| Automatic Screw Driving for Assembly Work
The Automatic fastening Fixing driving machine screw robot is built for electronic products that need many screws tightened in repeated positions. It includes two main parts: an electric screwdriver and an automatic screw feeder. The feeder supplies screws, while the screwdriver completes the locking action. After one screw is tightened and the driver lifts, the next screw is sent automatically for the next point. This working method reduces manual screw picking, helps operators work with less fatigue, and keeps the assembly rhythm more stable. It is suitable for PCBA parts, control modules, plastic housings, lighting products, and small electronic assemblies.
| Feature of Automatic Screwing Robot
Easy Programming
Screw feeding has a direct effect on assembly speed. In manual work, operators often spend extra time picking, placing, and checking small screws before tightening. This Automatic fastening Fixing driving machine screw robot changes that process by sending screws automatically after each locking cycle. The system can be configured according to screw type, product shape, and fixture method. For factories comparing a screw fastening robot, this feeding design helps reduce wasted hand movement and makes the workstation easier to manage during long production runs.
The driving system is designed to move the screwdriver smoothly to each programmed position. X, Y, and Z-axis control helps the machine repeat screw locking points with better consistency than hand operation. The repeat accuracy can reach ±0.02 mm, which is useful for products with fixed hole patterns and tight assembly space. As an auto fastening auto screw driving machine automatic fixing screw robot, it is more suitable for repeated production than random manual fastening. Stable motion also helps reduce position errors caused by operator tiredness.
A good screw locking result depends on both the driver and the fixture. If the product moves during tightening, even a strong screwdriver cannot keep stable quality. I.C.T can design fixtures based on the Customer’s product size, screw locations, loading direction, and assembly process. This helps the screw driving robot hold parts firmly and repeat each locking point more reliably. Different models can support single-platform or dual-platform production. Dual platforms allow operators to load one fixture while the machine works on the other, making the workflow smoother.
The Automatic fastening Fixing driving machine screw robot supports touch panel operation and handheld teaching programming. Operators can teach screw positions, save product programs, and call them again when the same product returns to production. The system can store up to 999 programs, which helps factories handle different product models without rebuilding every setting from zero. Alarm support, such as stripped screw alarm, also helps workers find abnormal locking conditions faster. For an automatic screw fixing robot, easy programming is important because it reduces training time and makes daily operation more practical.
| Automatic Screwing Robot Specification
| Item | I.C.T-SCR300 | I.C.T-SCR540 | I.C.T-SCR640 |
|---|---|---|---|
| Max. Range Size | 300 × 300 mm, Z: 80 mm | 500 × 400 mm, Z: 80 mm | 600 × 400 mm, Z: 80 mm |
| Head Number | 1 | 1 | 2 |
| Platform Number | 1 | 2 | 2 |
| Max Move Speed | X/Y axis: 600 mm/s, Z axis: 400 mm/s | X/Y axis: 600 mm/s, Z axis: 400 mm/s | X/Y axis: 600 mm/s, Z axis: 400 mm/s |
| Screwdriver | SD / KILEWS / HIOS | SD / KILEWS / HIOS | SD / KILEWS / HIOS |
| Screw Feeding | Pick and Place, Magnetic | Pick and Place, Magnetic | Pick and Place, Magnetic |
| Alarm System | Stripped Alarm | Stripped Alarm | Stripped Alarm |
| Repeat Accuracy | ±0.02 mm | ±0.02 mm | ±0.02 mm |
| Memory | 999 Programs | 999 Programs | 999 Programs |
| Programming | Traction Teaching Program | Traction Teaching Program | Traction Teaching Program |
| Driving Mode | Closed-loop Motor | Closed-loop Motor | Closed-loop Motor |
| Control Mode | Demonstrator + Touch Panel | Demonstrator + Touch Panel | Demonstrator + Touch Panel |
| Air Pressure | 4.5–6 kg/cm² | 4.5–6 kg/cm² | 4.5–6 kg/cm² |
| Power Supply | AC 220 ±10%, 50/60 Hz; AC 110V optional | AC 220 ±10%, 50/60 Hz; AC 110V optional | AC 220 ±10%, 50/60 Hz; AC 110V optional |
| Dimension | 670 × 540 × 690 mm | 670 × 590 × 690 mm | 1010 × 730 × 690 mm |
| Weight | Approx. 70 kg | Approx. 90 kg | Approx. 130 kg |
* I.C.T keeps working on quality and performance, specifications and appearance may be updated without particular notice.
