Which way is better for cabinet installation: Three in One Connector Cam lock or using screws directly?

Which way is better for cabinet installation: Three in One Connector Cam lock  or using screws directly? Let see the below core differences,advantages,disadvantages,and application scenarios of both

Which way is better for cabinet installation: Three in One Connector Cam lock or using screws directly?

Let see the below core differences,advantages,disadvantages,and application scenarios of both.





Point	Three in One Connector Cam lock	Using screws
Essence	A concealed connection system comprising a cam lock, connector bolt, and embedded nut.	A direct-penetration fastening method.
Aesthetic	Excellent. The connection points are concealed (only small holes on the sides, which can be covered with caps),clean appearance.	Disadvantage: Exposed screw heads compromise aesthetics; this method is typically used in concealed areas.
Connection Strength and Working Principle	Advantage: The rotation of the cam generates powerful lateral tension, tightly clamping the panels together. This results in strong shear resistance and a stable structure.	Moderate. This method relies on the vertical grip between the screw and the panel. While it offers decent pull-out resistance, it is prone to loosening under lateral or shear forces.
Removable	Advantage: It can be disassembled and reassembled multiple times (typically over 10 cycles) without damaging the pre-drilled holes in the panels.	Disadvantage: After 1-2 cycles of disassembly and reassembly, the screw holes are prone to stripping or enlargement, leading to a loss of clamping force. This essentially makes it a single-use connection method.
Installation Accuracy Requirements	High Requirement. It relies on precisely pre-drilled, standardized system holes (processed with a boring machine).	Low Requirement. It allows for on-site, flexible drilling with high error tolerance, making it suitable for manual and non-standard installations.
Production Requirements	High. All holes must be pre-processed in the factory using specialized equipment, which is a hallmark of industrial and standardized production.	Low. No specialized equipment or pre-processing is required, as the work can be completed manually on-site.
Installation Speed	Fast for system assembly. Once the holes are aligned, tightening the cam locks is very quick, making it suitable for assembly line production.	Individual connections are fast, but overall efficiency is low, as each connection point requires separate alignment, drilling, and tightening.。
Cost Composition	Connector cost + High-precision machine boring cost. While the individual components may seem expensive, the high efficiency achieved through mass production offsets this.	Almost zero cost. The cost of screws is negligible, but the labor time required may be longer.
Lateral Adjustment Capability	Strong. It can automatically pull and align two panels flush, minimizing errors.	None. It relies entirely on the installer's manual alignment, making misalignment prone to occur.



A professional cabinet installation invariably follows a combination strategy, "cam lock system as the primary method, screws as the supplementary."

—Cabinet Frame (Core Structure) — Must use the cam lock system.

Why? This is the "skeleton" of the cabinet. It determines whether the cabinet is square, stable, load-bearing, and durable. The powerful clamping force and disassembly capability provided by the cam lock system are fundamental to ensuring the cabinet maintains its shape during long-term use and remains adjustable in the future. This is a key feature distinguishing factory-standardized products from on-site, hand-built cabinets.

—Back Panel Fixing — Typically uses screws.