Inspiring Young Minds with STEM Toys from Wiltronics STEM learning doesn’t have to start in a classroom or laboratory. Some of the most powerful learning experiences begin through play, curiosity, and hands-on discovery. That’s where STEM toys come in. At Wiltronics, you’ll find a growing range of STEM-focused toys and kits designed to introduce children and students to science, technology, engineering and mathematics in a fun, engaging way — while building real problem-solving and critical-thinking skills along the way. Whether you’re a parent, teacher, school or gift-giver, STEM toys are an excellent way to spark interest in how the world works. What Are STEM Toys? STEM toys are educational products that encourage learning through exploration and experimentation. Unlike traditional toys, they are designed to help users: Understand basic scientific and engineering concepts Develop logical thinking and problem-solving skills Build confidence with technology and electronics Learn through hands-on, trial-and-error experiences Many STEM toys naturally align with classroom learning outcomes while still being enjoyable enough to use at home. Popular STEM Toy Categories at Wiltronics Wiltronics stocks a wide range of STEM toys and educational kits suitable for different ages and skill levels — from early learners through to secondary students. 🧠 Electronics & Circuit Learning Toys Introductory electronics toys and kits help learners understand how circuits work using simple, safe components such as LEDs, switches, buzzers and motors. These products are ideal for: Learning about electricity and circuits Understanding cause and effect Introducing basic electronics without soldering 🔗 Explore electronics-based STEM products: 🤖 Robotics & Coding Toys Robotics toys combine mechanics, electronics and programming, making them one of the most engaging STEM learning tools available. Wiltronics offers robotics and coding products that help students: Learn basic programming logic Understand sensors, motors and automation Develop sequencing and computational thinking skills Many robotics toys are suitable for classroom use and pair well with STEM and Digital Technologies curricula. 🔗 Browse robotics and coding products: 🧱 Construction & Engineering Toys Engineering-style STEM toys focus on building, design and problem-solving. These toys often involve assembling structures, mechanisms or models that demonstrate real-world engineering principles. Benefits include: Improving spatial awareness Learning basic mechanical concepts Encouraging creativity and resilience through building and rebuilding 🔗 Discover engineering and construction STEM products: Why Choose STEM Toys from Wiltronics? Wiltronics has been supporting education, electronics and innovation in Australia for decades. Their STEM toy range is selected to ensure products are: ✔ Educational and age-appropriate ✔ Suitable for schools, classrooms and home learning ✔ Designed to encourage hands-on engagement ✔ Backed by a trusted Australian supplier Many STEM toys available from Wiltronics are also ideal for group learning, making them suitable for classrooms, STEM clubs and workshops. STEM Toys for Home, School & Beyond STEM toys are more than just gifts — they’re tools that help build confidence, curiosity and future-ready skills. Whether used at home, in a classroom or as part of a structured STEM program, these products help learners engage with science and technology in a meaningful way. From simple circuit toys through to robotics and engineering kits, Wiltronics makes it easy to find STEM toys that support learning at every stage. Explore STEM Toys at Wiltronics Click here to view the full range of STEM toys and educational products available

Raspberry Pi 400 & Essential Accessories from WiltronicsThe Raspberry Pi 400 takes everything people love about Raspberry Pi and places it inside a neat, compact keyboard. Just add a monitor, mouse, power and a microSD card, and you’ve got a complete desktop-class computer that also doubles as a powerful STEM learning and maker platform.In this blog we’ll take a quick look at the Raspberry Pi 400 itself and highlight some Wiltronics accessories that help you turn it into a ready-to-go workstation or project hub. Meet the Raspberry Pi 400 The Raspberry Pi 400 Desktop Computer – 4GB RAM is a complete personal computer built into a Raspberry Pi–branded keyboard. At the back you’ll find dual micro HDMI ports, USB ports, a 40-pin GPIO header, Gigabit Ethernet and a USB-C power input. Inside is a quad-core 64-bit processor with 4GB of RAM – more than enough for everyday tasks, coding, and a wide range of projects. Out of the box, the Pi 400 is perfect for: Learning to code in Python and other languages Surfing the web, email and light productivity work Running STEM and digital technologies lessons DIY electronics and GPIO-based projects Media playback, retro games and more Raspberry Pi 400 and Accessories (All from Wiltronics) While the Pi 400 is a powerful all-in-one unit, you’ll still need a few accessories to get the best experience – especially if you’re using it for STEM classrooms, home learning or maker projects. Here are some Wiltronics options to consider. Raspberry Pi 400 Desktop Computer – 4GB RAM The heart of your setup. This compact keyboard computer includes the Raspberry Pi board, 4GB of RAM and all the core ports you need in a single tidy package. Ideal for students, home users and makers who want a simple, low-cost computer that plugs straight into a TV or monitor via HDMI. 5V Power Supply for Raspberry Pi 4 (USB-C) A reliable power supply is essential for any Raspberry Pi system. This 5V 3.0A USB-C power supply is designed for Raspberry Pi 4 models and is also suitable for powering a Raspberry Pi 400 setup. It delivers stable power to help prevent random restarts or SD card corruption, especially when you’re using USB peripherals. HDMI Socket to Micro HDMI D Plug Adapter The Raspberry Pi 400’s video outputs use micro HDMI connectors. This compact adapter converts a micro HDMI plug to a standard HDMI-A socket, letting you easily use your existing HDMI leads and monitors with the Pi 400. Handy on the bench or in classrooms where you’re constantly swapping displays or cables. Raspberry Pi Leads, Adapters & Power Supplies Need extra HDMI leads, Ethernet cables or USB power options? This category brings together a wide range of Raspberry Pi-friendly cables and power supplies, helping you connect your Pi 400 to networks, displays and other