A CMM report lists hundreds of measured points that show whether a machined or molded part meets design tolerance. Learn how to read each column, judge capability, and turn the numbers into clear go / no-go decisions before the parts…
Our CNC Machining Cost Calculator is an essential tool for engineers, designers, and manufacturing professionals seeking quick cost insights. This intuitive calculator provides instant preliminary estimates for CNC machining projects by analyzing key parameters: Simply enter your part dimensions, select…
An STL file is a triangle-mesh description of a solid that many CAM systems translate directly into toolpaths. While designers often link STL with 3D printers, machinists can also exploit the format to mill molds, carve organic surfaces, and probe…
Silicon molds play a pivotal role in modern manufacturing processes, particularly in industries requiring precision and high-temperature resistance. Understanding the melting point of silicon molds is essential for optimizing their performance, ensuring durability, and maintaining safety during operations. This article…
Bend radius is the inside arc a material can tolerate without cracking, kinking, or losing strength. Set the radius too tight and you waste parts; set it too generous and you add weight and cost. This guide explains how to…
Plastic sandblasting, also called plastic media blasting (PMB), uses recycled plastic grit instead of traditional sand or mineral abrasives. The gentle action strips paint, powder coat, and surface films without gouging soft metals, carbon fiber, or composite panels. This guide…
Polishing plastic is a critical step in various manufacturing processes, where achieving smooth, glossy surfaces can make a significant impact on the product’s aesthetics and functionality. Whether it’s for aesthetic purposes, preparing surfaces for further treatment, or enhancing material performance,…
Plastic deformation is a crucial aspect of material processing that significantly influences the mechanical properties and performance of metals and plastics in various applications. Understanding the mechanisms behind plastic deformation helps manufacturers improve material processing techniques, optimize product quality, and…
The plastic injection process is widely used in precision manufacturing to produce high-quality plastic parts. It involves a series of well-coordinated steps that ensure consistent part quality, minimal waste, and high production efficiency. In this article, we will explore each…
As an industrial designer or production engineer, understanding T slot nuts is essential for building robust, flexible frameworks and modular systems. These specialized fasteners slide or drop into the profiles of aluminum extrusions (often referred to as 80/20, Bosch Rexroth,…
