Our Suction-fed Automatic Screwdriver have the below Key Features:
Versatile Compatibility: Adaptable to a wide range of screw types and hole sizes, making it ideal for diverse assembly applications.
Simplified Feeder Design: The screw feeding system is compact and straightforward, reducing maintenance complexity.
Cost-Effective Solution: Lower initial investment and operational costs compared to complex pneumatic systems, ideal for budget-conscious production environments.
As a pioneer exclusively focused on automatic screwdriving machines since 2010, Kimdom masters every innovation in fastening automation. Our vacuum-pick systems redefine value – merging German-grade precision, unmatched versatility, and cost-efficiency trusted by 100+ factories worldwide.
The suction rod picks up the screw, moves it above the product's screw hole, then presses down to lock the screw in place.
Simple structure and lower cost of the screw feeder.
Excellent versatility, suitable for the majority of screws and screw holes.
Screw misalignment can be detected in real-time via the vacuum gauge, significantly enhancing equipment reliability.
I. Working Principle
Suction type automatic screw locking machine: The screw is adsorbed onto the suction nozzle of the machine by vacuum suction force and then tightened. This method requires power or battery power to generate suction.
Air-blowing automatic screw locking machine: the screw tightening machine uses compressed air to push the screw into the loosened threaded hole and tighten it with the appropriate torque. This method requires an external supply of compressed air.
II. Usage Method
Suction type automatic screw locking machine: Due to the limitations of its working principle, it can usually be used flexibly and can be operated in a mobile manner, without being restricted by a fixed position.
Air-blowing automatic screw locking machine: As it needs to be connected to a compressed air system, it is usually only used in fixed locations, such as production lines or factory workshops.
III. Scope of Application
Suction type automatic screw locking machine: Suitable for small screws (preferably within M3), and mainly used for ordinary screw locking on flat products. However, due to its suction method, it may not be able to operate stably for screw hole products on curved and irregular surfaces, as well as for the locking of special screws, long screws and large screws.
Blowing type automatic screw locking machine: It has a wider range of applications and can efficiently and stably lock curved surface products, deep-hole screws and countersunk hole screws. Meanwhile, it applies to products with diverse models, large output requirements and strict production standards.
IV. Efficiency
Suction type automatic screw locking machine: As its feeding and locking operations are carried out separately, each time a screw is tightened, it needs to be removed, so its efficiency is relatively low.
Blowing type automatic screw locking machine: The processes of feeding, inspection, screening and locking can be carried out simultaneously, which greatly saves the time of the locking link and has extremely high efficiency. In addition, the air-blowing automatic screw locking machine usually adopts a multi-axis linkage design, which can tighten multiple screws at the same time, further improving work efficiency.
V. Price
Generally speaking, the price of the air-blowing automatic screw locking machine is higher than that of the air-suction automatic screw locking machine due to its higher power and production efficiency.
I. Working Principle
Suction type automatic screw locking machine: The screw is adsorbed onto the suction nozzle of the machine by vacuum suction force and then tightened. This method requires power or battery power to generate suction.
Air-blowing automatic screw locking machine: the screw tightening machine uses compressed air to push the screw into the loosened threaded hole and tighten it with the appropriate torque. This method requires an external supply of compressed air.
II. Usage Method
Suction type automatic screw locking machine: Due to the limitations of its working principle, it can usually be used flexibly and can be operated in a mobile manner, without being restricted by a fixed position.
Air-blowing automatic screw locking machine: As it needs to be connected to a compressed air system, it is usually only used in fixed locations, such as production lines or factory workshops.
III. Scope of Application
Suction type automatic screw locking machine: Suitable for small screws (preferably within M3), and mainly used for ordinary screw locking on flat products. However, due to its suction method, it may not be able to operate stably for screw hole products on curved and irregular surfaces, as well as for the locking of special screws, long screws and large screws.
Blowing type automatic screw locking machine: It has a wider range of applications and can efficiently and stably lock curved surface products, deep-hole screws and countersunk hole screws. Meanwhile, it applies to products with diverse models, large output requirements and strict production standards.
IV. Efficiency
Suction type automatic screw locking machine: As its feeding and locking operations are carried out separately, each time a screw is tightened, it needs to be removed, so its efficiency is relatively low.
Blowing type automatic screw locking machine: The processes of feeding, inspection, screening and locking can be carried out simultaneously, which greatly saves the time of the locking link and has extremely high efficiency. In addition, the air-blowing automatic screw locking machine usually adopts a multi-axis linkage design, which can tighten multiple screws at the same time, further improving work efficiency.
V. Price
Generally speaking, the price of the air-blowing automatic screw locking machine is higher than that of the air-suction automatic screw locking machine due to its higher power and production efficiency.
