/AutoCut

Arduino base automatic wire cutting machine

Primary LanguageC++

AutoCut V2

Automatic Wire Cutting Machine /w Arduino

AutoCut V2


Table of Contents

  1. How to Operate?
  2. Features
  3. BOM – Simple Cutter Machine
  4. Schematic Diagram
  5. Contact Me
  6. Repositories
  7. Other Products
  8. Arduino and ESP8266 Projects
  9. 3D GrabCAD Models
  10. HuggingFace Models and Datasets
  11. Awesome YouTube Videos
  12. My Blog
  13. Android Apps

How to Operate?

  • Set the number of pieces.
  • Set the size of cut wire.
  • Press OK to see the ✨Magic✨

Features

  • Direct 230V IEC Power Connector.
  • Easily adjust wire grip strength.
  • Cut gauge 18 to 20 wires.
  • Watch live how many pieces are done cutting.
  • LED Display for control
  • Rugged industrial buttons for longevity of the machine.
  • Made from 5mm thick acrylic adding ultimate strength to the machine.
  • Easily replaceable parts.
  • Hardware and software are fully open-sourced.

BOM – Simple Cutter Machine

ITEM QTY
WIRE CUTTER 1
NEMA 17 STEPPER MOTOR 5.6kg 1
CLUTCH (LEFT SIDE) 1
SERVO MOTOR (MG958 DIGI METAL GEAR) 1
ACRYLIC 1
BUTTON 6
M4x10mm nut bolt 8
M3X10mm nut bolt 10
PC POWER SOCKET 1
16x2 LCD DISPLAY 1
ARDUINO NANO 1
STEPPER MOTOR DRIVER 1
SMPS 5V 4A 1
SMPS 12V 2A 1
POWER CABLE 1
WHITE FILTER MACHINE PIPE 1
SERVO CUTTER PEN ASSEMBLY WITH NUT BOLT 1
RESISTOR 1
RIBBON CABLE (300mm) 1

Schematic Diagram

Schematic Diagram

AutoCut V2 AutoCut V2


Contact Me

Website WhatsApp Telegram Gmail LinkedIn Facebook Twitter Tumblr Stack Overflow Instagram Pinterest Blogger GitLab

Repositories

Other Products

Arduino and ESP8266 Projects

  • IoT_LED_over_ESP8266_NodeMCU : Turn LED on and off using web server hosted on a nodemcu or esp8266
  • ESP8266_NodeMCU_BasicOTA : Simple OTA (Over The Air) upload code from Arduino IDE using WiFi to NodeMCU or ESP8266
  • IoT_CSV_SD : Read analog value of Voltage and Current and write it to SD Card in CSV format for Arduino, ESP8266, NodeMCU etc
  • Honeywell_I2C_Datalogger : Log data in A SD Card from a Honeywell I2C HIH8000 or HIH6000 series sensor having external I2C RTC clock
  • IoT_Load_Cell_using_ESP8266_NodeMC : Read ADC value from High Precision 12bit ADS1015 ADC Sensor and Display on SSD1306 SPI Display as progress bar for Arduino or ESP8266 or NodeMCU
  • IoT_SSD1306_ESP8266_NodeMCU : Read from High Precision 12bit ADC sensor ADS1015 and display to SSD1306 SPI as progress bar in ESP8266 or NodeMCU or Arduino

HuggingFace Models and Datasets

  • Stock tip message NER : Named Entity Recognition or Token Classification using HuggingFace-AutoTrain and LabelStudio.

Awesome YouTube Videos

My Blog

Android Apps

GitLab Repositories