equipment in the lab or at home. Raspberry Pi Accessories & Computer Peripherals Round out your setup with monitors, cases, keyboards, mice, gamepads, cameras and more. The Raspberry Pi Accessories & Computer Peripherals range at Wiltronics covers everything from extra USB hubs through to displays and camera modules that can be used alongside your Pi 400 for coding, media projects and STEM lessons. Pi 400 in the Classroom and at Home For schools, the Raspberry Pi 400 offers a tidy, low-maintenance way to put real computers in front of students. Because the unit is built into the keyboard, there are fewer loose parts to manage, and it’s easy to store entire class sets. Combine the Pi 400 with quality power supplies, HDMI adapters and SD cards and you’ve got a robust platform for teaching coding, digital technologies and electronics. At home, the same accessories make it simple to use the Pi 400 as a family PC, a compact workstation for side projects, or a dedicated box for coding, retro gaming or media playback. Getting Started with Your Setup Connect the Pi 400 to a monitor or TV using a suitable HDMI lead or adapter. Insert a microSD card prepared with Raspberry Pi OS. Plug in your USB-C power supply and any USB mouse or other peripherals. Power on, follow the on-screen setup wizard, and you’re ready to explore. From there, you can install educational software, set up a simple programming environment, or start experimenting with projects that use the Pi’s GPIO header (via additional GPIO accessories and kits). Explore Raspberry Pi 400 & Accessories at Wiltronics Whether you’re equipping a classroom, building a home learning station or creating your next maker project, Wiltronics has you covered with Raspberry Pi 400 units and a wide choice of compatible accessories. Browse the full Raspberry Pi range here: www.wiltronics.com.au/product-category/raspberry-pi/

Banana Plugs & Test Leads: Reliable Connections for Labs, Classrooms & Workbenches. From school science labs and STEM classrooms to electronics benches and audio setups, 4 mm banana plugs remain one of the most versatile connector systems around. They provide quick, secure and re-usable connections between power supplies, meters, speakers and experimental rigs – without the mess of loose wires or the need for constant soldering. At Wiltronics, you’ll find a comprehensive range of banana plugs, sockets and test leads to suit everything from basic classroom experiments through to higher-level lab work and DIY electronics projects. What Is a Banana Plug? A banana plug (often called a 4 mm plug) is a single-wire connector with a spring-loaded contact that expands inside a matching socket. This gives you a snug, low-resistance electrical connection that’s easy to plug in and unplug as needed. Because they simply push into a socket, banana plugs are ideal anywhere wiring needs to be flexible and reconfigurable – for example: Connecting power supplies to experiment boards and circuit kits Linking multimeters and other test instruments to circuits under test Running safe, low-voltage classroom experiments Wiring speakers and audio amplifiers with neat, reliable terminations Featured Banana Plug Test Leads & Accessories Here are some of the key banana-plug products available from Wiltronics, and how they fit into your lab or workshop. Banana Plug Test Lead – 4 mm, Stackable A versatile, double-ended test lead with stackable 4 mm banana plugs on both ends. The flexible cable and durable insulation make it ideal for day-to-day use in school labs, service benches and hobby projects. The stackable design lets you connect multiple leads at a single point, which is perfect for splitting supply rails or building more complex circuit setups. 4 mm Banana Test Leads with Shrouded Safety Plug (LE5700 Series) When safety is the priority, these test leads are the go-to choice. The shrouded 4 mm plugs help prevent accidental contact with live conductors, making them ideal for high-school and tertiary laboratories. Available in multiple lengths, they combine stackable shrouded plugs with flexible, silicone-covered cable for long-lasting classroom performance. Banana Plug Test Leads – 4 mm Stackable Retractable Shroud These leads combine the convenience of stackable banana plugs with the extra protection of a retractable shroud. Extend the shroud for safer handling during measurements, or retract it when space is tight or you need to stack connections. A great option for mixed environments where both flexibility and safety are important. Hirschmann Banana Plug Test Lead (4 mm) Premium, flexible test leads designed for demanding lab and industry environments. These Hirschmann leads use 4 mm stackable plugs and are rated for higher current, making them suitable for more intensive testing tasks while still offering the convenience of banana plug connectivity. Right Angle Banana Plug 4 mm Space at the back of your equipment tight? A right-angle banana plug lets the cable exit sideways instead of straight out. This reduces strain on the cable and keeps wiring tidy, especially behind power supplies, audio amplifiers, panel mounts and custom test fixtures. Gold Plated Banana Plug For audio and other low-voltage applications where signal quality matters, gold-plated banana plugs help maintain a clean, reliable connection. These plugs use a screw-type termination for easy wiring and are available in red and black for clear polarity marking on speakers, amplifiers and test gear. Don’t Forget the Sockets To complete the system, you can mount 4 mm banana sockets directly on panels, project boxes or lab equipment. For example, insulated safety styles are ideal for school power supplies and front-panel connections where exposed metal needs to be minimised. 