3D printing transforms digital designs into physical objects by layering materials like plastic, metal, and ceramic. It excels in customization and complex geometries, making it ideal for prototyping, manufacturing, healthcare, and more. With design freedom and cost-effectiveness for intricate parts, 3D printing accelerates product development and fosters innovation. As technology progresses, expect faster, more affordable, and diverse applications.
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3D PRINTING WITH JITMFG

JITMFG's 3D printing services, encompassing SLS, SLA, SLM, FDM, and MJF technologies, offer clients unparalleled precision, versatility, and efficiency. Our commitment to excellence, combined with our extensive industry expertise and customized solutions, ensures that clients from diverse sectors benefit from the very best in 3D printing technology. Choose JITMFG for all your 3D printing needs and experience the power of advanced manufacturing solutions firsthand.

1.What 3D printing processes does JITMFG offer?

JITMFG provides a full range of industrial-grade 3D printing processes, including FDM (Fused Deposition Modeling), SLA (Stereolithography), LFD (Formlabs Low Force Display™), SLS (Selective Laser Sintering), SLM (Selective Laser Melting), and MJF (Multi Jet Fusion). We can tailor solutions based on your part requirements, such as precision, material, size, and batch.

2.What are the key differences between the various 3D printing processes?

Each process has unique advantages and applicable scenarios: ① FDM: Cost-effective, suitable for rough prototypes and customized parts; ② SLA: High precision, smooth surface, ideal for high-detail appearance models and precision prototypes; ③ LFD : High repeatable precision, low peeling force to reduce creep, with high-resolution printing performance, suitable for high-precision prototypes and functional parts that require stable quality; ④ SLS: No support needed, high material utilization, suitable for complex functional parts and small-batch production; ⑤ SLM: Metal 3D printing, high strength, suitable for high-performance metal components; ⑥ MJF: Fast speed, uniform part performance, suitable for small-batch functional plastic parts.

3.Can all 3D printing processes be matched with post-processing services?

Most of our 3D printing processes are compatible with post-processing, but the specific post-processing method depends on the process and part structure. Common post-processing includes polishing, painting, dyeing, silk screen printing, laser engraving, and chemical fumigation polishing (especially suitable for SLS and MJF parts). Our team will recommend the most suitable post-processing solution for you.

4.What materials are available for each 3D printing process?

We provide a variety of industrial-grade materials for different processes: ① FDM: Eco-friendly PLA, durable ABS, flexible TPU, etc.; ② SLA: White, yellow, transparent, black resin, etc.; ③ SLS: Nylon 1172Pro, 1176Pro+GF30, and other professional-grade materials; ④ SLM: Aluminum alloy, stainless steel, titanium alloy, etc.; ⑤ MJF: High-performance plastic materials that meet industrial standards; ⑥ LFD (Formlabs Low Force Display™): Specialized resins for Formlabs technology, including ESD material, Tough 2000 resin, high-toughness resin (similar to ABS performance), Silicone 40A resin, suitable for high-precision and functional parts. All materials are strictly selected to ensure stable performance.

5. What is the maximum forming size for JITMFG’s 3D printing processes?

The maximum forming size varies by process and corresponding equipment, and we can meet the needs of both small and large parts. For example, SLS maximum forming size reaches 500*500*800mm; SLA maximum forming size is 800*800*500mm; LFD maximum forming size is 335*200*300mm; FDM maximum forming size is 340*320*340mm; MJF maximum forming size is 406*304*406mm; SLM maximum forming size is 400*300*400mm. For larger parts or special size requirements, please contact our team for customized solutions.

6.Which 3D printing process should I choose for my project?

It depends on your specific needs: ① High-detail appearance models: Choose SLA; ② Functional plastic parts/complex structures: Choose SLS or MJF; ③ Metal components: Choose SLM; ④ Cost-effective rough prototypes: Choose FDM; ⑤ Medium-precision functional parts: Choose LFD. Our engineering team can also provide professional DFM suggestions to help you select the optimal process.

7.What is the delivery cycle for 3D printing parts?

The delivery cycle depends on the process, part size, complexity, and batch quantity. Generally, small-batch, simple parts can be delivered in 3–5 days; medium-complexity parts take 5–7 days; large-size or large-batch parts take 7–10 days. We can adjust the production schedule for urgent projects to ensure on-time delivery.

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