In February 2026, our company’s workshop was equipped with a fibre laser cutting machine. The introduction of this machine has enabled the company to save significantly on processing costs, improve production efficiency and play a considerable role in shortening product lead times.

The five axes of a five-axis machine tool are usually composed of three linear axes plus two rotary axes, but the way they are structured varies greatly. Different structural form will make the machine tool in the rigidity, dynamic performance and accuracy stability and other aspects of some differences.

When it comes to machining complex surfaces in a single set-up, the “all-rounder” of the machining world is undoubtedly the five-axis machine! ### Under traditional three-axis machining, the loss of accuracy caused by multiple set-ups and the extended production cycles resulting from multiple process steps are becoming bottlenecks for an increasing number of factories. At the same time,

Research on Vibration and Control in Machining Summary: Vibration is an unavoidable problem in the machining process, which affects machining quality, tool life and machining efficiency. In this paper, the vibration in machining...

Before discussing the processes, let us first consider what problems these manufacturing processes—including CNC machining, sheet metal working, stamping, injection moulding and, more recently, 3D printing—primarily address. Setting aside the specific technical details, let us look at the bigger picture

Turn-mill composite machining centre is a place where lathe and milling machine are processed together. In order to improve the machining efficiency and machining accuracy of complex shaped products, craftsmen have been seeking for more precise machining process methods.

When it comes to machining complex surfaces in a single set-up, the “all-rounder” of the machining world is undoubtedly the five-axis machine! ### Under traditional three-axis machining, the loss of accuracy caused by multiple set-ups and the extended production cycles resulting from multiple process steps are becoming bottlenecks for an increasing number of factories. At the same time,

Combined machining is currently one of the most widely used machining processes in the field of mechanical engineering worldwide. It is an advanced manufacturing technology. Combined turning and milling involves performing several different machining processes on a single machine tool.

1. Analysis of the Challenges in Machining Slender Shaft Components 2. Basic Theory of Vibration in Slender Shafts 3. Design of a Specialised Machine Tool for the Turning of Ultra-slender Shafts with Variable Diameter (2) Pull-type Tailstock (see Figure 3) The tailstock on conventional lathes used for machining slender shafts generally employs a centre-type structure

The compact and aesthetically pleasing design optimises space utilisation and facilitates maintenance and repairs, ensuring maximum customer satisfaction; although the unit price of mill-turn machining centres is relatively high, the shortening of the manufacturing process chain and the reduction in the number of machines required for production