4 mm Banana Socket – Insulated Safety Type with 6.3 mm Spade for secure, colour-coded panel mounting. Banana Socket 4 mm Panel Mount for general-purpose equipment, test jigs and custom enclosures. Where Banana Plugs Are Used STEM Classrooms & School Labs Banana plug test leads are a staple in physics and electronics labs. They let students quickly and safely connect power supplies, meters, resistors, lamps and other components while focusing on the underlying science – not on fiddly wiring. Colour-coded leads also help teachers explain polarity and circuit layout at a glance. Electronics Workbenches & Service Benches Technicians and hobbyists rely on banana plug leads when prototyping circuits, checking power rails, or measuring voltage and current. Stackable plugs make it easy to add instruments into a circuit without rewiring, while premium leads handle regular flexing and movement around the bench. Audio & Speaker Wiring For speakers and amplifiers with 4 mm binding posts, banana plugs provide a neat, reliable way to connect speaker cable. Gold-plated plugs help maintain good contact over time, and the red/black colour coding keeps channel wiring clear and consistent. Safety Tips & Best Practice Use shrouded and insulated banana plug test leads in school labs or whenever you’re working with higher voltages. Always match plug and socket ratings (voltage and current) to your application, especially in teaching laboratories and industrial environments. Keep leads untangled and inspect them regularly for damage to insulation or connectors. Replace worn leads promptly. For clearer troubleshooting, use consistent colour coding (for example: red = positive, black = negative, other colours for signal lines). Explore the Full Banana Plug Range at Wiltronics Whether you’re equipping a new STEM lab, refreshing worn test leads on the bench, or wiring up an audio system, Wiltronics has a banana plug solution to suit. From everyday stackable leads to safety-shrouded designs, right-angle plugs, sockets and gold-plated audio connectors, you’ll find everything you need in one place. Browse the complete range of banana plugs, sockets and test leads here: www.wiltronics.com.au/product-category/banana-plugs-sockets/

⚙️ Robotics the Next Generation of Makers & Innovators at Wiltronics Robotics is more than just building robots — it’s about teaching students to think, design, code, and solve problems in hands-on, creative ways. At Wiltronics, we believe robotics represents one of the most effective gateways to STEM learning: a chance for students to bring science and technology to life, explore engineering, and understand real-world systems. In this blog, we explore: Why robotics is a powerful tool for education and STEM Key educational benefits of robotics for schools 6 recommended robotics kits and sets available via Wiltronics (from beginner to intermediate / advanced) How robotics aligns with modern curricula and future-ready skills Tips for integrating robotics into your classroom or STEM lab Why Robotics Matters in STEM Education Hands-On Learning & Real-World Skills Robotics gives students tangible, immediate feedback: code a robot, watch it move; modify wiring or sensors, test again. This active, project-based learning helps cement abstract coding or engineering concepts in a concrete way Encourages Problem-Solving, Creativity & Innovation Building a robot — even a simple one — involves planning, debugging, iterating. When things don’t work, students troubleshoot, redesign, test again. This process builds resilience, analytical skills, and fosters creative thinking. Supports Collaboration & 21st-Century Skills Robotics projects often work best in teams — dividing tasks, sharing ideas, collaborating on solutions. This promotes communication, teamwork, project-management, and collaborative design thinking Prepares Students for Future Tech & STEM Careers With robotics, students start building skills — coding, electronics, systems thinking — that are increasingly relevant in automation, robotics, electronics, AI, engineering, and technology-driven professions 6 Robotics Kits & Sets Recommended by Wiltronics 14-in-1 Solar Robotics Kit A great beginner robotics kit that transforms into 14 different solar-powered robot designs. Students learn the basics of mechanical engineering, solar energy and motion — no batteries required, perfect for classrooms and STEM clubs. Arduino Starter Kit – K000007 The official Arduino starter kit with a genuine UNO board, sensors, components and a high-quality projects book. Ideal for teaching coding, electronics fundamentals and the foundations of robotics through guided, hands-on experiments.  “Adventures in Arduino” Uno Starter Kit A classroom-friendly introduction to microcontrollers and robot control. Includes an Arduino-compatible board, electronic components, and beginner-friendly projects that build confidence in coding and basic circuitry. Robot Arm Kit with Controller A hands-on robotic arm kit that introduces mechanics, actuators and precise movement control. Perfect for senior students exploring robotics engineering, motion systems and automation concepts. How Robotics Fits into Curriculum & Classroom Planning Robotics is versatile — whether you teach Digital Technologies, Design & Technologies, or General Science, robotics can support: Programming & computational thinking Electronics and circuit fundamentals Mechanical design & engineering principles Systems thinking, design iteration and troubleshooting Teamwork, project-based learning, and real-world problem-solving Across primary through to senior secondary (and beyond), robotics can be tailored from simple builds to complex robots — making it suitable for varied student skill levels and learning outcomes. Tips for Getting Started with Robotics in Your School / Lab Start simple — Begin with one or two smaller kits (solar-robotics, motor chassis, beginner Arduino) to build student interest. Encourage collaboration & sharing — Robotics projects thrive when students work in teams to brainstorm, build, test and iterate. Integrate with cross-curricular aims — Use robotics to link science, maths, coding, design & technology. Gradually scale complexity — Once foundational skills are established, expand to more advanced kits (robotic arms, microcontroller-based robots, autonomous sensors). Document learning and projects — Encourage students to reflect on design decisions, challenges, and improvements — good for assessment and improving understanding. Robotics empowers students to move beyond theory — they design, build, code, test, and iteratively improve real, working machines. It combines creativity, engineering, computation, and collaboration in one exciting, tangible package. At Wiltronics, we’re committed to providing quality robotics kits and tools that meet classroom needs and budget considerations. Whether you’re equipping a classroom, running a robotics club, or building a STEM lab, these kits are a perfect place to start. Let robotics spark curiosity, creativity and real-world skills in your next generation of makers.

Raspberry Pi Powering STEM Learning with Real Computing Hands-on coding, electronics and innovation — all in one compact board. Raspberry Pi has transformed how students learn technology.
