Dafa, self-healing cutting mat 30cm x 22cm. Small size mat for use with rotary cutters/scalpel blades etc. These mats are part of the superb value Dafa range of mats, cutters, blades & rulers.

Additional add-on for our V2 4x4x4 Cube Kits. This PCB template has been designed to make construction easier. Not only can it be using to correctly space the LEDs, it also has grooves in one edge to help you align the constructed cube panels properly.

NOTE: This PCB template is not suitable for the original 4x4x4 cube kits as the dimensions of those are different to the V2.

LED light cubes are a hugely popular and fun project and with this kit you will have all the parts to build your very own 64 LED cube. The kit has been specifically designed to be easy to build and includes only through-hole components so that even someone with basic soldering skills, a soldering iron and a few simple tools can build it. It comes pre-flashed with 13 animations so is ready to go as soon as its all been soldered together

For Arduino users this kit is also Arduino compatible and together with our free Arduino library you can write and upload your own cube animations (requires the Arduino IDE and a USB to serial adapter to upload sketches).

LED light cubes are a hugely popular and fun project and with this kit you will have all the parts to build your very own 64 LED cube. The kit has been specifically designed to be easy to build and includes only through-hole components so that even someone with basic soldering skills, a soldering iron and a few simple tools can build it. It comes pre-flashed with 13 animations so is ready to go as soon as its all been soldered together

For Arduino users this kit is also Arduino compatible and together with our free Arduino library you can write and upload your own cube animations (requires the Arduino IDE and a USB to serial adapter to upload sketches).

LED light cubes are a hugely popular and fun project and with this kit you will have all the parts to build your very own 64 LED cube. The kit has been specifically designed to be easy to build and includes only through-hole components so that even someone with basic soldering skills, a soldering iron and a few simple tools can build it. It comes pre-flashed with 13 animations so is ready to go as soon as its all been soldered together

For Arduino users this kit is also Arduino compatible and together with our free Arduino library you can write and upload your own cube animations (requires the Arduino IDE and a USB to serial adapter to upload sketches).

LED light cubes are a hugely popular and fun project and with this kit you will have all the parts to build your very own 64 LED cube. The kit has been specifically designed to be easy to build and includes only through-hole components so that even someone with basic soldering skills, a soldering iron and a few simple tools can build it. It comes pre-flashed with 13 animations so is ready to go as soon as its all been soldered together

For Arduino users this kit is also Arduino compatible and together with our free Arduino library you can write and upload your own cube animations (requires the Arduino IDE and a USB to serial adapter to upload sketches).

LED light cubes are a hugely popular and fun project and with this kit you will have all the parts to build your very own 64 LED cube. The kit has been specifically designed to be easy to build and includes only through-hole components so that even someone with basic soldering skills, a soldering iron and a few simple tools can build it. It comes pre-flashed with 13 animations so is ready to go as soon as its all been soldered together

For Arduino users this kit is also Arduino compatible and together with our free Arduino library you can write and upload your own cube animations (requires the Arduino IDE and a USB to serial adapter to upload sketches).

The mLink RGBW LED controller is a serial I2C module designed to allow a microcontroller such as an Arduino to control common types of RGB (red-green-blue) and RGBW (red-green-blue-white) LED light strips. The module has screw terminals for connecting the light strips power supply and its +Ve, -red, -green, -blue, and optionally -white connections. It is capable of controlling 5V, 12V, & 24V LED strips that require a +Ve supply with -ve RGB(W) control inputs at up to a total of 2A per channel.

When connected to a microcontrollers I2C interface each LED output can be controlled independently with up two 256 different levels of brightness allowing for a combined RGB colour palette of over 16 million colours. Additionally, either predefined or user defined RGB colour cycling modes can be selected which can run independently of the microcontroller.

For Arduino users you can use the mLink library (see below for library and examples) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.

The mLink relay modules are a range of 5V relay modules that have been designed to be controlled either manually or via a microcontroller. For manual control there is a set of digital pin(s) that can be toggled to directly control the relay. For controlling via a microcontroller there is a serial I2C interface minimising the amount of pins required to control multiple relays or relay modules.

For Arduino users you can use the mLink library (see below) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.

The mLink relay modules are a range of 5V relay modules that have been designed to be controlled either manually or via a microcontroller. For manual control there is a set of digital pin(s) that can be toggled to directly control the relay. For controlling via a microcontroller there is a serial I2C interface minimising the amount of pins required to control multiple relays or relay modules.

For Arduino users you can use the mLink library (see below) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.

The mLink relay modules are a range of 5V relay modules that have been designed to be controlled either manually or via a microcontroller. For manual control there is a set of digital pin(s) that can be toggled to directly control the relay. For controlling via a microcontroller there is a serial I2C interface minimising the amount of pins required to control multiple relays or relay modules.

For Arduino users you can use the mLink library (see below) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.

The mLink DHT22 sensor is a serial (I2C/IIC) temperature and humidity sensor module. It adds the ability of your microcontoller/Arduino to measure temperature (in oC) and relative humidity (%RH) to 1 decimal place using only its I2C interface. It is compatible with other mLink or standard I2C modules allowing you to daisy-chain several different types of modules together using only the two I2C pins of your microcontroller.

For Arduino users you can use the mLink library (see below) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.