Step-by-Step Guide

introduction

5 axis CNC bridge saw is an automatic stone machining equipment that can complete the processing of pentahedron special-shaped curved surfaces at one time through 5-axis linkage control, that is, 3 linear moving axes and 2 rotating axes. It is a type of automatic CNC machine tailor-made for the majority of stone fabricators by STYLECNC in order to meet the cutting plans of stone machining manufacturers. It has various processing modes of cutting, milling, engraving, and drilling. The bridge saw features with multiple functions, small footprint, simple operation, precise cutting, quick and convenient conversion of different functions.

5 axis CNC stone cutting bridge saw adopts an automatic computer control system, which can realize manual programming or CNC programming and other programming methods to automatically complete cutting operations. It can conveniently perform horizontal cutting, longitudinal cutting, arc cutting, elliptical cutting, round cutting, arbitrary angle cutting, concave-convex edging, shaped cutting, special-shaped processing and more occasions with powerful functions.

Stone CNC bridge saw is equipped with 650nm & 50mw infrared marker, which are suitable for long-distance positioning and harsh working environments. The infrared marker uses original laser diodes and optical lenses. Long service life, good stability, constant output power, small size, easy installation, and continuous lighting for a long time, which can effectively ensure the stability and service life of the product.

The infrared marking device has the characteristics of large light angle, clear light, high straightness, low divergence, good collimation, strong industrial applicability, adjustable focus or fixed focus.

We can make a fixed focus and a red-ray laser with adjustable thickness. Customers can adjust the focus according to various requirements.

How Does 5 Axis CNC Bridge Saw Works?

5 axis CNC bridge saw adopts a PC-based 5-axis linkage numerical control system for stone machining. The tool is controlled by 3 linear axes and 2 rotary axes, and the 2 rotary axes rotate around the X axis and the Z axis respectively. The automatic function of cutting, engraving and milling with complex pentahedral features is mainly used for the processing of high-quality stone decoration with complex surfaces in multi-dimensional space. The stone industry has undergone many product technological changes. The technical characteristics and advantages of the processing equipment whose tool motion trajectory is controlled by 5-axis and 6-axis linkages are becoming more and more obvious. The CNC 5-axis bridge stone cutting machine is a professional stone machining equipment with outstanding flexible manufacturing ability and high automation, which uses a diamond disc saw blade as the main cutting tool.

What Can 5 Axis CNC Stone Cutting Bridge Saw Do?

The 5 axis CNC bridge saw can cut any shape of stone lines, arc edges, duckbill edges, straight edges, beveled edges, non-slip grooves, dry hanging grooves, sink processing, and special-shaped edge forming.

1. Countertop cut: blank slab cutting, rear gear cutting, reverse buckle cutting, hanging material, L-shaped table to length, corner cutting reserved, 45-degree chamfered front mouth, pot hole, stove hole, Diagonal line cutting, cutting at any angle of the wall crenel.

2. Automatic cut: Realize the import of CAD drawings, cutting completely according to the drawing style, no need to enter complex data.

3. Bridge cut: It has all the functions of bridge cutting equipment on the market.

4. Roman column cut: Cut the square Roman column main board and both sides at one time, and simultaneously chamfer 45 degrees on both sides to complete the Roman column hole cutting.

5. Arc-shaped line cut: Install the line grinding head to complete the arc-shaped line shape, and cut into a rough arc-shaped line as a whole, which requires manual polishing.

6. Concave-convex cut: According to the arc, grind out the desired convex or concave plate. It is mainly used for grinding and making curved plates of special-shaped background walls or special-shaped decorative panels.

7. Abnormity cut: To solve the problem of uneven walls, cut out asymmetric quadrilaterals or isosceles trapezoids.