By combining a powerful microcomputer with open-source software and limitless project potential, Raspberry Pi enables schools to teach real-world computing skills — from coding and robotics to electronics, IoT and even AI. Wiltronics stocks a wide range of Raspberry Pi boards, kits, HATs and accessories to support classroom learning and makers of all skill levels. Why Raspberry Pi for Education? Raspberry Pi gives students a platform to experiment, create and explore — all while learning future-proof digital skills. Key benefits for schools: Affordable — high power at a low price for large class deployments Versatile — supports Python, Scratch, Linux, robotics & more Hands-on learning — builds problem-solving and technical skills Huge ecosystem — sensors, displays, AI modules, HATs & add-ons Supports the Australian Curriculum across: Digital Technologies Design & Technologies Science (modelling, data collection, control systems) With student-friendly tools like Scratch and Thonny Python IDE, Raspberry Pi empowers learners from beginner to advanced levels. Wiltronics Raspberry Pi Range Wiltronics is a trusted Raspberry Pi supplier, offering: Latest Raspberry Pi 5 boards and power accessories Ready-to-use full kits GPIO HATs and expansion modules Official cases, fans and SSD HATs MicroSD cards pre-flashed with Raspberry Pi OS Ribbon cables, connectors and prototyping gear Whether you're equipping one student or an entire lab, we can help with purchasing guidance and curriculum alignment. 🔧 Featured Raspberry Pi Products at Wiltronics Raspberry Pi 5 The latest Pi model, with a powerful ARM CPU, upgraded GPU and plenty of ports. Great for advanced projects, IoT, robotics, and multimedia work. 🔗 https://www.wiltronics.com.au/product/79870/raspberry-pi-5/ Wiltronics Raspberry Pi 5 Starter Kit – Adventures in Raspberry Pi A complete beginner-friendly kit: includes Pi (optional), power supply, case, microSD with OS, keyboard/mouse and everything to get started coding. 🔗 https://www.wiltronics.com.au/product/80664/raspberry-pi-5-starter-kit-adventures-in-raspberry-pi/ Wiltronics Raspberry Pi 5 GPIO Budget Accessory Pack A budget-friendly accessory pack with cables, breadboard and components — ideal for electronics experiments and GPIO projects. 🔗 https://www.wiltronics.com.au/product/80672/raspberry-pi-5-gpio-budget-accessory-pack/ Wiltronics Raspberry Pi 5 GPIO Starter Pack A comprehensive GPIO kit for experimenting with sensors, circuits, coding and hardware projects. Great for STEM classes or DIY builds. 🔗 https://www.wiltronics.com.au/product/80593/raspberry-pi-5-gpio-starter-pack/ Wiltronics Raspberry Pi 5 HDMI Cable and Accessory Bundle Bundle with cables, keyboard & mouse — perfect for setting up a Raspberry Pi workstation quickly and easily. 🔗 https://www.wiltronics.com.au/product/80668/raspberry-pi-5-hdmi-cable-and-accessory-bundle/ Wiltronics Raspberry Pi & the Australian Curriculum Raspberry Pi provides a real platform for: Curriculum Focus What Students Learn Digital Technologies Coding, computation & data Design & Technologies Prototyping, systems & engineering Science Measurement, sensors, data analysis Cross-curricular STEM Creative design, problem-solving Students gain capabilities that support emerging careers in: Engineering Robotics AI & automation Software development Electronics design Top Classroom Project Ideas Great for Years 5–12: Build a temperature & humidity monitor Create a retro game console Program a wheeled robot Control LEDs with Python code Set up a smart home automation demo Explore cybersecurity through networking exercises Use a camera module to track movement or perform image recognition Wiltronics has everything needed to bring these concepts to life! Raspberry Pi encourages students to think like engineers — turning ideas into functioning systems they can test, troubleshoot and improve.
It delivers real computing, not simulations, and brings excitement and creativity to the STEM classroom. Wiltronics is here to support your Raspberry Pi journey with expert advice, high-quality components and fast local shipping.

Trusted IEC Science and Physics Equipment from Wiltronics IEC instruments continue to be a staple in schools, labs, and universities — Wiltronics supports your practical science needs. For over 50 years, IEC (Industrial Equipment & Control Pty Ltd) has been a cornerstone of science education in Australia. Known for durable, Australian-made laboratory instruments, IEC products are widely used in physics, chemistry and general science classrooms. At Wiltronics, we are proud to supply a wide range of IEC equipment — from ripple tanks and stroboscopes to power supplies, timers, Van de Graaff generators and more — ensuring teachers have reliable tools to deliver meaningful, hands-on STEM learning. Why Choose IEC for Science Teaching? IEC has earned its reputation by producing robust, long-lasting laboratory equipment specifically designed for schools. Many teachers remark that IEC devices can last decades with only minimal maintenance — making them excellent value for resource-conscious departments. Key benefits include: Australian designed & manufactured – supporting local industry and quality standards Built for classrooms – strong construction, simple interfaces and repairable parts Ideal for STEM – supports physics, electrical circuits, waves, energy, light, heat and more Consistent accuracy – reliable readings and stable output for experiments Wide range – mechanics, electricity, waves, optics, heat, energy and electrostatics Wiltronics stocks many flagship IEC items, giving educators access to trusted equipment that can withstand years of student use. Popular Classroom Applications Physics Experiments IEC devices are used extensively in physics lessons for: Electricity and circuits Wave behaviour and interference Motion, force and energy studies Electrostatics demonstrations Light, optics and lenses The sturdy construction ensures that even complex demonstrations (ripples, induction, charging, etc.) can be performed safely and repeatedly. Senior Secondary & University Labs Advanced IEC equipment — such as power supplies, precision timers and optical benches — support deeper investigations and assessment tasks in Years 11–12 and tertiary courses. Demonstration & Whole-Class Teaching Equipment like stroboscopes, Van de Graaff generators and ripple tanks allow teachers to demonstrate abstract concepts visually and dynamically. Key IEC Categories Available at Wiltronics Power Supplies & Electrical Equipment Reliable, student-safe output for circuit work, components testing and electronics fundamentals. IEC Timers & Photogates Accuracy and repeatability for motion experiments, free-fall studies and advanced physics investigations. Electrostatic Generators (Van de Graaff) Engaging demonstrations of charge, attraction/repulsion and high-voltage behaviour. Thermal & Heat Equipment Hot plates, heaters and energy transfer devices for chemistry and physics lessons. Optics Benches & Light Kits Ideal for experiments on reflection, refraction, focal length and laser alignment. IEC & the Australian Curriculum IEC products align strongly with Years 7–12 Science requirements, allowing students to: Collect accurate experimental data Interpret results with scientific methodology Observe energy, motion, heat and light interactions Explore measurement, accuracy and error Conduct inquiry-based learning activities For physics-heavy subjects like VCE Physics, QCE Physics and HSC Physics, IEC tools provide practical, curriculum-ready support. How Wiltronics Supports Your IEC Needs Wiltronics offers: A large range of IEC equipment in stock Fast shipping Australia-wide Support for schools, including advice on building lab lists Replacement parts and accessories (where available) Bulk ordering options for larger departments We work closely with IEC products because they deliver consistency, reliability and longevity — all essential for busy science labs. IEC remains one of the most trusted names in Australian science education, delivering rugged, long-lasting laboratory equipment that teachers rely on every day. Whether you are upgrading your physics department, replacing ageing instruments, or equipping a brand-new STEM lab, Wiltronics has the IEC tools to help you teach with confidence.

