DRILLING

Unlock exactitude with our wide range of SCM wood drilling machines, including automatic and semi-automatic boring machines, universal combination machines, and horizontal mortisers. Designed to deliver exceptional accuracy and efficiency in woodworking, our machines are ideal for both skilled craftsmen and large-scale operations. With various models available to suit different needs, they ensure optimal solutions for all types of drilling tasks.

Browse our e-shop for full specifications and discover the perfect solution to elevate your business and enhance your woodworking capabilities today.

What does wood drilling mean?

Drilling is an essential process in the production of furniture, windows, fittings, and wooden structures. It involves creating through holes, blind holes, or angled holes for joints, fastenings, hinges, and connections. Precision in drilling is crucial for ensuring stability, accurate assembly, and a clean, professional finish.

Which SCM machines are available for wood drilling?

SCM offers an extensive range of drilling machines, from single‑head boring units for linear operations to multi‑head machines capable of drilling multiple sides simultaneously. Each SCM drilling machine is engineered to provide exactitude, speed, and ease of use for a variety of woodworking tasks.

How do SCM drilling machines work, and what are the advantages?

Professional drilling starts with positioning the workpiece on the table, adjusting the reference stop and drilling unit, and initiating the controlled drilling cycle. SCM machines are equipped with precise positioning fences, adjustable drilling depths, and pneumatic or mechanical systems that make repetitive or batch operations more efficient.

SCM drilling machines offer superior stability, high accuracy even during continuous production runs, and outstanding flexibility. They are capable of handling a variety of materials, from solid wood to veneered or laminated panels. Advanced models also feature angled or inclined drilling options, enhancing their polyvalence for more complex tasks.