As a technology that has opened up new possibilities for creating complex and customized parts, 3D printing has the potential to transform the world of manufacturing. One of the most exciting developments in this field is the use of Fused Filament Fabrication (FFF), particularly metal FFF, to create 3D printed
3D Printed Tooling: Explore the Possibilities of Metal FFF Read More »
In today’s complex additive manufacturing landscape, simulating part performance and predicting problems prior to 3D printing is the optimal way to keep ahead of the competition. Simulation tools help to ensure expected results by validating designs and optimising settings for more efficient builds. The use of 3D part simulation is
3D Part Simulation Creates Efficient Builds With Less Waste Read More »
The strength of 3D printed components is determined by several factors, including the material, printing temperatures, layer height, the infill pattern and density, and any post-processing techniques employed. While printing stronger parts is sometimes as simple as switching to a stronger material, other measures like increasing layer thickness can have
Make 3D Prints Stronger. More Durability, Same Great Finish Read More »
If you want your 3D prints to come out fast, you can buy a speedier 3D printer or adjust your settings and workflow to get faster results. Picking suitable materials, determining the optimal print resolution, orientating your part for the fastest build path, and choosing an efficient infill pattern are
Want Fast 3D Prints? How To Increase Your 3D Printing Speed Read More »
Designing a part for additive manufacturing requires different considerations than subtractive processes like injection moulding and machining due to the underlying technology. Enter DfAM. Design for Additive Manufacturing (DfAM) is a set of design strategies that enhance the manufacturability and cost-efficiency of 3D-printed parts. DfAM uses 3D printing to its
What is DfAM? How Design for AM Elevates Product Development Read More »
Metal additive manufacturing can replace traditional manufacturing techniques like machining, drawing, and casting with a digital workflow that enables the production of previously impossible geometries and detail. Where metal 3D printing really comes into its own is when working with tight tolerances, irregular shapes, thin walls and hollows, and internal
Utilising Metal Additive Manufacturing to Expand Your Build Potential Read More »
Titanium is a highly valued material in engineering, high-performance product fabrication, and medical applications due to its biocompatibility and superior strength-to-weight ratio. It produces parts 3 to 4 times stronger than stainless steel with a higher melting point. Titanium’s high mechanical strength and corrosion resistance have led the aerospace industry
3D Printing Titanium – Is It Worth the High Investment Cost? Read More »
While 3D printing large parts that are strong and durable is possible with high-performance plastics, Continuous Fibre Reinforcement (CFR) technology with the Markforged FX20 offers even better results. CFR uses a build material such as Onyx for the outer shell and infill and a composite like carbon fibre as a
Markforged FX20 – Expanding Large-Scale Capacity With CFR Read More »
ULTEM™ 9085 is a PEI thermoplastic with a high strength-to-weight ratio and desirable flame, smoke, and toxicity (FST) characteristics. It is a go-to engineering material in demanding industries like aerospace, automotive, and oil & gas for high-temp tooling, functional prototypes, and high-value production parts that must meet or exceed industry
What Is ULTEM™ 9085? Fresh Capabilities with the Markforged FX20 Read More »
Continuous Fibre Reinforcement (CFR) can revolutionise engineering workflows by enabling the substitution of machined components with carbon fibre 3D printing. CFR offers advantages over traditional FFF, such as increased stiffness, impact resistance, improved heat resistance, and extended durability. CFR harnesses FFF technology but introduces a secondary nozzle that feeds in
Carbon Fibre 3D Printing with Continuous Fibre Reinforcement – CFR Read More »
