The Cutting Machine Process

Core Process Principles of Horizontal Cutting Machines The core of a horizontal cutting machine lies in its horizontally or near-horizontally arranged cutting components, which perform linear or controllable trajectory cutting on fixed workpieces. The process principles are designed to match different equipment types. The core features, principles, and application scenarios of the four mainstream equipment categories are listed below, with no duplicate parameters or descriptions across types: 1. Horizontal Band Saw (Universal for Wood & Metal) Core Principle: A main motor drives saw wheels to rotate an endless saw blade at high speed. The workpiece is fixed on the worktable, and the saw frame feeds and cuts via rail translation or pivot swinging. Key Features: Wide adaptability for cutting thickness and kerf width, high material utilization rate. The hydraulic system controls feed speed, automatically tensions the saw blade, and is equipped with water spray cooling. CNC models achieve millimeter-level precise positioning. Widely used in wood processing and metal blanking. 2. Horizontal Steel Bar Cutting Machine (Dedicated to Metal Bars) Core Principle: A motor drives an eccentric mechanism or slider to make the moving blade reciprocate and cross-shear with the fixed blade. Cutting is completed when shear stress exceeds the workpiece’s shear strength.

Key Features: Workpieces must be clamped to prevent displacement; cutting force suits steel bars within limited diameters. Prone to friction and wear, requiring regular lubrication and maintenance. Specially used for fixed-length cutting of steel bars and other metal rods. 3. Horizontal CNC Sawing Machine (Dedicated to High-Precision Metal Processing) Core Principle: A saw blade or band rotates around saw wheels; the horizontally arranged saw frame feeds vertically, and the saw blade twists at a specific angle to keep teeth perpendicular to the workpiece. The hydraulic system with speed control valves enables stepless adjustment of feed speed. Key Features: Composed of a worm gear box, lifting cylinder, clamping vice, etc., with a cooling system. Supports manual, semi-automatic, and fully automatic operation. Applied to high-precision sawing of metal materials in mechanical manufacturing. 4. Horizontal V-Grooving Machine (Dedicated to Surface Groove Processing) Core Principle: A horizontally arranged spindle drives a milling cutter or special grooving tool for rotary cutting. The workpiece is fixed on a heavy-duty worktable, and complex grooves are machined via X/Y/Z multi-axis linkage. Key Features: Suitable for large-size, heavy-load workpiece processing and supports deep-groove layered cutting. Mainly used for V-groove processing of thick steel plates, stone slabs, and other plates.‌