Desktop Robotic Screwdriver with Automatic Feeding and Suction – 4-Axis System

• ✔ Precise automatic screwdriving with suction feeding.
• ✔ Advanced 4-axis motor control for flexible operations.
• ✔ High repeat positioning accuracy ±0.02 mm .
• ✔ Intuitive handheld programmer for easy setup.
• ✔ Compatibility with a wide range of screws (M1.7-M6).
• ✔ Alarm functions for error detection and increased reliability.
• ✔ Adjustable torque and speed for optimal results.

Discover the future of assembly with this advanced desktop robotic screwdriver. The system is designed to dramatically increase production efficiency and save labor by automating the screw feeding and tightening process. It is the ideal solution for workplaces requiring high accuracy and repeatability.

⚙️ Key features that will move you forward

• Magnetic or vacuum suction: Ensures fast and reliable feeding and screwing of each screw.
• Easy programming: The operator can easily perform programming using manual positioning, which greatly reduces learning time.
• Intelligent alarms: The system is equipped with features to detect errors such as missing, loose screws or worn threads, minimizing defects.
• Auto-start function: Supports automatic sensing to start the operation, which increases the autonomy of the machine.
• Optional servo motor/electric screwdriver: Flexibility of choice with the ability to freely adjust torque and rotation speed.

🔬 Explore every detail

This automatic robotic screwdriving system is a comprehensive solution for the electronics assembly industry. It includes two main parts: an electric screwdriver and an automatic screw feeder. By combining these two components, the system achieves seamless screw transfer and fastening, which significantly improves production efficiency and reduces the need for manual labor.

Once a screw is tightened and the screwdriver is lifted, the system immediately and continuously feeds the next screw, ensuring smooth operation. This feature is particularly beneficial for multi-station operations where the same specifications need to be handled repeatedly.

❗ Are you bothered by inefficient manual assembly?

Do you know how much time and human resources manual screwdriving consumes? Unstable quality, slow pace, and constant supervision can slow down your production process and increase operating costs. Standard operations often suffer from human error, leading to defective products and costly repairs.

🚀 Get your time back and increase productivity!

With this robotic screwdriver, you can forget about the hassles of manual assembly. The system automates the entire screwdriving process, eliminating human error, speeding up production and ensuring unparalleled accuracy. It is an investment in the future that allows you to focus on innovation and growth.

💎 More than just features, real benefits

• Function: Automatic screw feeding and tightening with magnetic/vacuum suction. -> Benefit: Increased production speed and labor savings, leading to lower operating costs.
• Function: Repeatable positioning accuracy ±0.02 mm. -> Benefit: Consistently high assembly quality and minimization of manufacturing defects.
• Function: Alarm functions for error detection (missing/untightened screws). -> Benefit: Immediate detection of problems and prevention of expensive repairs or complaints.
• Features: Manual programming with an intuitive interface. -> Benefit: Quick setup and easy adaptation to different tasks, even for less experienced operators.
• Feature: Supports M1.7-M6 screws. -> Benefit: Flexibility and versatility for a wide range of products and applications.

🎯 Who is it the ideal choice for?

• For electronics manufacturers and assembly companies that strive for full automation.
• For businesses with high production volumes where speed and reliability are key.
• For companies that want to reduce operating costs and maximize return on investment.

🤔 Do you have concerns? We'll answer them

• Concern: Will the robot be difficult to control and program? -> Answer: Thanks to the hand-held programmer and intuitive interface, setting up and operating the machine is very easy and fast.
• Concern: How reliable is the machine in detecting errors? -> Answer: The system is equipped with advanced alarm functions that immediately signal any problems, such as missing or loose screws.
• Concern: Will the robot be compatible with my screws? -> Answer: This model is designed for a wide range of screws from M1.7 to M6, ensuring high flexibility.

📊 Technical specifications

Parameter	Value
Operating range (X/Y/Z)	Motor Control Axis
Number of axes	4-axis
Movement speed	500 mm/s
Repeated positioning accuracy	±0.02mm
File storage capacity	999+ files
Motor system	Closed loop Precision motor Synchronous belt + Precision linear guides
Applicable screws	M1.7 - M6
Dimensions	716 × 588 × 620mm

❓ Frequently Asked Questions (FAQ)

What types of screws can this robot handle?

The system is compatible with a wide range of screws with diameters from M1.7 to M6.

What is the positioning accuracy of this machine?

The robot boasts a high repeat positioning accuracy of ±0.02 mm, ensuring consistent and reliable results.

Is programming a robot complicated?

No, programming is very intuitive and is done using a hand-held programmer, which greatly simplifies operation.

What are the physical dimensions of the machine?

The machine has compact dimensions of 716 x 588 x 620 mm, allowing easy integration into existing workplaces.

Can a robot detect errors when screwing?

Yes, the system is equipped with alarm functions that will alert you to missing, loose screws or worn threads, thereby increasing quality control.

Can I adjust the torque and rotation speed of the screwdriver?

Yes, whether you choose a servo motor or an electric screwdriver, both allow for free adjustment of torque and rotation speed.

How does the robot feed the screws?

The robot uses an efficient screw feeding method using magnetic or vacuum suction, ensuring speed and reliability.

What types of applications is this system best suited for?

It is particularly suitable for workplaces with multi-station operations and repetitive tasks with identical screw specifications, where high efficiency is key.