Laboratory Glassware: Tools for Every Science Classroom and Lab From beakers to burettes — why quality glassware matters and how to choose the right pieces for your experiments. Reliable laboratory glassware sits at the heart of every science investigation. Whether you’re heating chemicals, preparing solutions, analysing samples or carrying out titrations, high-quality glassware ensures accuracy, repeatability and safety. At Wiltronics, we support schools, universities, research labs and industry with a wide range of durable, heat-resistant and chemical-resistant glassware for daily use. In this blog, we explore the essentials — from beakers and flasks to condensers and measuring cylinders — and how the right glassware enhances your practical work. Why Quality Glassware Matters Laboratory work relies on precision, chemical compatibility, and thermal resilience. Inferior glassware can crack under heat, react with chemicals or distort measurements, all of which compromise experimental outcomes. High-quality borosilicate glassware provides: Excellent thermal shock resistance – essential for heating or cooling liquids High chemical durability – withstanding acids, alkalis and solvents Measurement accuracy – with clear graduations for reliable volume reading Long lifespan – reducing replacement costs for schools and labs Wiltronics sources glassware built to withstand demanding daily use, ensuring safety and consistency in your practical sessions. Why Buy Laboratory Glassware From Wiltronics? Wiltronics offers: Durable, high-quality borosilicate and laboratory-grade glassware Stock suitable for both junior and senior science Bulk and education-friendly pricing Reliable supply for schools, universities and laboratories Expert support for building or upgrading your lab’s equipment list From everyday beakers to advanced distillation apparatus, Wiltronics is your trusted Australian supplier for laboratory glassware. Core Glassware for Every Lab Beakers A staple of any classroom or laboratory, beakers are ideal for mixing, heating and transferring liquids. With straight sides, spouts for easy pouring, and a range of capacities, they’re one of the most versatile glassware items available. Conical Flasks (Erlenmeyer Flasks) Known for their tapered shape, conical flasks reduce splashing during mixing and make swirling safer and easier. They’re perfect for titrations, culturing microbes, and handling volatile chemicals. Volumetric Flasks Designed for preparing precise solutions, volumetric flasks allow highly accurate measurement of liquid volumes. Their long neck and calibration line ensure repeatability in chemistry investigations. Measuring Cylinders For precise liquid measurement, measuring cylinders offer finer graduations than beakers or flasks. They are essential for quantitative analysis across chemistry and biology. Test Tubes & Culture Tubes Used for reactions, heating small samples, microbial cultures and qualitative observations. Available in many sizes, they’re a must for everyday practical work. Burettes & Pipettes Essential for titrations and fine-volume dispensing, burettes and pipettes support high accuracy in quantitative experiments. Their precision is crucial for senior chemistry studies. Condensers & Distillation Glassware Used in refluxing, distillation and purification processes, these items allow students to explore separation techniques and reaction mechanisms. Glassware in STEM & the Australian Curriculum Practical science is a core part of the Australian Curriculum, especially from Years 7–12. Chemistry, biology and physics rely on students gaining hands-on experience using real lab equipment.
Glassware supports curriculum areas such as: Solution preparation and analysis Reaction observation Heat and energy experiments Acid–base titrations Cell culture and biological sampling Distillation and separation techniques Using the right glassware helps students collect accurate data, follow scientific method, and build confidence in laboratory skills. Choosing the Right Glassware for Your Lab When stocking or updating your laboratory, consider: Material – Borosilicate glass (heat & chemical resistant) vs soda-lime glass (more economical, less heat resistant) Volume & capacity range – Match glassware to typical experiment scale Measurement precision – Volumetric glassware provides the highest accuracy Cleaning & durability – Thicker-walled options for younger year levels Curriculum needs – Senior labs may require specialised items like burettes, condensers or volumetric flasks Wiltronics’ team can help you build a complete, curriculum-aligned glassware list tailored to your classroom or laboratory. Caring for Laboratory Glassware To extend the life of your glassware: Avoid rapid heating or cooling Use appropriate brushes and detergents for cleaning Store vertical items (cylinders, burettes) securely Inspect regularly for chips or cracks Allow hot glassware to cool before washing Use heat mats and tongs where required Proper care ensures accuracy, safety and long-term performance. Laboratory glassware is the backbone of practical science. Choosing reliable, accurate and durable pieces ensures students and technicians achieve consistent, safe and meaningful results.
Whether you're setting up a new lab or refreshing your glassware collection, Wiltronics has everything you need to support hands-on learning and scientific discovery.

Precision Measurements OHAUS Scales and Balances at Wiltronics Equip your classroom or lab with the accuracy and reliability trusted by educators, researchers and industry. When accurate measurement really matters, the right instrumentation makes all the difference. At Wiltronics, our lab-equipment specialists recognise that whether you’re performing chemistry titrations, physics force experiments, or routine industrial weighing, you need a scale or balance you can depend on. That’s why we’re proud to offer the OHAUS range of scales and balances — designed for educational, laboratory and industrial applications.

