All Products

SKU: LB-FIL-0002

A 1 kg (2.2 lb) reel of 1.75 mm raw (unpigmented) ABS (acrylonitrile butadiene styrene) filament for 3D printing. This natural, uncoloured filament is ideal when you plan to paint or dye your finished prints. ABS is a strong, durable general-purpose material suitable for prototypes, functional pa...

SKU: AF-3142

Our Raw Male/Male Jumper Wires are perfect for making a custom jumper wire sets for wire harnesses or jumpering between headers on PCB's. These premium jumpers are a little over 6" (150mm) long and come in a 'strip' of 40 (4 pieces of each of the ten colors). The 0.1" raw sockets on either end...

SKU: AF-3633

Our Raw Male/Female Jumper Wires are perfect for making a custom jumper wire sets for wire harnesses or jumpering between headers on PCBs. These premium jumpers are a little over 6", almost 8" (about 200mm) long and come in a 'strip' of 40 (5 pieces of the ten rainbow colors). The 0.75...

SKU: AF-3141

Our Raw F/F Jumper Wires are perfect for making custom jumper wire sets for wire harnesses or jumpering between headers on PCB's. These premium jumpers are a little over 6" (150mm) long and come in a 'strip' of 40 (4 pieces of each of the ten colors).  The 0.1" spacing raw sockets on eith...

SKU: WS-24797

A 2.13″ four-colour e-paper raw display from Waveshare, capable of rendering red, yellow, black, and white — making it ideal for eye-catching price tags, shelf labels, and status indicators. Like all e-ink panels, it retains the displayed image indefinitely with no power applied and consumes ener...

SKU: WS-25725

A 13.3-inch e-Paper raw display panel with 960×680 resolution in black and white. This is the bare display panel without a driver board — ideal for custom integrations where you have your own driver hardware or want to design a bespoke mounting solution. The e-ink technology requires no backligh...

SKU: AF-5228

A raw 1.3" monochrome OLED display module with 128 × 64 pixel resolution, driven by the SH1106G controller over SPI. This is the same display used in the Adafruit MACROPAD RP2040. Key Features 1.3" Monochrome OLED – 128 × 64 pixel resolution SH1106G Driver – SPI interface 16-Pin FPC Connecto...

SKU: AF-1265

A bright yellow 4-digit 7-segment clock display with a large 1.2" digit height — perfect for clocks, timers, and counters. Each segment is ultra-bright at 36mcd and constructed from two LEDs in series for even colour distribution. This is a raw multiplexed, common-cathode display. You can drive ...

SKU: AF-3146

Create custom wire harnesses with these single-row housings for DIY jumper cables. Compatible with both male and female jumper wires, these housings give you full control over your wiring layout and connector configurations. Simply snap in raw jumper wires to build custom-length, custom-pin-coun...

SKU: AF-865

A red 4-digit 7-segment clock display with 0.56″ (14.2 mm) digit height. Each digit includes a decimal point, plus a centre colon for time-based displays. Bright at 18 mcd, these displays are easy to read and can be dimmed by reducing drive current to save power. This is a raw multiplexed common...

SKU: AF-3144

Are you frustrated by the lack of customization options for your jumper wires? Look no further! Compatible with both male and female wires, these fully customizable wire housings bring DIY to a new level, giving you near limitless options when using jumper wires in your project. This is a pack...

SKU: AF-3143

A pack of small dual-row connector housings for building custom jumper cable harnesses. Compatible with standard 0.1" pitch raw jumper wire crimp pins — snap in your crimped wires and create exactly the connector configuration your project needs. Package Contents 5× 2×2 housing 5× 2×3 housing 5...

SKU: AF-5973 · MPN: ADA5973

The Adafruit CH9328 UART to HID Keyboard Breakout lets any microcontroller or single-board computer emulate a USB keyboard — even without native USB support. Simply send ASCII characters or raw HID reports over a 9600-baud serial connection, and the CH9328 converts them into real keypresses on th...

SKU: AF-3145

A pack of 50 small single-row wire housings for building custom jumper cable harnesses. Compatible with both male and female crimp pins, these housings let you create exactly the wire configurations your project needs. Available in five sizes from 1-pin to 5-pin, they snap together easily with s...

SKU: AF-6207 · MPN: ADA6207

A warm-white LED filament shaped as the letter "P", made from COB (chip on board) LEDs — the same technology found in Edison-style LED bulbs. Dozens of micro LED diodes are bonded onto a thin metal backing and coated in silicone, producing a bright, uniform glow from both sides. Lightweight and ...

SKU: AF-618

A compact 1.8" TFT display with true 18-bit colour (262,144 shades) and 160 × 128 resolution. It uses a simple SPI interface requiring only 4–5 digital pins and features two white LED backlights running on 3.3 V. Driven by the ST7735R chip. This is the raw display panel only — it is not mounted ...

SKU: AF-6479 · MPN: ADA6479

This breakout brings ambient light tri-stimulus colour sensing to your project using CIE XYZ plus an IR channel, rather than the more common RGB-style approach. It is designed for applications where you want access to the raw sensor count data so you can match and calibrate it to your own colour ...

SKU: DF-SER0062

A high-torque brushless waterproof servo delivering up to 45 kg·cm of stall torque at 8.4V. The all-metal gear train and aluminium shell provide exceptional durability, while IP67-rated waterproofing — achieved through laminated circuit boards, waterproof gaskets, and breathable composite sealing...

SKU: LB-FIL-0119

We've finally found the best HIPS filament in Australia! This is a 1Kg reel of dissolve-able 1.75mm colourless (no pigment) HIPS (High Impact Polystyrene) filament.Makers frequently use HIPS as support material because it is easily removed with Limonene solution (the main component in the oi...

SKU: SF-DEV-18425

The MyoWare 2.0 Link Shield connects a MyoWare 2.0 Muscle Sensor to your Arduino microcontroller via a 3.5mm TRS cable. Simply snap the Link Shield onto your Muscle Sensor using the built-in snap connectors, connect a TRS-to-TRS cable, and link it to the MyoWare 2.0 Arduino Shield on your develop...