Machine Tool Description 1.1 Main Applications:This series of lathes is suitable for various turning operations, such as turning inner and outer cylindrical surfaces, conical surfaces, other rotary surfaces, and end faces. It can also cut various common threads — including metric, inch, module, and pitch threads — as well as perform drilling, reaming, tapping, and…
The CNC lathe consists of a spindle, slide, and tool post. The CNC system includes a display (CRT), a control panel, and a high-voltage control system. CNC lathes generally feature two-axis linkage: the Z-axis, which moves parallel to the spindle, and the X-axis, which moves perpendicular to the spindle in the horizontal plane. The latest…
The four principles of process sequence arrangement in mechanical manufacturing technology 1. Machining Reference Surfaces First, Then Other Surfaces Why it’s important: The reference surfaces serve as the foundation for aligning and positioning all other features of the part. By machining these first, you ensure that everything else is referenced to a stable, known location….
On a lathe machine, the terms cutting depth (ap), S, and F are the three main cutting parameters you must know. 1. Depth of Cut (ap) Meaning: How deep the tool cuts into the workpiece in one pass. Unit: millimeters (mm). Typical values: Roughing (removing material fast) → 2–5 mm Finishing (for smooth surface) →…
I. Daily Maintenance Content and Requirements Before Shift: Wipe off dust from exposed guideways and sliding surfaces of the machine tool. Lubricate all parts as specified; oil quantity must meet requirements. Check positions of all handles. Perform a no-load trial run. After Shift: Clean away all iron chips. Wipe clean all parts of the machine…
Many people, whether working in the lathe industry or not, may have questions about the types and models of lathes. So, what are the common models and types of lathes? Here, Dongguan Xinhongyuan Lathe Processing Factory has compiled a collection of lathe types and models! Let’s quickly spread some knowledge about lathes! Conventional Lathe It…
This image shows various types of gears used in mechanical transmission systems to transfer power and motion between shafts with specific ratios and directions. Explanation of Gear Types Spur Gear – Straight teeth parallel to the shaft; commonly used for transmitting speed and torque between parallel shafts. Straight Gear – Usually refers to a…
Machining vibration is a common problem that affects part quality, tool life, and machine performance. To effectively avoid and control it, a comprehensive approach is necessary. 1. Increase the Rigidity of the Machine and System Machine rigidity is key to resisting deformation and vibration. Increasing rigidity effectively suppresses vibrations caused by cutting forces. Bed and…
With the widespread adoption of CNC machines, many might wonder: will manual lathes (also known as conventional lathes) eventually be phased out? The answer is: as long as mechanical processing exists, manual lathes will never be completely eliminated. While CNC machines offer significant advantages in automation and efficiency, manual lathes, with their unique applications and…
Introduction CNC (Computer Numerical Control) lathes have revolutionized the manufacturing industry, enabling precision, efficiency, and high-quality output. The evolution from traditional machine tools to CNC lathes has led to an increase in productivity, especially in industries where complex and high-precision parts are required. However, CNC lathes are complex devices that integrate various technologies, including electronics,…