In this article we’ll explore: Why OHAUS is a go-to brand for precision measurement Key features to look for when selecting a balance How OHAUS scales support STEM & curriculum work in Australian schools Six recommended products (with correct links) available via Wiltronics Tips for selecting and maintaining your balance Why Choose OHAUS? Founded in 1907, OHAUS has over a century of experience in manufacturing scales and balances in the laboratory, industrial and educational sectors. 
Here are some of the standout reasons to choose OHAUS: High accuracy & repeatability: Critical when you’re doing experiments where measurement error can skew results and interpretation. Designed for education and labs: Many models have rugged build-quality, classroom-friendly features and ease of use. Wide selection of capacities and resolutions: From small portable balances for student use through to high-capacity industrial models. Trusted supplier in Australia: Wiltronics is an authorised OHAUS dealer and offers support for schools and labs. Why Wiltronics? At Wiltronics you benefit from: Access to the full OHAUS range and expert advice for education/industry. Local Australian supply, support and service – minimising downtime and freight delays. Bulk/educational pricing options for schools and laboratories. Confidence that you’re getting genuine OHAUS products backed by warranty and local partner support. Features to Look For in a Balance When you’re choosing a scale or balance for your lab or classroom, consider these key features: Capacity vs readability – Do you need to weigh heavy lab samples, or do you need very fine precision (eg. 0.001 g)? Stabilisation time – Faster stabilisation means less waiting and more efficient practical sessions. Connectivity – Features like USB, RS-232 or network interface allow data export for reporting or logging. Calibration method – Internal self-calibration or external standard calibration, depending on your compliance or lab standards. Durability / classroom suitability – For school use, models that tolerate heavier handling, offer overload protection and are easy to clean are a plus. Supporting STEM & Curriculum in Australia For schools working through Australian Curriculum STEM and science programs, precision measurement is integral. The OHAUS range supports practical experiments in chemistry (mass, reaction yields), physics (forces, mass comparisons), biology and environment (mass of organisms, sample masses) etc.

By equipping your lab with reliable balances, you support: Accurate quantitative data collection and analysis Student confidence in measurement and results Seamless integration of practical work across Years 7–12 and beyond
At Wiltronics, we partner with schools to match the right balance model to curriculum needs—whether for a general classroom or a senior-science specialist lab. Top 6 Recommended OHAUS Balances from Wiltronics   OHAUS Scout SPX222 Portable Precision Balance — 220 g × 0.01 g. A great entry-level precision balance for classrooms or general lab use; compact, stackable and durable. OHAUS SPX223 Compact Bench Scale — 220 g capacity with high resolution (0.001 g). Suits more advanced lab work where finer measurement is required. OHAUS Scout STX621 Touchscreen Balance 620 g capacity, touchscreen interface, ideal for modern labs with digital data workflows. OHAUS i‑C31M200R Weighing Scale (200 kg) For industrial or workshop environments where high capacity is essential (up to 200 kg). OHAUS Valor 4000 Compact Scale 1.5 kg max load with 0.2 g readability, stainless steel pan, a good mid-capacity solution for educational labs or studio environments. OHAUS Scout STX Portable Touchscreen Balance Flexible capacity variant (select model as needed), touchscreen interface, modern style for senior labs or research use. (All linked from Wiltronics’ site to ensure local availability and support.) How to Choose the Right Model for Your Needs For general school lab use: A model with capacity ~420-620 g and readability ~0.1 g or 0.01 g is often sufficient (e.g., Scout series). For advanced/senior science labs: Finer readability (0.001 g) or larger capacity may be required (for chemistry/physics work). For industrial use / workshops: Look at models with higher capacity (kg-range) and possibly more rugged design. Consider connectivity / data export if you want to capture measurement data electronically for logs or reports. Budget & service/support: Wiltronics can assist with bulk/educational pricing, calibration services, and local supply. Care & Maintenance Tips To ensure your balance continues performing well: Place on a stable, vibration-free surface; consider anti-vibration mounts for sensitive models. Avoid drafts, temperature fluctuations and air currents (these affect measurement). Calibrate regularly (as per manufacturer guidelines) and use internal calibration if available. Clean the pan and surroundings carefully; avoid abrasive chemicals that may damage surfaces. When not in use, cover the balance to protect from dust and accidental loads. Document measurement traceability if used for assessments or accreditation. Ready to upgrade your lab’s weighing capability? Visit www.wiltronics.com.au and browse our full OHAUS balances & scales range.
If you’re in a school or university setting and want help choosing the right model, get in touch with our team for a tailored quote and advice.
Accuracy, reliability and measurement precision start here – equip your space with OHAUS via Wiltronics. When measurement matters, choose a balance that delivers repeatable results, is built to last and supports your educational or industrial workflow. The OHAUS range tick all those boxes—and Wiltronics is here to help you find the right model for your application.
Give your students, your lab technicians or your team the tool they need to measure with confidence.

