Title: Efficient and Versatile Automatic Packing Line for Cake Rusk and Dry Cake – SOONTRUE
Description:
Welcome to our comprehensive video showcasing the cutting-edge Automatic Packing Line by SOONTRUE, specifically designed for Cake Rusk and Dry Cake products. As industry leaders in packaging solutions, we offer a turnkey system that includes a flow wrapper, flow wrapping machine, and horizontal packing machine, ensuring seamless packaging operations for your bakery products.
Introduction:
In this video, we present the remarkable features and benefits of our Automatic Packing Line, tailored to meet the unique requirements of Cake Rusk and Dry Cake packaging. Whether you are a small bakery or a large-scale production facility, our turnkey solution offers high efficiency, precision, and versatility to optimize your packaging process.
Video Content:
1. Key Features:
– Advanced Flow Wrapper: Our state-of-the-art flow wrapper guarantees efficient and secure packaging, maintaining the freshness and quality of your cake products.
– Flow Wrapping Machine: Seamlessly integrated into the packaging line, this machine ensures smooth and precise wrapping, minimizing product damage and enhancing presentation.
– Horizontal Packing Machine: Designed for high-speed packaging, the horizontal packing machine offers flexibility in various packaging styles, sizes, and materials.
2. Operation Steps:
– Step 1: Product feeding and alignment: The Automatic Packing Line efficiently aligns the cake rusk or dry cake products for a consistent and streamlined packaging process.
– Step 2: Individual product wrapping: Our flow wrapper delicately encloses each product, providing a protective layer and preserving its taste and texture.
– Step 3: Group packaging (optional): If desired, the horizontal packing machine can group multiple wrapped products, ensuring convenience and efficiency during transportation and retail display.
3. Benefits:
– Increased Efficiency: Our innovative packing line significantly reduces manual labor, allowing for higher production capacity and faster packaging turnaround times.
– Customizable Packaging: With our turnkey solution, you can easily adapt the packaging style, size, and branding to meet market demands and stand out from competitors.
– Product Protection: The precise and secure packaging ensures your cake rusk and dry cake products remain fresh, protected from external factors, and extend their shelf life.
– Enhanced Presentation: The professional wrapping and packaging result in a visually appealing product, attracting customers and enhancing your brand image.
Call to Action:
If you found our Automatic Packing Line for Cake Rusk and Dry Cake intriguing, don’t forget to give this video a thumbs up, subscribe to our channel for more industry insights, and share it with fellow bakery professionals. For further information or to explore how our packaging solutions can benefit your business, feel free to contact us.
Additional Tags and Keywords:
automatic packing line, cake rusk packaging, dry cake packaging, turnkey solution, flow wrapper, flow wrapping machine, horizontal packing machine, packaging system, bakery packaging, efficient packaging, versatile packaging, packaging solutions
Hashtags:
#AutomaticPackingLine #CakeRuskPackaging #DryCakePackaging #FlowWrappingMachine #HorizontalPackingMachine #PackagingSolutions #BakeryPackaging
import RPi.GPIO as GPIO
import time
# Pin Definitions
encoder_pin = 17
motor_pin = 18
# Encoder Parameters
encoder_resolution = 1000 # Number of slots in the encoder disk
encoder_steps_per_rotation = 4 # Number of steps per rotation of the motor
# Motor Parameters
motor_speed = 50 # Speed at which the motor rotates (in percentage)
# Setup GPIO pins
GPIO.setmode(GPIO.BCM)
GPIO.setup(encoder_pin, GPIO.IN, pull_up_down=GPIO.PUD_UP)
GPIO.setup(motor_pin, GPIO.OUT)
# Global Variables
encoder_count = 0
encoder_prev_state = 0
# Function to handle encoder interrupt
def encoder_interrupt(channel):
global encoder_count
global encoder_prev_state
state = GPIO.input(encoder_pin)
if state != encoder_prev_state:
encoder_count += 1
encoder_prev_state = state
# Function to rotate motor
def rotate_motor(direction, steps):
GPIO.output(motor_pin, direction)
time.sleep(0.05 * steps / encoder_steps_per_rotation)
GPIO.output(motor_pin, GPIO.LOW)
# Configure encoder interrupt
GPIO.add_event_detect(encoder_pin, GPIO.BOTH, callback=encoder_interrupt)
# Main program loop
try:
while True:
# Rotate motor clockwise for a specified number of steps
rotate_motor(GPIO.HIGH, encoder_resolution)
time.sleep(1) # Wait for 1 second to allow cake rusk to be packed
# Rotate motor counterclockwise for the same number of steps
rotate_motor(GPIO.LOW, encoder_resolution)
time.sleep(1) # Wait for 1 second to allow cake rusk to be packed
except KeyboardInterrupt:
pass
# Cleanup GPIO pins
GPIO.cleanup() Automatic Packing Line
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