BEMATO BMT-4500V NC MILLING CENTER

Description

The BEMATO BMT-4500VCNC CNC Vertical Milling Machine is a powerful and versatile vertical turret milling machine designed for high precision, durability, and efficiency. Built with a 450 mm vertical travel, a 16 mm T-slot table, and a 5 HP spindle motor offering variable speeds from 70 to 4,200 RPM, this CNC milling machine delivers outstanding cutting performance for a wide range of machining tasks including drilling, boring, and precision part production. Manufactured by BEMATO Taiwan, a trusted leader in industrial machine tools, the BMT-4500VCNC combines advanced CNC control with a robust structure to ensure accuracy, repeatability, and maximum productivity. Ideal for workshops, prototyping, and industrial production, this BEMATO CNC vertical mill provides reliable operation, versatile functionality, and long-lasting performance for businesses that demand quality and efficiency.

FAGOR DESCRIPTION: FAGOR CNC 8058elite M
Designed for small-medium size Milling Machines and Machining Centers, for classic machining jobs, without requiring advanced programming knowledge.
Some canned cycles are edited in ISO code (described in this chapter) and others are generated in conversational mode. The canned cycles edited in ISO code are defined using a "G" function and its relevant parameters.

G81 Drilling canned cycle.
G82 Drilling canned cycle with variable peck (drilling step).
G83 Deep hole drilling canned cycle with constant peck (drilling step).
G84 Tapping canned cycle.
G85 Reaming canned cycle.
G86 Boring canned cycle.
G87 Rectangular pocket canned cycle.
G88 Circular pocket canned cycle.
G210 Bore milling canned cycle
G211 Inside thread milling canned cycle.
G212 Outside thread milling canned cycle.
Other functions related to canned cycles:
G80 Canned cycle cancellation.
G98 The tool, after the canned cycle is done, returns to the starting plane.
G99 The tool, after the canned cycle is done, returns to the reference plane.

Machining cycles may be executed in any plane. The penetration is carried out along the
longitudinal axis, selected with function G20 or with the instruction "#TOOL AX", or when missing, along the axis perpendicular to the active plane