Transform Your STEM Lab: PASCO Tools from Wiltronics Why PASCO? PASCO are trusted, classroom-ready science data-logging tools designed for inquiry, hands-on investigation and real-time data collection. Wiltronics is an official Australian supplier of PASCO, making these excellent for schools planning ahead. 🎓 Curriculum Connection & Classroom Fit PASCO tools support the Australian Curriculum (v9.0) by enabling real investigation, data collection, and analysis. For example: Investigating motion, forces and waves (Physics) Studying light, spectrum and energy transfer (Science) Measuring environmental or chemical changes (Chemistry/Biology) With wireless and digital capabilities, PASCO equipment supports modern STEM labs, enabling students to spend more time investigating and less time fiddling with equipment. Wiltronics+1 📝 Why Choose Wiltronics for PASCO? Official Australian supplier of PASCO classroom gear. Education-focused: bulk ordering, quotes, support for schools Highly suited for Term 4 planning: get your lab ready for 2026 ahead of timetable rush 🔧 Featured Products 1. PASCO Wireless Light & Colour Meter Measure light intensity, colour temperature, and spectral variations for physics, biology (plant growth) or environmental science. Ideal for investigations on light harvesting, UV exposure and photosynthesis. 2. PASCO Magnetic Force Field Sensor This 3-axis Magnetic Field Sensor PASCO PS-3221 can sense and measure Earth's magnetic field. It can also measure the magnetic field of permanent magnets, as well as the field strength of Helmholtz coil and current-carrying wires. 3. PASCO Flat pH Probe The Pasco pH Probe PS-3514 provides the ability to measure what you want, where you want. This optional probe is intended for use with the wireless pH Sensor and it allows students to measure pH in low-humidity or low moisture, non-aqueous items such as gels or soil. 4. PASCO Wireless Colorimeter and Turbidity Sensor Simultaneously measures the absorbance and transmittance of six different wavelengths. Each wavelength represents a region of the ROYGBIV color wheel and can be displayed graphically using PASCO software ✅ Next Steps for Your Lab Audit your current sensor/equipment stock — How many wireless sensors do you have? What gaps remain? Prioritise key investigations — What curriculum outcomes are coming up? Allocate PASCO tools accordingly. Order early for Term 1 2026 — With supply chains and budget cycles, now is the time to secure your tools. Integrate training & teacher-familiarisation — Wireless sensors often come with software (like SPARKvue) and require minimal setup but still benefit from teacher prep.

STEM Classroom 3D Printing Transforming Ideas in 2026 Unlocking Creative Learning Through Printing 3D printing is no longer just a tech novelty—it’s a powerful tool for engaging students in design, problem-solving and visualising concepts. Whether your students are modelling biology systems, printing physics parts or creating prototypes in design and technology, having reliable filament and printer supplies is key. Wiltronics supplies schools with high-quality filament and 3D printing accessories tailored for STEM labs. Now is the ideal time (Term 4) to plan ahead for 2026 and give your students the tools to prototype, iterate and learn through making. 🎓 Why 3D Printing Matters in STEM Education Encourages design thinking, iteration and prototyping—students learn by doing. Bridges disciplines: design/technology, engineering, science talk all converge. Custom solutions for classroom needs: print parts for labs, models, fixtures. With Term 4 planning, you can ensure filament and supplies are in place for 2026. 📦 Planning & Practical Tips for Schools Audit your current filament stock: colour variety, material types, spool sizes. Choose materials suited to your projects: e.g., use PLA for general prints, PETG for stronger items, TPU for flexibility. Consider filament management: dry boxes, proper storage—many filaments absorb moisture quickly. Bulk order now: secure pricing, avoid supply delays at start of year. Integrate into curriculum: For example, design project: “Print a functional handle using TPU” or “Model a coral reef using High Gloss Silk PLA+”. 🧶 Essential Filament Types for Schools Choose the right material based on your project needs and lab environment: PLA & PLA+ Filaments – including high gloss silk finishes. Great for general classroom prints, low warping, safe.
Example: High Gloss Silk PLA+ 3D Printer Filament – 1.75 mm, 1 kg Wiltronics PETG Filament – stronger, more durable than PLA, good for functional parts and engineering prototypes.
Example: PETG Filament 1 KG Reel 1.75 mm Wiltronics TPU Flexible Filament – soft and rubber-like, ideal for wearables, grips, phone cases or flexible prototypes.
Example: TPU Flexible 3D Printer Filament – 1 kg Reel, 1.75 mm Wiltronics ASA Filament (UV-Resistant) – resilience for outdoor models or items exposed to sunlight; perfect for outdoor STEM displays.
Example: ASA 3D Printer Filament UV Resistant – 1.75 mm, 1 kg Wiltronics ❓ FAQs Q1: Is PLA safe for school use?
Yes—PLA is low-odor, easy to print, stable for classroom use. Versatile for many student projects. Q2: How do I choose between PLA, PETG, TPU or ASA? PLA: general use, easiest PLA+: stronger version for projects needing durability PETG: good for functional parts TPU: flexible components ASA: outdoor use / UV resistance Q3: How should I store filament?
Keep in dry environment, avoid moisture. Use sealed bags or dry boxes when possible. 🚀 Order Early & Be Ready for 2026 From general prints to flexible components, Wiltronics offers filament solutions built for the modern STEM lab. Get ahead this Term 4 and ensure your 3D printing station is ready for next year’s creative learning. 👉 Explore 3D Printing Filament: https://www.wiltronics.com.au/product-category/3d-printing-filament/

Modern Biology Classroom Microscopes for 2026 From Cells to Systems: Why Microscopy Matters In a biology classroom, the microscope is more than just a tool — it’s a portal to a world unseen. Students move from seeing leaves, insects, and pond water to observing cells, tissues, and microscopic life. With the right microscope and accessories, the learning becomes vivid, hands-on, and aligned with the curriculum. As schools plan ahead for 2026, now is the time to invest in a microscope-suite that will engage students and stand the test of time. What to Look for in Classroom Microscopy Durability & Safety: Classroom microscopes must endure day-in, day-out use, with sturdy stands, easy focusing and intuitive controls. Flexibility of Magnification & Lighting: Biological features span scales; you’ll want something that can handle basic viewing (40x) through to high magnification or digital capture for sharing. Digital Capability: More than ever, teachers want to project images, capture video and enable group learning. Digital or WiFi/USB microscopes make this far easier. My Tech Classroom+2Wiltronics+2 Curriculum Alignment: Equipment should support outcomes such as investigating cells and tissues, bodies and systems as per the Australian Curriculum. Wiltronics+1 Budget & Bulk-Procurement Options: Especially for labs serving multiple classes, ease of quoting, bulk discounts and service support are important factors. 🎓 Planning for the 2026 School Year Since many schools prepare their budgets and resources in Term 4, this is the perfect time to audit your current microscopy suite: Review current student-to-microscope ratio: Are students waiting long to use the scope? Identify missing tech: Do you require digital capture/projection, or still rely on single-eyepiece monoculars? Consider future teaching: For Years 11-12 biology, will you need high magnification, digital imaging for portfolios or live capture for class demonstration? Budget for bulk: Ask Wiltronics for education bulk pricing and delivery scheduling so equipment is in place by Term 1, 2026. Align with curriculum: Ensure your microscope hardware supports outcomes around “cells and systems”, “body systems”, “biological change”. Wiltronics+1 🔬 Key Microscope Types & Classroom Uses Here are some primary microscope types suitable for biology teaching, with example product categories/products you can find on the Wiltronics site: Digital USB / WiFi Microscopes These allow projection of images to screens or capture for student reports.
