3D-printed medical tools can often be produced in days instead of weeks, allowing engineers to build parts on demand, refine designs quickly, and move into evaluation faster. That is helping healthcare teams develop more adaptable solutions, with equipment built for a specific patient or procedure.
Explore the materials powering robotics innovation, from metals to advanced polymers, and see how the right choice determines how well your robot performs in real-world applications.
From Digital Inspection to Reverse Engineering: How High-Accuracy 3D Scanning Is Transforming LiuGong's Manufacturing Workflow
What is 3D printing? This article goes over the basics of 3D printing, otherwise known as additive manufacturing, covering its engineering principles and applications.
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Need a material that bends but doesn't break? Discover how ductility shapes design and performance
From Functional Prototypes to Complex, Low-Volume Parts.
Nylon parts are used widely, but when standard nylon is not tough enough, glass filled nylon is a good candidate. This polyamide engineering plastic offers higher strength, stiffness and heat resistance by adding powdered glass to nylon resin or compounding nylon with glass fibres.
MJF 3D printing is a polymer powder-bed fusion process engineered for high throughput and mechanical consistency. Unlike legacy methods, it delivers functional, end-use parts with near-isotropic properties, making it a highly viable alternative to injection molding for low-to-mid volume production.
When you are manufacturing components for mining, power stations, and heavy industry, getting the dimensions right is only part of the job. The bigger question is whether a new component will actually fit where it needs to go.
A reference chart for converting between surface finish units, plus Ra values by manufacturing process and the relationship between surface
The data problem
From leading experts at the CDFAM Computational Design Symposium
3D-printed medical tools can often be produced in days instead of weeks, allowing engineers to build parts on demand, refine designs quickly, and move into evaluation faster. That is helping healthcare teams develop more adaptable solutions, with equipment built for a specific patient or procedure.
4 minutes read
Explore the materials powering robotics innovation, from metals to advanced polymers, and see how the right choice determines how well your robot performs in real-world applications.
5 minutes read
From Digital Inspection to Reverse Engineering: How High-Accuracy 3D Scanning Is Transforming LiuGong's Manufacturing Workflow
3 minutes read
Every electronic design begins with abstraction.
Design for manufacturing and assembly (DFMA) reduces product cost where it is actually decided: on the drawing board.
As robotics shifts from innovation showcases to real-world deployment, motion systems play a vital role in this next stage of robotics.
This guide explains industrial automation systems, the automation pyramid, core technologies, types, applications, benefits, and Industry 4.0 trends shaping smart manufacturing in 2026.
Industrial and robotics designers strive for higher safety integrity with the NXP S32K microcontroller.
Electricity is a natural force which scientists have explored and developed to the point that it now powers the entire world. Every time you switch on a light, boil a kettle or plug in an appliance, youre tapping into this energy.
How engineers measure jitter, crosstalk, impedance, eye margin, and BER for reliable PCB designs
Discover five practical ways AI strengthens cybersecurity through threat detection, risk prioritization, automation, and adaptive defense.
Discover how Okyena Collective uses the EinScan Libre to preserve cultural heritage through high-precision 3D scanning. By creating digital archives of museum artifacts, the team expands access to cultural collections while supporting long-term preservation and education.
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What is Swiss machining? This guide explains how Swiss-type lathes work, how they differ from conventional lathes, and when to use them.
Melt it, spin it, use it again. This new recyclable yarn is as strong and stretchy as spandex-based yarns.
The Seebeck effect converts a temperature difference across a conductor or junction of two materials into a voltage. This article reviews the physics, Seebeck coefficients, thermoelectric materials, figure of merit, thermocouples, and generator design.
