Used injection moulding robots 79

Understanding Robots for Plastic Injection in the Exapro Plastic and Rubber Machinery Marketplace

At Exapro, we connect professionals with top-tier industrial machinery solutions. Within our extensive offerings, the category of Plastic and Rubber machinery includes essential equipment such as Robots for Plastic Injection. Let’s explore what these robots entail, their importance, and why Exapro is the ideal marketplace for buying or selling them.

What are Robots for Plastic Injection?

Robots for plastic injection, also known as injection molding robots, are automated machines designed to optimize and streamline the plastic injection molding process. These robots are integral to modern plastic manufacturing, enhancing productivity, precision, and safety. They are used to automate tasks such as part removal, sprue picking, in-mold labeling, and assembly, significantly improving efficiency and consistency in production.

Types of Injection Molding Robots

1. 3-Axis Robots: Also known as Cartesian robots, they operate on three linear axes (X, Y, Z) and are ideal for simple pick-and-place tasks.
2. 6-Axis Robots: These articulated robots offer six degrees of freedom, allowing for complex movements and flexibility in handling intricate tasks.
3. Side-Entry Robots: Designed to enter the mold from the side, these robots are typically used in high-speed applications where cycle time reduction is critical.
4. Top-Entry Robots: Enter the mold from the top and are suitable for applications requiring versatility and the ability to handle different parts and molds.
5. Collaborative Robots (Cobots): Designed to work alongside humans safely, these robots are increasingly used in plastic injection molding for tasks that require flexibility and human-robot interaction.

The Exapro Advantage: Buying & Selling Robots for Plastic Injection

Navigating the world of used industrial machinery can be complex, but Exapro simplifies the process. For those looking to purchase, the key benefits are manifold.

Cost-Effectiveness

Acquiring new injection molding robots can be a significant financial commitment, especially for small businesses or start-ups. Through Exapro, professionals can obtain these machines at a fraction of the cost of new ones, ensuring exceptional value for money. On our platform, the price range for used injection molding robots typically lies between €10,000 and €100,000, reflecting the variety available in terms of age, brand, wear and tear, and additional features.

Quality Assurance

At Exapro, every listing undergoes a thorough evaluation process to ensure each piece of equipment is in excellent working condition and ready for its next operational chapter. This rigorous vetting process guarantees that even used machinery meets high standards of quality and reliability.

Market Reach

Injection molding robots are crucial for efficient and precise automation in plastic manufacturing. Whether you're looking to invest in one or sell it, Exapro offers a platform that ensures convenience, reliability, and value. Embark on the future of plastic injection molding with Exapro – where innovation meets tradition.

Main Advantages of Robots for Plastic Injection

Robots for plastic injection molding are indispensable in the plastic manufacturing industry due to their numerous benefits. Here are the main advantages:

Increased Productivity

These robots can operate continuously without breaks, significantly increasing production rates and efficiency.

Enhanced Precision and Quality

Injection molding robots can perform tasks with high precision and consistency, reducing errors and improving product quality.

Flexibility

Modern robots can be programmed for various tasks and can easily switch between different operations, enhancing manufacturing flexibility.

Improved Safety

Robots can perform dangerous tasks, reducing the risk of workplace injuries and enhancing overall safety.

Cost Savings

While the initial investment may be high, robots reduce labor costs and increase efficiency, leading to long-term cost savings.

Main Machine Parameters of Robots for Plastic Injection

When evaluating or understanding robots for plastic injection molding, several key parameters are considered to ensure they meet specific requirements. Here are the main machine parameters:

Payload Capacity

The maximum weight the robot can handle, which determines its suitability for different tasks in the injection molding process.

Reach

The maximum distance the robot arm can extend, affecting its ability to work on large or complex assemblies.

Speed

The operating speed of the robot, influencing production rates and efficiency.

Accuracy and Repeatability

The precision with which the robot can position its end-effector, crucial for tasks requiring high accuracy.

Degrees of Freedom

The number of independent movements the robot can perform, affecting its flexibility and capability to handle complex tasks.

Programming Interface

The type of control and programming interface used, affecting ease of use and integration with existing systems.

Environmental Resistance

The robot’s ability to operate in harsh environments, such as those with high temperatures, humidity, or exposure to chemicals.

Area of Use of Robots for Plastic Injection

Injection molding robots, given their versatility and capacity for high-quality automation, find application in a multitude of areas. Here’s a rundown of the primary areas of use:

Automotive Industry

Used for tasks such as part removal, assembly, and inspection of plastic automotive components, enhancing production efficiency and quality.

Electronics Manufacturing

Essential for precision tasks such as inserting and removing delicate electronic components from molds, ensuring high accuracy and consistency.

Medical Devices

Used in the production of plastic medical devices, ensuring cleanroom standards and precise handling of sensitive components.

Consumer Goods

Applied in the manufacturing of various plastic consumer goods, from household items to toys, ensuring consistent quality and efficient production.

Packaging

Used for producing plastic packaging components, such as caps, closures, and containers, ensuring high-speed and high-precision manufacturing.

Manufacturers of Robots for Plastic Injection

Several renowned manufacturers in the robotics industry are known for their quality and innovation. Here are some prominent manufacturers of injection molding robots:

FANUC

A global leader in robotics and automation technologies, FANUC offers advanced robots known for their precision and reliability in plastic injection molding.

ABB

Renowned for their high-quality industrial robots, ABB provides efficient and versatile solutions for various injection molding applications.

KUKA

Specializes in robotic automation, offering robust and precise robots designed for high-performance plastic injection molding operations.

Yushin

Known for their comprehensive range of injection molding robots, Yushin provides reliable solutions for the plastic manufacturing sector.

Engel

Offers advanced robotics technology integrated with their injection molding machines, providing high-quality robots designed for efficiency and precision.

Sepro Group

Specializes in robotics for injection molding, offering versatile and efficient robots suitable for different production environments.

When considering a purchase or researching robots for plastic injection, it's essential to look into these manufacturers' specific models, reviews, and after-sales service. Each brand has its strengths, specialties, and technological innovations that cater to different automation requirements in plastic injection molding.

Conclusion

Robots for plastic injection are invaluable assets in the plastic manufacturing industry, offering high-quality, cost-effective, and efficient solutions for automation. Whether for automotive, electronics, medical devices, consumer goods, or packaging, these robots ensure superior productivity, precision, and safety. With the support of Exapro, acquiring or selling injection molding robots becomes a straightforward and reliable process, allowing businesses to focus on what they do best – driving innovation and efficiency in their operations.