List of products by brand OEM

Wood Filament 1.75mm 800g features:
- Premium Coil for 3D Printer
- 800g coil
- It is a polymer composite material with wood fiber and bamboo
- Extrusion temperature: 190ºC - 220ºC
- Hot bed temperature / Hotbed: 40ºC - 50ºC

WS2812 RGB 5050 Smart Addressable 5V Arduino LED WS2811 features:
- WS2812 are LEDs that have built-in logic, making it possible to vary the color of each LED individually
- WS2812 includes an integrated inside each LED, which allows access to each pixel individually. For this reason, these types of LEDs are individually indexable.
- They are based on the 5050 LED
- 24-bit color control (8-bit PWM per channel)
- 16.8 millions of colors per LED
- One-wire communication
- Power: max. 5 Vdc
- Current: 18.5mA
- Input and output terminals (data and power)

Programmable LED module with flexible display, 256-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.

Programmable LED module with flexible display, 256-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.

Programmable LED module with flexible display, 64-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.

WS2812B RGB LED Strip White 1m 30 LED/M IP65 features:
- IP65 RGB Addressable Smart Arduino
- RGB LED WS2812B
S2812B are LEDs that have integrated logic, so it is possible to vary the color of each LED individually
S2812B includes a built-in inside each LED, which allows each pixel to be accessed individually
- For this reason, these types of LEDs are called individually indexable
- They are based on the 5050 LED
- 30 individually indexable LED diodes
- 24-bit color control (8-bit PWM per channel)
- 16.8 million colors by LED
- One-wire communication
- Power: 5 V
idth: 11 mm
- Thickness: 2.6 mm
- Length: 1 meter
- Consumption: 1.8A (all white)
ater resistant

Reprogrammable voice module with large storage capacity that can support the maximum 1GB SD card, and support audio files of WAV and ad4 format.
Wtv020-sd module uses wtv020sd-20s Voice chip as master core, with MP3 control mode, one to one key control mode (control 3 voice groups or 5 voice groups), 2-wire serial port control mode and loop play mode after power on. Control mode is set by programming the voice chip, and can't change to another control mode during operation, what control mode do you need, just tell us, we can customize it for you.

The Spectrum Digital XDS100v2 is the second generation of the XDS100 family of debug probes (emulators) for IT processors.
The XDS100 family presents the lowest cost of the entire XDS family of debug probes while supporting the traditional JTAG standard (IEEE1149.1).
In addition, all XDS debug probes support Core and System Trace on all ARM and DSP processors that have an Embedded Trace Buffer (ETB). The Spectrum Digital XDS100v2 connects to the target board via a 14-pin TI connector and to the computer via high-speed USB 2.0 (480 Mbps).
It also requires a license of Code Composer Studio „¢ IDE running on the computer.
Support for Code Composer Studio V4 (Does not support Code Composer Studio V3.3). XDS100V2 Emulator DSP/ARM CCS4/5/6 XP/ WIN7/8/>

Descripción:
Chip XL4015 - Upgrade of the LM2596
Drop module
Use a multimeter to check the output voltage and adjust the potentiometer
Voltage control
XL4015 DC Voltage Converter 5A 75W Step Down Regulator DC LM2596 features:
- Input voltage: 4.5V-38V
- Output voltage: 1.25-36.5V
- Current output: 4.5A (max 5A)
- Output power: 75W maximum
- Operating temperature: -40 to + 85 ºC
- Operating frequency: 180KHz
- Efficiency conversion: up to 96%
- Short circuit protection: Yes (limited current 8A)
- Protection over temperature: the output switches off automatically
- Size: 62mm x 38mm x 15mm
Principal functions:
- Step-down converter with overcurrent protection
- Li-Po battery charger, Li-Ion

This Step-down voltage converter includes 5 functions in one module. It can be used as a voltmeter, ammeter and measurements can be recovered through its USB port.
The output voltage and voltage can be adjusted thanks to two potentiometers present in the module.
It has an efficiency Very high, it has a display screen for voltage, current and two buttons to configure what you want to see. Characteristic: - Voltage of input: 5.5 - 36 V
- Output voltage: 1.25-32 V continuously adjustable
- Output current: 4.5 A (Max 5A for a short time) adjustable with potentiometer,
- Power output: 75 W maximum (recommended to use 50 W, large pressure difference, please reduce power)
- Operating temperature: -40 ° C - + 150 ° C

- The XL6009 module has a superior performance than the LM2577 module
- The regulator-booster of High performance
Characteristic:
- Based on the XL6009E1 regulator
- Input voltage: 3V-32V,
- Output voltage: 5-35V (adjustable),
- Output current: 2A maximum 3A (heat sink is required)
- Conversion efficiency: up to 94%
- Rectifier: not synchronous rectification
- Short circuit protection: current limitation, since recovery
- Operating temperature: industrial grade (-40 ° C - 85 ° C)
- Load regulation: ± 0.5%
- Voltage regulation: ± 0.5%
- Size: 50 x 22 x 15 mm

XM-15B Bluetooth Serial Port Module Master Slave Compatible Arduino HC-05/06 features:
* Power 3.0V -6V
* 3.3V / 5V logic levels
* Bluetooth version V2.1 + EDR
* Frequency: 2.4GHz ISM band
* Reach approx. 30m
* Security: Authentication and encryption
* Supports AT commands for configuration through a serial port
* Working temperature: -20 ºC to +75 ºC
* Working current - 50 mA
* PCB dimension: 35 x 19m -Using the conventional Bluetooth CSR chip, the protocol standard Bluetooth V2.1 + EDR, passes the Bluetooth BQB certification
-Fast start, only 0.3 seconds to complete the initialization of the complete module (including the Bluetooth protocol stack)
- Built-in hardware protector, never hangs

Yellow 3D-pen for ABS / PLA filaments features:
This 3D pen is suitable for 1.75m ABS or PLA filaments.
It includes an LCD screen that allows you to read the temperature, speed and filament.
It also comes with button controls to control the extrusion speed.
You can use this powerful 3D pen to draw, draw or trace objects on the paper. Yellow 3D-pen for ABS / PLA filaments features:
- Input voltage: 12V,
- Current consumption: 2A,
- Nozzle diameter: 0.7mm - Heating temperature: 160-230 degrees adjustable,
- Pen color: yellow,
- Random color filaments,
- Includes PLA filament and 100-240 VAC / 50 Hz power - 12VDC / 2A,
- Recommended for adults and children 8 years and older.

A small, tip soldering station. It has the ability to adjust the temperature in the range from 160 ° C to 480 ° C. The total power is 48 W.

A small, tip soldering station. It has the ability to adjust the temperature in the range from 100 ° C to 450 ° C. The total power is 8 W.

Zum Scanner Expansion Board 3D DIY features:
- Input voltage 8-16 V
- 2 connectors for stepper motors
- 4 connectors for laser
- Analog connectors for LDR sensors
- Power jack connector
- Reset button
- Protection fuse for stepper motors
- Compatible with Arduino UNO
- Dimensions of PCB 67 x 54 mm
- 3D Scanner Ciclop is an open source project created by bq
- Zum shield DIY 3D scanner, which used to control the stepper motors, the LDR sensor and the laser
- The complete electronic package that includes a ZUM Scan Shield, an A4988 Stepper Driver and an Arduino UNO R3 Board