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Sheet Metal laser cutting versus shearing quality trade-offs for edge finish requirements

Content Menu ● Introduction ● What Really Happens at the Edge During Shearing ● Laser Edge Formation – Why It Looks and Behaves Differently ● Side-by-Side Numbers from Real Production Parts ● Metallurgical Damage Comparison ● Cost Realities in 2025 ● Material-by-Material Guidance ● Tricks to Mak... Read More

CNC turning orbital motion: preventing chatter on slender workpieces through dynamic spindle control

Content Menu ● Introduction ● What Actually Happens During Regenerative Chatter on a Long Part ● How Continuous Spindle Speed Variation Breaks the Regeneration Loop ● Waveforms and When Each One Wins ● Practical Parameter Selection Without a PhD ● Machine Capability – What Actually Works in 2025... Read More

Rapid Prototyping design for manufacturability catching production issues before tooling investment

Content Menu ● Introduction: The Real Cost of Skipping Proper Prototyping ● The Hidden Risks Everybody Forgets Until It’s Too Late ● Injection Molding: Where Most of the Pain Lives ● Die Casting: Porosity and Thermal Problems Don’t Show in CNC Prototypes ● Sheet Metal: Forming Is Rar... Read More

Anebon Achieves ISO 14001:2015 Environmental Management Certification

We are pleased to announce that Anebon has successfully obtained the ISO 14001:2015 Environmental Management System certification. This significant milestone reflects our unwavering commitment to environmental excellence and sustainable manufacturing practices. A Commitment to Environmental Respo... Read More

CNC machining production capacity planning: estimating machine utilization for upcoming product introductions

Content Menu ● Getting Started with Capacity Planning in CNC Shops During Product Launches ● The Main Problems That Come Up When Adding New Parts to the Mix ● What Data Actually Drives a Useful Forecast ● Methods That Shops Really Use ● Spotting and Handling Bottlenecks Before They Bite ● Practi... Read More

Die casting draft design refinement: optimizing taper angles for easy ejection while keeping wall thickness stable

Content Menu ● Introduction ● What Actually Drives Ejection Force ● Wall Uniformity and Its Effect on Quality ● Simulation-Based Optimization in Practice ● Material Differences You Can’t Ignore ● Tooling Tricks That Buy You Draft Reduction ● Rules of Thumb I Actually Use ● Conclusion ● Q&a... Read More

CNC milling finish uniformity control: sustaining consistent Ra levels throughout batch production

Content Menu ● Introduction ● What Actually Drives Ra in Everyday Milling ● Practical Controls That Actually Stay in Place ● Advanced Tricks for Tight Tolerances ● Real Production Examples ● Conclusion ● Q&A: Questions I Get Asked All the Time   Introduction Surface finish on milled par... Read More

Rapid prototyping surface finish criteria: meeting specified texture values on final components

Content Menu ● How the Different Processes Behave Out of the Machine ● Process Parameters That Actually Move the Needle ● Materials That Help or Hurt Roughness ● Post-Processing Routes That People Actually Use in the Real World ● Case Studies From Shops That Do This Every Day ● What Still Trips ... Read More

Optimized Turn-Mill Processes for Stainless Steel Connector Production

This research focuses on the automated production of pipe fittings, with a particular emphasis on the functional design of automated production equipment tailored to the characteristics of the products. A clear operational flow for the production unit was developed, and orthogonal experiments wer... Read More

Unified Approach to Overcoming Deep-Cavity Thin-Wall Machining Difficulties

Do machining professionals often face challenges when processing deep-cavity, thin-walled parts, such as severe tool vibration, poor surface quality, and dimensional inconsistencies caused by deformation? These seemingly difficult issues can be resolved. This article will guide you through overco... Read More

CNC turning axial load tolerance: configuring step features for optimal structural integrity

  Content Menu ● Introduction ● Stress Concentration Basics in Stepped Shafts under Axial Load ● Geometric Rules That Survive Contact with Reality ● How to Actually Machine a Decent Fillet on a CNC Lathe ● Fatigue When the Load Cycles ● Quick Reference Table We Keep Pinned Above the CNC Con... Read More

Holistic Processing Strategy for Large-Cavity Thin-Walled Parts via 3-Axis Systems

This paper examines the machining challenges and structural characteristics of large-cavity, thin-walled parts, while proposing a strategy for process improvement. The strategy includes optimizing machining allowances, adding support pads at suspended cavities, and designing auxiliary fixtures. T... Read More
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