| DIP Line Equipment List
A full DIP line is used for through-hole component assembly after SMT production. It can include manual insertion conveyors, automatic insertion machines, wave soldering machines, selective soldering machines, DIP AOI, soldering robots, PCB loaders, unloaders, cooling conveyors, and other handling equipment. These machines work together for component insertion, soldering, inspection, transfer, and process control. I.C.T helps Customers plan the DIP line according to PCB size, component type, output target, factory layout, and operator arrangement. A clear DIP line design helps production flow better and makes each process easier to manage.
| Product Name | Purpose in DIP Line |
|---|---|
| Automatic Insert Machine | Automatically places components onto PCBs with precision for DIP production line. |
Melts solder to form solid joints on PCBs during THT plug-in process. | |
Applies solder selectively to specific areas for accurate THT assembly | |
Inspects solder joints and placement defects on DIP assembled PCB. | |
Board input machine and board output machine | |
| DIP Peripheral | Peripheral products of DIP production line |
| Customer Success Video
In April 2026, an I.C.T engineer traveled to Portugal to complete on-site installation and training for a full SMT production line used in automotive electronics. The Customer’s products included car lighting boards and control system PCBAs, so stable line setup and practical training were very important. During the project, our engineer helped with equipment placement, line connection, machine adjustment, operation guidance, and first production support. The Customer gave positive feedback on both the equipment and the training process. They said the setup was smooth, and the guidance was clear. This project shows how I.C.T helps Customers move from equipment arrival to real production with hands-on engineering support.
| Professional Training & Support
I.C.T supports Customers from the early project stage to final production startup. Before recommending equipment, our team can review product size, process flow, screw type, fixture needs, output target, factory space, and operator arrangement. For single machines or full production lines, we can support layout design, equipment selection, process connection, and utility preparation. After delivery, I.C.T engineers can provide on-site installation and training when required. Training usually covers startup, program setting, fixture loading, alarm handling, daily maintenance, and basic troubleshooting. For an Automatic fastening Fixing driving machine screw robot or a complete line project, our focus is helping the Customer’s team run production with fewer risks.
| Customer Praise
Customers often give positive comments on I.C.T engineers, equipment stability, packaging quality, and response speed. During overseas projects, our engineers explain operation steps in a clear and practical way, which helps local teams learn faster. Customers also value our careful shipment packing, including moisture protection, shock protection, wooden cases, and firm machine fixing. After installation, when questions appear, I.C.T responds through online messages, video calls, and remote guidance. This quick support helps Customers solve small issues earlier and reduce unnecessary production delay.
| Our Certification
I.C.T supports production line projects with certificates such as CE, RoHS, ISO9001, and related patents, depending on machine type and project scope. These certificates reflect our attention to safety, environmental requirements, quality management, and technical development. At the same time, our factory follows internal inspection before shipment. Machines are checked through mechanical assembly review, electrical inspection, function testing, and packing confirmation. For Customers buying an automatic screw fastening robot or other line equipment, this quality process helps reduce installation risk and supports long-term factory use.
| About Us and Factory
I.C.T is a manufacturer and full factory solution provider for electronics manufacturing. We have our own R&D, production, engineering, sales, and service teams, and our company has grown quickly through many global projects. I.C.T has served many Customers across different countries and industries, including automotive electronics, LED products, consumer electronics, communication devices, industrial control, and power electronics. Our factory follows strict production and testing procedures from design to shipment. Each project is managed with practical equipment selection, careful inspection, and long-term technical support. I.C.T focuses on helping Customers build stable production capacity step by step.