“Enhanced and Affordable Orbital Stretch Wrapper for Efficient Packaging Solutions”

Title: Orbital Stretch Wrapper Price, Machine Features, and Operation Steps Explained | Ultimate Guide

Description:
Welcome to our comprehensive guide on Orbital Stretch Wrapper – the ultimate solution for efficient and secure packaging. In this video, we delve into the diverse aspects of the Orbital Stretch Wrapper, including its price, maximum product dimensions, conveyor speed, and cutting system with a hot wire. Join us as we explore the key features and benefits of this innovative stretch wrapping machine.

Introduction:
In this video, we provide a detailed overview of the Orbital Stretch Wrapper, an indispensable tool for streamlining your packaging process. Discover the ins and outs of this machine and learn how it can optimize your packaging operations.

Video Content:
1. Understanding Orbital Stretch Wrapper Price: Discover the various factors that influence the pricing of Orbital Stretch Wrappers, ensuring you make an informed purchasing decision.

2. Exploring Machine Features:
a) Max. Product Dimension: Learn about the impressive capacity of the Orbital Stretch Wrapper, accommodating products up to 900x900mm in size.
b) Max. Conveyor Speed: Uncover the efficient performance of this machine, offering a remarkable conveyor speed of 20m/min.
c) Cutting System with Hot Wire: Gain insights into the cutting-edge technology employed by the Orbital Stretch Wrapper, ensuring precise and seamless cuts.

3. Operation Steps:
Step 1: Preparation – Discover the necessary preparations before initiating the packaging process with the Orbital Stretch Wrapper.
Step 2: Loading the Product – Learn the proper technique for loading the product onto the machine for optimal packaging.
Step 3: Wrapping Process – Follow the step-by-step instructions for initiating the wrapping process and ensuring a secure packaging solution.
Step 4: Cutting and Finishing – Understand the cutting system with a hot wire and how it contributes to a neat and professional finish.

Call to Action:
If you found this video informative and helpful, please consider liking, subscribing, and sharing it with others who may benefit from this valuable knowledge. Stay tuned for more insightful content on packaging solutions.

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Here is a sample tilter program for an Orbital Stretch Wrapper:

“`
#include

#define TILTER_SERVO_PIN 9
#define TILTER_ANGLE_UP 0
#define TILTER_ANGLE_DOWN 90

Servo tilterServo;

void setup() {
tilterServo.attach(TILTER_SERVO_PIN);
tilterServo.write(TILTER_ANGLE_UP);
delay(1000); // Allow time for tilter to reach the initial position
}

void loop() {
// Tilt the wrapper down
tiltDown();
delay(5000); // Wait for 5 seconds in tilted down position

// Tilt the wrapper up
tiltUp();
delay(2000); // Wait for 2 seconds in tilted up position
}

void tiltUp() {
tilterServo.write(TILTER_ANGLE_UP);
}

void tiltDown() {
tilterServo.write(TILTER_ANGLE_DOWN);
}
“`

This code uses the `Servo` library to control a servo motor connected to the tilter mechanism of the Orbital Stretch Wrapper. The tilter servo is connected to pin 9 of the Arduino board.

In the `setup()` function, the tilter servo is attached to the specified pin and set to the initial angle (tilted up position). A delay is included to allow time for the tilter to reach the initial position.

The `loop()` function contains the main program logic. It calls the `tiltDown()` function to tilt the wrapper down and waits for 5 seconds in the tilted down position using the `delay()` function. Then, it calls the `tiltUp()` function to tilt the wrapper up and waits for 2 seconds in the tilted up position.

The `tiltUp()` and `tiltDown()` functions simply set the tilter servo angle to the corresponding positions defined by `TILTER_ANGLE_UP` and `TILTER_ANGLE_DOWN` constants, respectively.

You may need to modify the pin number and angle values according to your specific setup.Orbital Stretch Wrapper
#Orbital #Stretch #Wrapper