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Read regular features on designing for manufacturability, innovative product development, engineering expertise, and more.

How to overcome deformation when machining thin-walled parts using CNC turning?

All Blog, CNC Turning Blog /

How to overcome deformation when machining thin-walled parts using CNC turning? Once you understand lathe machining processes and related technologies, you’ll know that machining thin-walled parts on CNC lathes is quite difficult, especially machining internal holes. This is because during the cutting process, the thin-walled material is easily deformed by the cutting force, resulting in

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Practical design techniques for precision CNC turning parts

All Blog, CNC Machining Blog, CNC Turning Blog, Part Design Blog /

Practical design techniques for precision CNC turning parts CNC turning is a machining process that uses a computer-controlled lathe to cut rotating workpieces. It is an essential process for manufacturing cylindrical parts (such as shafts) and one of the most common processes for manufacturing custom precision parts. However, the design standards for CNC-turned parts are

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Five Key Parameters for Injection Molding: Temperature, Pressure, Speed, Time, and Position

All Blog, Injection Molding Blog, Mold Making Blog /

Five Key Parameters for Injection Molding: Temperature, Pressure, Speed, Time, and Position This article, compiled by Elimold’s injection molding and mold making engineers, provides a guide to the five key parameters of injection molding: temperature, pressure, speed, time, and position . It allows you to understand the relationships between these parameters and their impact on

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Analysis of four main reasons for unstable dimensions in injection molded parts: materials, equipment, molds, and processes

All Blog, Injection Molding Blog /

Analysis of four main reasons for unstable dimensions in injection molded parts: materials, equipment, molds, and processes. Using the same mold and the same parameters, production was successful in the morning, but the dimensions started to drift in the afternoon; within the same batch, some cavities were acceptable, while others remained consistently too small; the

Analysis of four main reasons for unstable dimensions in injection molded parts: materials, equipment, molds, and processes Read More »

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