Lazatec: Maxmill’s BMC-2218 vertical machining center combines structural rigidity and precision for heavy-duty metalworking

2026-11-093 min.

Maxmill’s BMC-2218 Vertical Machining Center is an engineering solution developed for manufacturing applications that require machine stability, load-bearing capacity and positioning accuracy. Its structural design, including the guideways, crossbeam and axis drive systems, focuses on minimizing deformation and ensuring reliable operation under heavy cutting conditions. “The combination of a rigid machine structure, a powerful spindle and an automatic tool changer allows the machine to be integrated into production processes involving high demands on metal part machining,” representatives of Lazatec, an established trading company and Maxmill partner, told BalkanEngineer.com.

One of the key features of the BMC-2218 Vertical Machining Center from the Kolosso series is the use of different types of guideways across its three linear axes. The X and Y axes are equipped with roller linear guideways, designed to withstand high loads and support high-speed movement. The Z axis features heavy-duty box ways, which provide the necessary support under demanding metalworking conditions.

The BMC-2218 Vertical Machining Center offers travels of 2,200 mm along the X axis, 1,800 mm along the Y axis and 850 mm along the Z axis, with an optional increase of the Z-axis travel to 1,050 mm. The Y-axis travel includes an additional 250 mm allocated for tool changing. The distance between the spindle nose and the worktable ranges from 200 to 1,050 mm in the standard configuration and reaches 200 to 1,250 mm in the optional configuration with extended Z-axis travel.

The worktable measures 2,000 × 1,500 mm and has a maximum load capacity of 8,000 kg. It features ten 22 mm-wide T-slots with a pitch of 150 mm, allowing workpieces and fixtures to be securely mounted. The distance between the two columns is 1,700 mm, while the distance between the spindle centreline and the column is 552 mm.