USB Digital Microscope 2 MP – Budget-friendly, plug-and-play for classrooms starting digital microscopy.
WiFi Digital Microscope – USB, 2 MP, 50×‑1000× – Higher magnification, connectivity for tablets/phones, good for whole-class viewing. 5 MP USB Digital Microscope – Extra resolution for detailed cell/tissue work or student portfolios. Stereo / Dissection Microscopes For 3D viewing of specimens, insects, plants, or dissection work.
Category: Microscopes - Stereo, Dissection & Zoom Biological (Monocular/Binocular) Compound Microscopes Traditional microscope for slides, cells, tissues.
Category: Microscopes – Biological, Monocular & Binocular 🧫 Supporting Accessories & Consumables To maximize student engagement and lesson frequency without downtime, you’ll also want to invest in accessories and consumables: Slides, coverslips, prepared slide sets – ready for use or for students to prepare their own. Category: Microscope Slides & Equipment  ❓ FAQs Q: Are digital microscopes suitable for all ages?
A: Yes — digital models are especially good for group viewing and younger students who benefit from projection, though traditional scopes still have their place as students mature. Q: Does Wiltronics support bulk educational orders?
A: Yes — their product categories indicate education bulk packs, and their knowledge base highlights support for schools nationwide. Q: How often should microscope equipment be refreshed?
A: High-use classroom microscopes often last 5–10 years; digital modules or accessories may need refresh sooner as technologies evolve. Planning now for 2026 gives you time. 🚀 Equip Your Biology Lab for 2026 Transform your biology teaching with modern microscopy. Whether you’re upgrading to digital, adding stereo-dissection options, or building a full microscope suite for multiple classes, Wiltronics has the tools to deliver reliability, education alignment, and future readiness. 👉 Explore Microscopes & Accessories: 

Classroom Electronics Inspiring Creativity Through Circuits Turning Ideas into Innovation Electronics is one of the most exciting entry points into STEM — where students can see their ideas come to life with light, sound, and motion. Whether it’s a flashing LED or an interactive siren, electronics empowers students to understand the technology that powers our modern world. For more than 50 years, Wiltronics has supported Australian schools with TEKKY educational kits, electronic components, and classroom tools designed for hands-on STEM learning aligned with the Australian Curriculum. 🎓 Curriculum Connections Wiltronics electronics resources align with Australian Curriculum v9.0 outcomes: AC9TDE8K02: Investigate how electrical systems control movement and light. AC9TDE10P02: Apply design processes to create and test electronic solutions. AC9S10U04: Explore energy transfer and transformations in electrical systems. ❓ FAQs Q1: Are TEKKY kits suitable for beginners?
Yes — they’re purpose-built for schools with easy-to-follow instructions and durable components. Q2: Can teachers buy bulk class sets?
Absolutely. Wiltronics offers education discounts and Australia-wide shipping for schools. Q3: Which ages are best suited for these kits?
Ideal for secondary students (Years 7–10) learning basic electronics and STEM design principles. 💡 TEKKY Educational Kits The TEKKY Electronics Kits range makes learning circuits accessible and engaging. Each kit includes all parts, a quality PCB, and step-by-step instructions tailored for classroom teaching. TEKKY LED Dice Kit – Teaches logic, timing, and random number generation through LEDs and resistors. TEKKY 3 Siren & Raygun Kit – Demonstrates oscillation, resistance, and sound frequency in action. ✅ Ideal for Years 7–10 electronics units, STEM clubs, and introductory soldering projects. 🔌 Essential Components for Circuit Learning Build a foundation of understanding by introducing the core parts of every circuit. LED Pack – Assorted Colours – Students experiment with polarity and forward voltage while creating visual projects. Transistor Pack – NPN & PNP Mixed Set – Perfect for lessons on switching, amplification, and signal control. ✅ Great for teachers assembling reusable component kits for STEM labs. ⚙️ Experiment, Measure, and Power Bring experiments to life with safe, accurate equipment. IEC Laboratory Benchtop Power Supplies – Australian-made variable AC/DC power for classroom circuits. 4 mm Banana Test Leads – Shrouded Safety Plug (LE5700) – Flexible silicone leads that protect students and ensure reliable connections. Breadboard 830 Tie-Points – Reusable prototyping boards for solder-free circuit design and testing. ✅ Combine with TEKKY kits for open-ended design and innovation challenges. 🧰 Tools & Accessories Equip your lab with durable, student-friendly tools to make soldering and assembly safe and enjoyable. Soldering Station – 60 W Variable Temperature – Adjustable temperature control and ergonomic handle for classroom use. Wire Stripper & Cutter Tool 160 mm – Precision stripping and cutting for safe, clean connections. ✅ Supports practical skill-building in soldering, wiring, and electronics assembly. 🚀 Build Brighter Ideas for 2026 Prepare your classrooms for next year with Wiltronics’ range of TEKKY kits, components, and tools.
Inspire creativity, problem-solving, and innovation — one circuit at a time. 👉 Shop Electronics & TEKKY Kits: