Materials Used in Precision Machining
From aerospace-grade metals to advanced engineering plastics, discover the materials that make high-precision manufacturing possible.
Choosing the Right Material: A Critical Step in Precision Machining
Material selection is one of the most important factors in precision machining. Mechanical strength, thermal resistance, corrosion behaviour and dimensional stability all influence manufacturing performance and final part quality.
At LHERS, we machine a wide range of metals, engineering plastics and technical ceramics to meet the requirements of aerospace, medical, industrial and high-performance applications.
Metals for High-Performance Applications
Aluminium
Lightweight, corrosion-resistant and highly machinable, aluminium is widely used in aerospace, automotive and electronics industries.
Stainless Steel
Exceptional corrosion resistance and durability make stainless steel a preferred material for medical, food-processing and industrial applications.
Titanium
Combining low weight with outstanding strength, titanium is ideal for aerospace, defence and medical components.
Copper & Brass
Excellent electrical conductivity makes copper and brass essential for connectors, electrical systems and precision electronic components.
Special Alloys
Inconel, Monel and Hastelloy are engineered to withstand extreme temperatures and aggressive environments.
Every material requires dedicated machining strategies, tooling and quality control methods.
Engineering Plastics
PEEK
High-temperature thermoplastic used in aerospace, medical and high-performance industrial applications.
POM
Low friction and excellent wear resistance make POM ideal for precision mechanical components.
Nylon
Strong, durable and abrasion-resistant, nylon is frequently used for gears and wear components.
PTFE
Known for its low friction coefficient and exceptional chemical resistance.
Technical Ceramics
Alumina
Outstanding hardness and thermal resistance for demanding industrial applications.
Silicon Carbide
Exceptional resistance to heat, wear and corrosion.
Silicon Nitride
Excellent thermal conductivity and shock resistance for advanced engineering systems.
Why Material Expertise Matters
At LHERS, material knowledge goes beyond machining. Understanding each material’s behaviour allows us to optimise cutting parameters, ensure dimensional accuracy and guarantee long-term component performance.
From aluminium and stainless steel to advanced plastics and technical ceramics, our expertise enables us to deliver reliable solutions for the most demanding industries.
Need Advice on Material Selection ?
Our engineering team can help you choose the right material for your project.