exciting for students from junior classes through senior electives. 👉 Discover the full Tekky STEM Kits range:

PASCO Wireless Sensors Bring Science to Life In modern science classrooms, hands-on investigation is no longer optional — it’s expected. Students learn best when they can observe real-time data, test hypotheses, and draw evidence-based conclusions. PASCO wireless sensors and data loggers have become a cornerstone of this approach, allowing students and teachers to move beyond static measurements and into dynamic, interactive scientific inquiry. Wiltronics supplies a broad range of PASCO Spark Science and wireless data-logging equipment, designed to support curriculum-aligned experiments from physics and chemistry through to biology and environmental science. 👉 Explore the PASCO data-logging range: Why Wireless Sensors Matter in Science Education Traditional, analog instruments give snapshots — but science is dynamic. Wireless sensors paired with intuitive software allow students to: Collect data in real time Visualise graphs and trends instantly Run longer investigations without manual measurement errors Work collaboratively with handheld or tablet devices For teachers, this means less time writing down numbers and more time facilitating inquiry and interpretation. How PASCO Wireless Sensors Enhance Learning The PASCO system provides an ecosystem of sensors and data loggers that connect wirelessly to laptops, tablets, and phones using Bluetooth® technology. When paired with graphing and analysis software, these tools empower students to: Track motion, force, and acceleration Monitor temperature changes Study light intensity or sound Measure pH and conductivity Collect environmental data Wireless sensors bring curriculum concepts into visible form, helping students connect theory to observation. Classroom-Ready PASCO Wireless Products from Wiltronics Here are FIVE PASCO products available through Wiltronics that fit seamlessly into STEM and science programs. 1. PASCO Wireless Temperature Sensor Wireless temperature measurement that students can use in chemistry and biology labs — ideal for tracking reactions, heat flow, and environmental variations. 2. PASCO Wireless Motion Sensor Capture motion, velocity, and acceleration data without cables — perfect for physics investigations into linear motion, ramps, and free fall. 3. PASCO Wireless Force Sensor Measure push/pull forces in dynamic activities. This sensor supports experiments in Newton’s laws, elasticity, and mechanics. 4. PASCO Wireless pH Sensor Monitor pH changes during chemical reactions or in environmental samples. Wireless connectivity means students can step back from the interface while data logs in real time. 5. PASCO Wireless Light Sensor Ideal for experiments involving light intensity, reflection, and absorption, the wireless light sensor works well for both physics and biology investigations. Integrating Data Logging into Your Curriculum PASCO wireless sensors are most effective when integrated into structured investigations that align with learning outcomes. Examples include: Recording temperature changes during chemical reactions Mapping motion graphs during mechanics investigations Monitoring pH changes during titration activities Measuring light or sound patterns for wave studies Data logging frees students from manual measurement recording, allowing them to focus on trend analysis, interpretation, and scientific reasoning — skills emphasised across science curricula. Why Schools Choose Wiltronics for PASCO Wiltronics understands the unique demands of science education. When you buy PASCO data-logging equipment through Wiltronics, you get: A curated range selected for education use Expert support for setup and choice Long-term supply consistency Equipment that scales from junior science to senior STEM Final Thought Wireless sensors are more than convenient — they transform how students engage with science. By pairing PASCO sensors with intuitive data collection and software, classrooms become dynamic, inquiry-driven learning environments. 👉 Explore the full PASCO data logging range at Wiltronics:

