ShapeCUT Talks About Drilling & Bevelling in 2024

The Art and Science of Bevelling

Bevel cutting, or bevelling, is a sophisticated technique that involves creating an angled edge on metal surfaces, which enhances the quality and functionality of metal parts. This angled cut is valuable in various applications, from welding preparation for structural steelwork to creating unique finishes in custom cabinetry or even in heavy-duty applications like large civil infrastructure projects.

At ShapeCUT, we pride ourselves on offering advanced CNC bevel cutting services equipped with both plasma and oxy bevel heads. These powerful tools enable us to create highly precise angled edges on steel plates of varying thicknesses, providing flexibility to accommodate the unique needs of each project. Our state-of-the-art machinery is designed not only to deliver precision but also to enhance efficiency. With reduced loading and unloading times, we’re able to maintain quick turnaround times while ensuring that each cut meets the highest standards of quality. This seamless blend of technology and expertise allows ShapeCUT to provide exceptional bevelling services that consistently meet and exceed our clients’ expectations.

Key Applications of Bevelling:

1. Welding Preparation: Bevelling is widely used to create “weld-prep” edges, essential for forming strong, seamless weld joints. An angled edge allows for better penetration and bonding, crucial for load-bearing structures.
2. 4-to-1 Reducers and Cutting Edges: Bevelling can shape reducers and enhance cutting edges, essential for industrial and agricultural machinery.
3. Aesthetic Enhancements: From modern design elements in architecture to custom metalwork, bevelling provides clean, sloped edges that bring a refined look.
4. Bucket Edges for Heavy Equipment: For excavators and other heavy equipment, bevelling creates durable cutting edges for high-impact tasks.

The Importance of Precision Drilling

Precision drilling stands as one of the most fundamental and frequently used machining processes in metal fabrication. It plays a crucial role in creating not only simple holes but also intricate shapes on the surfaces of steel and aluminium, which are essential in assembling, joining, and reinforcing metal components across various applications. From small, precise drill points to larger apertures, this process ensures that metal parts are accurately prepared for fitting, fastening, and structural integration.

At ShapeCUT, we’ve equipped our profile-cutting machines with an extensive selection of drill sizes, starting from as small as 5mm, to ensure that we can accommodate an array of project specifications. This versatility allows us to address diverse needs, whether for fine, detailed work in lighter materials or larger, robust applications on heavier steel plates. By integrating our drilling capabilities seamlessly with our bevelling processes, we’ve optimized our workflow to reduce unnecessary handling and repositioning. This streamlined approach not only cuts down on processing time but also reduces labor costs and improves turnaround.

Applications of Drilling in Modern Industry:

1. Construction and Infrastructure: Holes drilled with precision enable bolts, fasteners, and rivets to secure steel components in bridges, buildings, and more.
2. Automotive and Aerospace: Lightweight aluminium drilled to exact specifications is essential in manufacturing automotive frames, aircraft components, and similar applications where weight and structural integrity are critical.
3. Equipment Manufacturing: In machinery and equipment manufacturing, drilling enables the precise fitting of parts, ensuring everything aligns and functions as designed.