3D files are created by many methods, each with their benefits and drawbacks. We utilise the following techniques to create high-quality 3D printable files that meet your design requirements.
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Our 3D Printing Design Engineering Solutions combine design knowledge, experience and expertise from multiple disciplines and the latest softwares to provide the source for your product design and development needs.
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Reverse Engineering
Laser Kerf.
0.1 – 19.1 mm
Material Thickness.
790 x 384mm
Large parts.
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The choice between SLA vs SLM 3D printing is a strategic decision that separates high-fidelity aesthetic modeling from heavy-duty industrial engineering. While both technologies utilize laser-directed energy to achieve incredible...
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The comparison of FDM vs SLM 3D printing bridges the gap between desktop prototyping and aerospace manufacturing. FDM is a low-energy extrusion process, handling plastics at temperatures between 200°C and...
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When evaluating FDM vs SLS 3D printing for business operations, “throughput” becomes the deciding factor. FDM is often a “one-at-a-time” process; each part must sit on the build plate, and...
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From a design perspective, the CJP vs SLM 3D printing choice dictates the level of geometric freedom and labor involved after the print is complete. SLM requires rigorous “Thermal Stress...
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The competition in SLA vs CJP 3D printing highlights the difference between surface-level perfection and internal color depth. Stereolithography (SLA) utilizes a UV laser to cure liquid photopolymer resin, producing...
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The technical divergence in CJP vs SLS 3D printing begins with the method of particle cohesion. Selective Laser Sintering (SLS) is a high-energy process where a CO2 laser traces the geometry...
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Choosing between CJP vs FDM 3d printing requires a strategic balance between structural durability and aesthetic detail. FDM is the industry’s functional workhorse, extruding molten thermoplastics to create rugged, end-use...
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The distinction between MJF vs SLM 3d printing is fundamentally a matter of energy density and material phase. MJF works within the polymer realm, utilizing infrared heat to reach the...
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The choice between SLA vs MJF 3D printing is a strategic trade-off between aesthetic precision and mechanical resilience. While Stereolithography (SLA) utilizes UV lasers to achieve unmatched micron-level detail in...
Read More >Leverage over 30 years of expertise in 3D printing and additive manufacturing for industries like military, space, and commercial markets. Get an instant quote to kickstart your project now!
