CNC Machining

Category: CNC Machining

Cutting Kerf: Types, Widths, and How Each Process Affects Part Accuracy

Cutting Kerf: Types, Widths, and How Each Process Affects Part Accuracy

Every cutting process leaves a kerf, removing a swath of material along the cut path. The width and shape of this swath determine how closely the final part dimensions match the drawn dimensions. A laser produces a kerf narrowe...

How to Read Engineering Drawings: Symbols, Views & Tolerances

How to Read Engineering Drawings: Symbols, Views & Tolerances

For design engineers, CNC machinists, and quality inspectors engaged in precision manufacturing, the ability to interpret engineering drawings correctly is a key competency. An engineering drawing is not merely a decorative re...

Top 9 Lightweight Metals: Properties and Applications

Top 9 Lightweight Metals: Properties and Applications

Heavy materials affect operating costs, performance, fuel efficiency, and performance in challenging environments. This negatively affects the long-term operating budget for heavy materials-intensive industries. Lightweight met...

CNC Machining Lead Time: Factors, Costs & Production Planning

CNC Machining Lead Time: Factors, Costs & Production Planning

CNC machining can be considered one of the most reliable methods of manufacturing functionally accurate components. However, the duration of time required for production is usually much longer than what engineers initially thin...

CNC Machining RFQ: 6-Step RFQ Checklist That Gets You a Same-Day Quote

CNC Machining RFQ: 6-Step RFQ Checklist That Gets You a Same-Day Quote

When a CNC quote takes a week instead of a day, engineers tend to blame the shop. However, most of these delays in fact begin on the buyer’s side, before a supplier even opens the file. A missing tolerance, vague material callo...

Laser Etching Process, Applications, and Practical Considerations

Laser Etching Process, Applications, and Practical Considerations

Laser etching is used to put permanent identification, graphics, codes, and other information onto a part without using a cutting tool. The laser changes a controlled area of the surface to create the required mark. For industr...

Tolerance Stack-Up Analysis: Methods, Importance & Best Practices

Tolerance Stack-Up Analysis: Methods, Importance & Best Practices

Most parts look fine on their own. The drawing looks okay, and all dimensions are as per the specifications. However, just as the assembly process is complete, something arises that does not seem to fit, and no one can immediat...

CNC Clamping Methods: Techniques, Fixtures & Engineering Best Practices

CNC Clamping Methods: Techniques, Fixtures & Engineering Best Practices

Precision in CNC machining begins long before the spindle rotates. The rigidity of the workpiece, the ability of the machine to suppress vibration, and the ability of the machine to accurately repeat the location of a given dat...

Drill Point Angle: Materials, Selection & Drilling Performance

Drill Point Angle: Materials, Selection & Drilling Performance

Most drilling problems get blamed on the wrong variable: feed rate may get adjusted, the coolant pressure may be increased, the fixture will be checked twice, but nothing happens. In all of this, the drill point angle stays unc...

CNC Pocket Milling: Toolpaths, Strategies & Best Practices

CNC Pocket Milling: Toolpaths, Strategies & Best Practices

A machinist once said that you can tell a lot about a machine shop by how they run their pockets. Apparently, it sounds like an odd thing to judge, but the more time you spend around CNC equipment, the more it makes sense. Poc...

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