News
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How to Reduce CNC Setup Time by 50% with Modular Fixturing Systems
The Pain of Traditional CNC Setup The ear-splitting alarm cuts through the shop floor noise—your CNC mill just finished its last part. Instantly, the race begins. Technicians dash about, hauling specialized, weighty jigs and bulky base plates. Wrenches clatter against steel as they wrestle compon...Read more -
How to Choose Between Indexable and Solid Carbide Drills for Stainless
Stainless steel’swork-hardening tendency and abrasive chips demand drills that balance wear resistance and heat dissipation. While indexable drills dominate heavy industry for their replaceable inserts, solid carbide variants are preferred for aerospace-grade precision. This 2025 study updates se...Read more -
Conversational vs CAM Software for Quick Prototyping on Mills
Modern machine shops face a dilemma: invest in CAM software’s versatility or leverage conversational controls’ simplicity. With 73% of prototypes requiring revisions , speed and adaptability are critical. This 2025 analysis pits these approaches head-to-head using real-world cycle tim...Read more -
How to Choose the Best CAM Software for 5-Axis Simultaneous Toolpaths
PFT, Shenzhen Purpose: To establish a data-driven framework for selecting optimal CAM software in 5-axis simultaneous machining.Methods: Comparative analysis of 10 industry-leading CAM solutions using virtual test models (e.g., turbine blades) and real-world case studies (e.g., aerospace componen...Read more -
Subtractive vs Hybrid CNC-AM for Tool Repair
PFT, Shenzhen This study compares the effectiveness of traditional subtractive CNC machining with emerging hybrid CNC-Additive Manufacturing (AM) for industrial tool repair. Performance metrics (repair time, material consumption, mechanical strength) were quantified using controlled experiments ...Read more -
How to Maintain Aluminum CNC Cutting Fluid for Longer Tool Life and Cleaner Swarf
PFT, Shenzhen Maintaining optimal aluminum CNC cutting fluid condition directly impacts tool wear and swarf quality. This study evaluates fluid management protocols through controlled machining trials and fluid analysis. Results demonstrate that consistent pH monitoring (target range 8.5-9.2),...Read more -
How to Solve Poor Surface Finish on Titanium CNC Parts with Coolant Optimization
Titanium’s poor thermal conductivity and high chemical reactivity make it prone to surface defects during CNC machining. While tool geometry and cutting parameters are well-studied, coolant optimization remains underutilized in industry practice. This study (conducted in 2025) addresses this gap ...Read more -
High-Speed vs. High-Efficiency Milling for Aluminum Heat Sinks
As global demand for high-performance thermal solutions grows, manufacturers face pressure to optimize aluminum heat sink production. Traditional high-speed milling dominates the industry, but emerging high-efficiency techniques promise productivity gains. This study quantifies trade-offs between...Read more -
Magnetic vs Pneumatic Workholding for Thin Sheet Aluminum
Magnetic vs Pneumatic Workholding for Thin Sheet Aluminum Author: PFT, Shenzhen Abstract Precision machining of thin sheet aluminum (<3mm) faces significant workholding challenges. This study compares magnetic and pneumatic clamping systems under controlled CNC milling conditions. Test param...Read more -
Live Tooling vs Secondary Milling on Swiss Lathes
Live Tooling vs Secondary Milling on Swiss Lathes: Optimizing CNC Precision Turning PFT, Shenzhen Abstract: Swiss-type lathes achieve complex part geometries using either live tooling (integrated rotating tools) or secondary milling (post-turning milling operations). This analysis compares cycle ...Read more -
How to Choose the Right 5-Axis Machining Center for Aerospace Parts
How to Choose the Right 5-Axis Machining Center for Aerospace PartsPFT, Shenzhen AbstractPurpose: To establish a reproducible decision framework for selecting 5-axis machining centers dedicated to high-value aerospace components. Method: A mixed-methods design integrating 2020–2024 production lo...Read more -
3-Axis vs 5-Axis CNC for Aerospace Bracket Production
Title: 3-Axis vs. 5-Axis CNC Machining for Aerospace Bracket Production (Arial, 14pt, Bold, Centered) Authors: PFTAffiliation: Shenzhen, China Abstract (Times New Roman, 12pt, 300 words max) Purpose: This study compares the efficiency, accuracy, and cost implications of 3-axis and 5-axis CNC ma...Read more
