Global Engineering Community

JLC3DP

Official

2026-02-04 09:23:43 17 Views

《What Happens When Motion, Light, and 3D Printing Come Together?》

SLA (Resin)

JLCPCBStencil

Official

2026-01-30 19:22:44 50 Views

Hello makers and engineers! At JLCPCB, we always strive to improve the quality and performance of our SMT stencils. If you encounter any issues, have suggestions, or want to share your experience with our stencils, please don’t hesitate to let us know. Your feedback helps us make better products and serve the community even better. The more you share, the more we can improve together! Thank you for being part of our maker community—your voice truly matters. Happy building, JLCPCB Stencil Team

We Value Your Feedback on Stencils

SMT Stencil

JLCPCBStencil

Official

2026-01-30 19:17:53 26 Views

Want a stencil but don’t need a PCB? No problem! 👌 At JLCPCB, you can order an SMT stencil on its own — no PCB required. Here’s how: 1️⃣ Go to the ordering page and choose“SMT Stencil" from the top menu. 2️⃣ Upload your Gerber file for the stencil. 3️⃣ Select your options: framed / frameless, electropolishing, nano coating, etc. 4️⃣ Add to cart and checkout — that’s it! Do you usually order stencils with your PCB or standalone? Any tips for first-time stencil orders?

How to order SMT stencil without PCB？

SMT Stencil

JLC3DP

Official

2026-01-30 18:04:25 26 Views

In the landscape of additive manufacturing, Multi Jet Fusion (MJF) 3D Printing stands out as a revolutionary technique that is changing the way we create and innovate. Unlike traditional manufacturing methods, MJF operates on the principle of layer-by-layer fusion using a combination of advanced technologies. Through precise application of fusing agents and controlled thermal energy, MJF has become a beacon of efficiency, speed, and intricate design possibilities. This technique finds its application across industries ranging from aerospace to healthcare, enabling rapid production, complex geometries, and unmatched precision. As we delve into the mechanics and advantages of MJF, a world of limitless manufacturing potential unveils itself, propelling us toward a future where creativity and technology merge seamlessly. To learn more about the MJF process, material options, design considerations, and real-world applications, please refer to our detailed Multi Jet Fusion (MJF) 3D Printing guide. This guide will help you optimize your models for high-quality, precise, and efficient MJF production.

What is Multi Jet Fusion (MJF) 3D Printing？

MJF (Nylon)

JLC3DP

Official

2026-01-30 18:01:11 14 Views

WJP Full-Color 3D printing allows designers to create vibrant, multi-material parts, but it comes with specific design considerations to ensure print quality and dimensional accuracy. Key factors include wall thickness, embossed and engraved text, thread design, assembly and movable clearances, micro-hole and pillar dimensions, hollow and irregular part limitations, and full-color material tolerances. To achieve the best results, we recommend reviewing our detailed WJP Full-Color 3D Printing Design Guidelines. This guide explains material properties, design rules, and process limitations, helping you optimize your models for high-quality, accurate, and visually stunning full-color prints.

Design Guidelines for WJP Full-Color 3D Printing Products

WJP (Resin)

JLC3DP

Official

2026-01-30 17:58:18 17 Views

To learn more about why polishing services are currently optimized for Binder Jetting (BJ) parts, please refer to our detailed Binder Jetting (BJ) process overview. This guide explains the BJ printing workflow, material characteristics, and surface properties that make it especially suitable for standard and fine polishing treatments.

Metal 3D Printing Polishing Services

BJ (Metal)

JLC3DP

Official

2026-01-30 17:54:33 12 Views

Selective Laser Melting (SLM) is a specific additive manufacturing (3D printing) technology that belongs to the powder bed fusion category. It is used to create complex and intricate metal parts directly from a digital 3D model by selectively melting and fusing fine metal powders layer by layer using a high-powered laser. Read the full article to learn how SLM works in detail, which metal materials it supports, its advantages and limitations, and typical industrial applications.

What is Selective Laser Melting（SLM ）3D Printing?

SLM (Metal)

JLC3DP

Official

2026-01-30 17:52:38 12 Views

In the ever-evolving landscape of manufacturing, the emergence of 3D printing technologies has triggered a paradigm shift. One technology that stands out is **Selective Laser Sintering (SLS) **3D printing, a pioneering approach that has redefined the creation of intricate and functional parts. This article delves into the intricacies of the SLS process, the materials it employs, its myriad benefits and potential drawbacks, real-world applications, and a closer examination of SLS capabilities offered by JLC3DP. Continue reading for a detailed technical breakdown of SLS 3D printing, including materials, performance characteristics, and real-world use cases

What is Selective Laser Sintering (SLS) 3D Printing?

