The quality and production efficiency of concrete bricks directly depend on the uniformity and efficiency of raw material mixing. As a core pre-process in concrete brick production, the mixing stage's technical level has a decisive impact on the effectiveness of subsequent molding and curing stages. Forced mixing technology, with its unique mixing structure and working principle, demonstrates significant advantages over traditional free-fall mixing technology in concrete brick machines. It not only greatly improves the uniformity of raw material mixing, ensuring the stability of brick strength and durability, but also effectively shortens the mixing cycle and improves overall production efficiency. This article will analyze how forced mixing technology achieves a dual improvement in the performance of concrete brick machines from three aspects: technical principles, application advantages, and optimization strategies.