[email protected]

Written collaboratively by multiple professional writers within Elimold, including the operations, engineering, design, and business teams. Elimold is a leading manufacturing services platform covering technologies such as CNC machining, sheet metal fabrication, 3D printing, injection molding, and polyurethane casting.

At what production threshold should we shift from precision 3D printing to mass CNC manufacturing?

At what production threshold should we shift from precision 3D printing to mass CNC manufacturing? When sourcing precision custom parts, choosing between CNC machining and 3D printing is a persistent challenge for development teams, often leading to costly decision-making errors. Traditional decision-making processes frequently lack data support, resulting in budget overruns and delays. An upcoming

At what production threshold should we shift from precision 3D printing to mass CNC manufacturing? Read More »

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

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

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

Practical design techniques for precision CNC turning parts

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

Practical design techniques for precision CNC turning parts Read More »

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

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

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

Scroll to Top