Industry News

Copper is the material of choice for many critical components due to its exceptional electrical and thermal conductivity, as well as its excellent formability. However, copper has an inherent weakness: it oxidises and discolours very easily in air, and has low surface hardness and poor wear res...

At FRIMA, we machine thousands of bespoke parts every year for clients across various sectors, including agriculture, automotive, healthcare and industrial equipment. One question we are asked most frequently is: What material should I use for my part?

Have you ever been confused by the difference between 'hardness' and 'toughness' in metal materials? Here at FRIMA, our engineering team is well aware that confusion over these concepts can lead to catastrophic failure of your CNC-machined parts in practical applications, costing you dearly.

Over the course of more than two decades in which FRIMA has served clients across the global automotive, aerospace and medical device sectors, we have found that quality control in the machining of composite materials remains a widespread challenge within the industry.

Struggling with Complex Composite Parts? Poor quality and material waste are costing you more than you think. At FRIMA, we specialize in machining the most challenging composite parts for clients across automotive, medical, and other high-precision industries every day.

At FRIMA, we collaborate daily with customers worldwide to solve their most challenging manufacturing problems. We've discovered a startling fact: over 40% of unnecessary manufacturing costs stem from seemingly insignificant decisions made during the product design phase, with edge treatment be...

In modern precision manufacturing, the choice of cutting technology directly determines final product quality, production efficiency and cost control. Many manufacturing businesses face a dilemma when choosing between laser cutting and waterjet cutting, the two dominant technologies in the indu...

In CNC cutting, plastic deformation of materials under shear force inevitably forms micro burrs, even with high-precision 5-axis machining centers. Sharp burrs can cause operator cuts, assembly jams, thread stripping, and even equipment short circuits—common quality hazards in precision m...

What is the scientific principle behind a 35% weight reduction? A material solution to range anxiety in new energy vehicles? The optimal choice in the aerospace era where "weight is everything"? How to solve the corrosion stability problem of magnesium alloys?

Have you ever encountered the frustrating challenge where both the cost and precision targets of a CNC machining project seem unattainable? The root cause often lies in material selection.

Are rising manufacturing costs eroding your profit margins? This is one of the biggest concerns for our clients. You need proven strategies to remain competitive. At FRIMA, we offer tailored solutions to help you effectively reduce costs without sacrificing product quality and delivery time.

Do you find sheet metal fabrication cumbersome and confusing? In fact, once you understand its working principles, you can easily customize all kinds of metal parts and components.