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SIZING

 

Precision engineered for excellence. Discover SCM’s extensive collection of woodworking machinery, meticulously crafted for cutting and sizing tasks. Our range includes circular saws, universal combination machines, band saws, panel saws, spindle moulders, radial arm saws,and multi-blade joinery machines. Designed with British craftsmanship in mind, these high-performance solutions guarantee outstanding precision and reliability. Browse our full selection to compare specifications, check prices, and conveniently order online through the SCM e-shop.

What is the primary function of a woodworking sizing machine?
A beam saw is designed to cut panels or solid wood components with precision, speed, and safety. Sizing operations are essential for achieving accurate dimensions and clean edges, preparing the material for subsequent processes such as planing, edging, or assembly.

 

What sizing solutions does SCM provide?
SCM offers a comprehensive range of professional cutting machines, including sliding table saws, horizontal and vertical panel saws, band saws, cut-off saws, multiblade saws, radial arm saws, and universal combination models. Each machine is engineered to guarantee precision, reliability, and long-lasting performance — whether for small workshops or large industrial environments.

 

How do SCM beam saws operate?
SCM beam saws are designed for fast, accurate cutting of panels of any size. Horizontal models feature sliding carriages and synchronised saw units, combined with digital controls for automatic positioning and efficient waste management. Sturdy clamping systems and support tables ensure maximum stability and operator safety throughout the cutting process.

 

What are the advantages of SCM machines?
SCM sizing machines deliver exceptional cutting precision, mechanical strength, ease of use, and high productivity. Equipped with electronic control systems, intuitive interfaces, premium linear guides, and powerful motors, these machines place ergonomics and operational safety at the centre of their design.