1 Cam

The Ø 25 eccentric is a connection and clamping piece that is used with the Ø 25 mm Eccentric Bolt. It is made of Zamak with a natural Zamak finish, it needs a 25 mm diameter hole for its embedment, with a Ø 8 mm hole in the edge where the bolt will be installed. This hole for the embedment of the eccentric must be located 33.5 mm from the edge and be 12 mm high, the average dimension of the same is 6.5 mm. The packaging of this eccentric contains 1,250 units.

Splice element designed to join pieces of furniture using bolt assembly systems. Its zamak construction provides durability and strength.

Manufacturers:Adapted for assembly systems with Eccentric Bolts Ø25, its 25 mm diameter and natural zamak finish facilitate efficient integration into production processes.

Distributors/Wholesalers: It comes in packs of 1250 units, ensuring an adequate supply for large volume projects.

Carpenters: Installation requires an 8 mm hole in the edge and a 12 mm high hole at 33.5 mm from the edge to ensure an optimum fit.

E-commerce & Retail: A product with a high turnover on online sales platforms, ideal for distributors of hardware and carpentry accessories.

A hole with a diameter of 25 mm and a depth of 12 mm is recommended to adequately accommodate the eccentric and to ensure a firm and secure fit in the table top.

The housing for the locking system must be located at a distance of 33.5 mm from the centre of the hole, which allows correct anchoring of the associated bolt and ensures the stability of the joint.

This eccentric is designed to be used together with the eccentric bolt Ø25 mm, forming an efficient and fast joining system for furniture modules, such as cupboards and shelves.

Natural Zamak offers excellent mechanical strength, durability and dimensional accuracy, ideal for joints subjected to load stresses or repeated assembly and disassembly.

It is recommended for the assembly of modular furniture, kitchens, wardrobes and storage solutions where a hidden, solid and aesthetically discreet joint is required, optimising assembly processes in series.