OHAUS Electronic Balances & Scales for Labs & Classrooms | Wiltronics Accurate measurement is fundamental to science, lab work, quality control and education. Whether you’re preparing reagents, conducting field research, or teaching units on mass and precision in the classroom, reliable weighing equipment matters. At Wiltronics, we offer a comprehensive range of OHAUS Corporation electronic balances and scales suited to educational, laboratory and industrial environments. From portable bench balances to high-capacity precision instruments, here are six standout OHAUS products available on the Wiltronics site. 👉 Explore the full OHAUS Electronic Balances & Scales range at Wiltronics: Why Choose OHAUS Balances from Wiltronics? Trusted Precision: OHAUS has over a century of experience producing accurate and reliable balances. Range for Every Need: From educational to high-capacity precision balances, there’s an OHAUS option for every application. Education-Ready: Many models offer features like easy-to-read displays, overload protection and portability — ideal for teaching labs and STEM programs. Support & Supply: Wiltronics provides sourcing, service and classroom support across Australia. 👉 Explore the full OHAUS Electronic Balances & Scales range at Wiltronics: 1. Ohaus NV123 Navigator Balance – 120g × 0.001g 📌 A versatile and precise balance ideal for applications needing high resolution and reliability. Capacity: 120 g Readability: 0.001 g Features: Backlit LCD display, multiple communication options (RS232, USB, Ethernet), stability indicators and overload protection. Best for: Small sample weighing, parts counting, percent weighing, and analytical tasks where tiny mass changes matter. 2. Ohaus NV222 Navigator Balance – 220g × 0.01g 📌 A popular portable balance balancing everyday functionality and classroom practicality. Capacity: 220 g Readability: 0.01 g Benefits: Easy-to-read LCD, ABS housing with stainless steel pan, overload protection and robust construction. Best for: Teaching labs, general weighing, and routine measurement tasks where durability and ease of use are key. 3. Ohaus Scout SKX Educational Balances 📌 Portable precision balances designed specifically for education and classroom use. Range: Various models with capacities from ~120 g to 2200 g Key Features: Superior overload protection, faster stabilization, large backlit LCD display and stackable design. Best for: Secondary school science labs, STEM programs, and teaching environments where ease of use and durability are important. 4. Ohaus CR Series Compass Scales 📌 Compact, lightweight balances perfect for straightforward weighing tasks. Typical Models: CR2200 (2200 g × 1 g), CR221 (220 g × 0.1 g), CR621 (620 g × 0.1 g) Features: Simple operation, easy-to-use design and reliable performance. Best for: Quick checks, classroom experiments, general use weighing in labs, classrooms, or workshops. Final Thought Accurate weighing is foundational to good science. Whether you’re teaching students the fundamentals of mass measurement or conducting detailed lab research, the right OHAUS balance makes all the difference. 👉 Explore the full OHAUS Electronic Balances & Scales range at Wiltronics:

Banana Plug Quality Matters in Education for Schools & Labs 👉 Explore the full Wiltronics banana plug range: In school and training environments, banana plugs must withstand: Frequent student handling Repeated insertion and removal Ongoing connection changes during experiments Low-quality plugs can cause: Intermittent electrical contact Inaccurate measurements Increased troubleshooting time Premature equipment wear Education-grade banana plugs ensure secure contact, consistent results, and safer operation, particularly when used by students. Why Schools and Labs Choose Wiltronics Banana Plugs Schools and laboratories choose Wiltronics because the focus is on education-grade components, not hobby or novelty connectors. Wiltronics provides: A broad, consistent banana plug range Products suited to repeated classroom use Reliable supply for ongoing programs Technical experience supporting education and industry This ensures teaching programs remain consistent from year to year, even as equipment is replaced or expanded. The Wiltronics Banana Plug Range Wiltronics offers a wide selection of 4 mm banana plugs, covering the most common education and laboratory applications. Stackable Banana Plugs Allow multiple connections from a single terminal, ideal for demonstrations and multi-point measurements. Commonly used for: Circuit analysis Power distribution during experiments Physics and electronics labs Safety (Shrouded) Banana Plugs Designed to meet higher safety expectations in education environments. Commonly used for: Senior school science laboratories Training environments Modern test equipment Screw-Terminal Banana Plugs Allow quick and secure attachment of bare wire without soldering. Commonly used for: Custom test leads Prototyping Temporary experiment setups Right-Angle Banana Plugs Used where space is limited or strain relief is required. Commonly used for: Compact test setups Equipment racks Crowded lab benches Designed for Classroom and Lab Use Wiltronics banana plugs are selected to support: Reliable electrical contact Long-term durability Compatibility with standard 4 mm sockets Consistent performance across large class sets They are commonly paired with: Banana plug test leads Bench power supplies Multimeters and measurement equipment Physics and electronics teaching apparatus Final Thought Banana plugs may be a small part of an electronics setup, but they have a big impact on lesson reliability and safety. By choosing quality 4 mm banana plugs designed for education and laboratory use, schools reduce downtime, improve measurement accuracy, and create safer learning environments. 👉 Explore the full Wiltronics banana plug range: