| Compact Screw Fastening for Assembly
The Desktop Screw Robot is a practical choice for factories that want to improve screw assembly without building a large automation cell. It uses an electric screwdriver together with an automatic screw feeder, so screw supply and fastening happen in the same working station. Operators mainly handle product loading, fixture placement, and finished part removal, while the robot repeats the screw path according to the saved program. This setup is suitable for electronic modules, LED parts, plastic covers, control boards, and small product housings. It helps make screw work more orderly, especially when one product has repeated screw points.
| Feature of Automatic Screwing Robot
Easy Programming
Many electronics factories have limited space around back-end assembly. A large inline system may not be necessary for every product, especially when the board or housing size is moderate. The Desktop Screw Robot gives factories a smaller automation station that can sit near testing, inspection, or final assembly areas. It is suitable for Customers looking for a Desktop Automatic Fixing Inline Fastening Screw Robot Unit but still needing simple loading and easy access for operators. The compact station helps reduce messy hand work while keeping the production area flexible.
In manual screw assembly, time is often lost in very small actions: picking screws, placing them on the bit, checking direction, and recovering dropped screws. The automatic feeder reduces these interruptions by preparing screws for the driver during the working cycle. This makes the station more predictable for repeated production. For an Automatic Fixing Screw Robot, stable screw supply is one of the most important parts of daily use. When the screw type, bit, and feeder are matched well, operators can spend more attention on product placement and process checking.
The robot does not depend on an operator’s hand path for every screw. Screw positions can be taught, stored, and reused when the same product comes back to production. The machine supports up to 999 programs, which helps factories that produce several product models or repeat old orders. As a Screw Driving Robot, it can follow programmed points with repeat accuracy up to ±0.02 mm. This is useful for PCBA modules, small housings, light assemblies, and control products where screw holes stay in fixed locations from batch to batch.
A stable screw result starts with stable product holding. If the part shifts during fastening, the driver may not meet the screw hole correctly. I.C.T can design fixtures based on the Customer’s product size, screw layout, loading direction, and support area. Some parts need simple flat positioning, while others need pins, edge blocks, or shaped holders. For a Screw Fastening Robot or Automatic Locking Screw Robot project, fixture planning should happen before final machine confirmation. Good fixture design makes loading smoother and keeps the fastening route easier to repeat.
| 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
DIP production is used for through-hole component assembly after SMT placement and reflow. A complete DIP line may include manual insertion conveyors, automatic insertion machines, wave soldering systems, selective soldering systems, DIP AOI, soldering robots, loaders, unloaders, cooling conveyors, and other PCB handling machines. These machines are arranged around insertion, soldering, inspection, board movement, cooling, and process control. I.C.T plans DIP line solutions according to PCB size, component type, output demand, operator quantity, and workshop layout. A well-planned DIP line can make board transfer smoother and help production teams manage each step more clearly.
| 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, I.C.T sent an engineer to Portugal for on-site installation and training of a full SMT production line. The line was used for automotive electronics, including car lighting boards and control system PCBAs. Because these products require stable assembly and clear process control, the Customer needed more than machine delivery. Our engineer helped place the equipment, connect the line, check operating status, guide parameter use, and train the local operators through real production steps. The Customer later shared positive comments about the equipment and the training work. They felt the setup was smooth, and the guidance helped their team understand the line faster.
| Professional Training & Support
I.C.T prepares service work around the Customer’s real production needs. Before a project is confirmed, our team can review product drawings, screw size, fastening positions, fixture ideas, output target, and factory space. For a Desktop Screw Robot, this helps decide the working area, feeding method, platform structure, and fixture concept. After delivery, I.C.T engineers can provide installation and training when required. The training covers machine startup, point teaching, program saving, feeder checking, fixture loading, alarm handling, routine maintenance, and common problem solving. The purpose is to let operators understand the station through actual use, not only through a manual.
| Customer Praise
Customers usually judge equipment by daily details. They care whether the machine runs smoothly, whether the engineer explains clearly, whether the packing protects the machine, and whether questions get answered fast. I.C.T has received positive feedback in these areas from many overseas projects. Our export packing uses moisture protection, shock protection, wooden cases, and firm machine fixing for long-distance shipment. After installation, our team supports Customers by message, video call, and remote guidance, helping factory teams solve issues before production is affected.
| Our Certification
I.C.T production line projects can be supported with CE, RoHS, ISO9001, and related patents according to machine type and project scope. These documents reflect our work in safety, environmental requirements, quality management, and technical development. Before shipment, our factory also checks machine assembly, electrical wiring, operation functions, and packaging condition. This inspection process helps reduce risks when equipment arrives at the Customer’s site. For electronics manufacturers, certificates are important, but stable factory inspection and careful testing are what make long-term equipment use more reliable.
| About Us and Factory
I.C.T is a manufacturer and full factory solution provider for electronics manufacturing. Our team covers R&D, production, engineering, sales, and after-sales service, so Customers can get both equipment and project support from one supplier. I.C.T has served Customers in many countries and industries, including automotive electronics, LED products, communication devices, consumer electronics, industrial control, and power electronics. Our factory manages projects through product review, machine selection, production inspection, testing, packing, and technical service. We focus on practical solutions that help Customers build stable production capacity and improve factory operation step by step.