Catch up
Horn introduces modular milling system for high-precision, efficient machining
Cutting tool manufacturer Horn has introduced a new modular, interchangeable-head milling system, the DG range, designed to deliver micron- level precision, faster changeovers and improved sustainability in machining operations. The DG system features a robust interface between the solid carbide monobloc cutting head and the shank, which is available in either solid carbide or steel and includes an internal coolant supply. Its innovative design incorporates a guide pin, a trapezoidal thread and a face-and-taper contact, ensuring high repeatability and stability while reducing manufacturing and set-up costs. The modular approach allows users to quickly switch between standard or custom cutting
heads, helping to minimise downtime and increase flexibility. Standard cutting diameters include 10, 12, 16, 20 and 25 mm, with cutting edge lengths of either 0.5 times or 1 times diameter, depending on the application. Horn offers the cutting
heads in a new carbide grade, RC4P, which is engineered for productive and economical machining of material groups P (steels) and K (cast irons), making the DG system a versatile and cost-effective solution for today’s manufacturing needs. www.horn-eshop.co.uk/en-GB
C
M
Y
CM
Ease of use for CAM models and powerful CAD functions
MY
CY
CMY
K
OPEN MIND has now introduced the 2025 release of its hyperMILL® CAD/CAM suite. The highlight of the new version is the easy-to-use, automatic deburring function. The 2025 release includes a new tessellation algorithm and a simplified element display for CAD models, which helps further accelerate the CAD part of the software. Deburred edges and holes are crucial from a functional perspective and significantly enhance the quality and value of the end product. hyperMILL® 2025 offers a package with three new strategies for deburring directly on the machine. Users can deburr a wide variety of component geometries quickly and reliably. The 5-axis deburring function is an effective solution
for removing sharp edges from a component. Once the edges have been selected, the strategy automatically calculates all toolpaths. The strategy incorporates both a 3-axis and a 5-axis mode, in which machining is indexed wherever possible. The same applies to the deburring strategy for edges on holes and intersecting holes. www.openmind-tech.com
12
Machinery & Manufacturing
Powered by FlippingBook