Titanium alloys are a material that is highly sought after in industrial applications yet poses significant challenges in machining workshops. With low density, high specific strength, and exceptional corrosion resistance,
Titanium Alloy Machining: Tool Design, Coatings, and Performance Read More »
We know that the primary functions of cutting fluids—cooling, lubrication, rust prevention, and cleaning—are achieved through various additives with distinct roles.
When guide rail oil meets cutting fluid, keep them apart! Read More »
To the average person, burrs may seem like a minor issue, but they can actually have significant consequences. For instance, in precision aerospace components, burrs critically impact the safety and reliability of aviation products.
How CNC Turning Improves Thread Deburring Quality? Read More »
Boring and Milling Fixtures are essential for achieving high accuracy and stability when machining aluminum transmission middle housings. Due to complex structures, thin walls, and strict tolerance requirements, optimized fixture design is critical to ensure precise positioning,
How to Optimize Boring and Milling Fixtures? Read More »
In everyday life, we often mention bolts, screws, and nuts. What exactly is the difference between them? Actually, technically speaking, there are no such things as “screws” or “nut caps.” ‘Screw’ is a colloquial term; anything with external threads can be called a “screw.”
How to difference between Screw, Bolt and Nut? Read More »
Table of Contents Five-axis CNC machining technology has emerged as a key technique for achieving high-precision, high-efficiency manufacturing due to its multi-axis interpolation capability and ability to complete complex surface machining in a single setup [1]. Particularly when processing complex components featuring deep cavities, irregular surfaces, and high-precision hole patterns, traditional three-axis machining requires multiple
Advanced Five-Axis CNC Machining of Complex Pump Body Components Read More »
This study optimizes heat treatment parameters for forged steel crankshafts to improve fatigue strength under high-load engine conditions. By controlling heating, soaking, and zone-specific polymer quenching, a refined martensitic structure and stable residual compressive stresses are achieved, significantly enhancing fatigue resistance and service reliability.
How Heat Treatment Process Optimization Enhances Automotive Crankshaft Fatigue Strength? Read More »
Part production processes are a critical component of product manufacturing, playing a vital role in a company’s profitability and development.
Advanced Machining Process Optimization for Cast Iron Seroll Disks Read More »
Currently, the MAZAK E670H 6000U-6 m and 4000U-4 m turning-milling composite machines are 7-axis, 5-interpolation turning-milling composite machines. They integrate turning, milling, drilling, boring, and long-spindle functions, enabling shorter manufacturing process chains and enhanced production efficiency.
Next-Generation Turning and Milling Solutions for Large Rotor Shaft Manufacturing Read More »
Cold-rolled steel plate is a low-carbon structural steel produced by further rolling hot-rolled steel plate at room temperature or near room temperature.
How to Calculate Bend Development for Cold-Rolled Steel? Read More »