SLS (Nylon)

JLC3DP

Official

2026-01-30 17:50:03 15 Views

Fused Deposition Modeling (FDM), alternatively known as Fused Filament Fabrication (FFF), is a revolutionary 3D printing method that involves building objects layer by layer using thermoplastic materials. This process has reshaped manufacturing by enabling intricate designs and complex geometries, making it a preferred choice across industries.This article delves into the intricacies of FDM 3D printing, from its fundamental workings to the materials used, advantages, disadvantages, and even includes top tips provided by JLC3DP. Click through to read the full guide and see why FDM remains one of the most widely used 3D printing technologies today.

What is Fused Deposition Modeling (FDM) 3D Printing?

FDM (Plastic)

JLC3DP

Official

2026-01-30 17:46:08 15 Views

Stereolithography (SLA)3D printing is a cutting-edge additive manufacturing technology that brings digital designs to life by creating three-dimensional objects layer by layer. This innovative technique, also known as resin 3D printing, utilizes the principles of photopolymerization to craft intricate and precise objects. From functional prototypes to artistic creations, SLA 3D printing has found its application across various industries, revolutionizing the way we manufacture objects. To learn more about how this technology works, its materials, and real-world applications, explore our in-depth guide on SLA 3D printing below.

What is Stereolithography（SLA）3D Printing

SLA (Resin)

JLCMC

2026-01-30 17:10:46 17 Views

One Order, One Shipment. JLCMC supports combined orders with JLC3DP and JLCCNC. You can consolidate products from 3D printing, CNC, and mechanical parts in a single order. 💡How can this new feature make your ordering process easier? ✅Streamline ordering processes ✅Unified quotes & lead times ✅Optimized combos for best performance & cost

JLCMC supports combined orders with JLC3DP and JLCCNC.

Mechatronic Components

JLCMC

2026-01-30 17:08:27 19 Views

A manual stencil solder paste printer is a practical and cost-effective solution for SMT prototyping and small-batch production due to its clear operational advantages: 🚀 Zero Setup Time: No programming. Just align and print. ⚡ Agile Iteration: Perfect for version A/B testing without stopping the main line. 🔧 Versatile: Handles non-standard PCBs and various stencil sizes with ease. 👉 Looking to improve your solder paste printing process? Explore the right manual stencil printer for your workflow.

Why Manual Solder Paste Stencil Printers Still Matter in SMT Prototyping?

Mechatronic Components

JLCMC

2026-01-30 17:04:00 30 Views

Manufactured with precision and strict quality control, JLCMC linear shafts help engineers and makers achieve dependable linear motion while maintaining excellent cost efficiency.⚙️ https://jlcmc.com/campaign/linear-guide-shafts?from=lgsfb ✅Smooth & Dependable Motion – Manufactured with strict quality control ✅Durable Materials – SUJ2, SUS304, S45C, SUS440C to suit different applications. ✅Ideal Applications – CNC machines, robotics, 3D printing ✅Customizable Options – Diameter, length, and hardness

The linear shafts are available with flexible customization options!

Custom Parts

JLCMC

2026-01-30 17:01:33 23 Views

To further support engineers during the design and integration phase, JLCMC now provides downloads of native SolidWorks CAD files (.SLDPRT / .SLDASM), enabling direct use in real engineering projects. Native SolidWorks Files — Ready for Engineering Use: 📐 Fully parametric & editable models ⚙️ Built for Real Engineering Applications 🔧 Streamlining the Design Process From product selection to design integration, JLCMC components are now ready to drop directly into your SolidWorks workflow.

SolidWorks Native CAD Files Now Available!

Mechatronic Components

JLCMC

2026-01-30 16:57:22 18 Views

In high-speed servo systems, we often prioritize rated torque and torsional stiffness during coupling selection, but coupling inertia can quietly influence system response time and positioning accuracy. 💬 Based on your experience, what is the most common cause of coupling-related issues? a. Poor installation or shaft misalignment b. Improper selection (insufficient torque or speed rating) c. Fatigue or aging-related failure d. Environmental factors (corrosion, high temperature)

What is the most unexpected coupling failure case you’ve encountered? Join the discussion!

Mechatronic Components

JLCPCB

Official

2026-01-29 15:21:59 37 Views

Slivers can peel off and cause short circuits or poor soldering. The Fix: Ensure minimum soldermask bridge width (usually 0.1mm) in your CAD settings. Working on a tight design? Our tech support can review your Soldermask clearance anytime. Just ask!

Don't let Soldermask Slivers ruin your design

PCB

JLCPCB

Official

2026-01-29 15:09:49 49 Views

Teardrops prevent: Cracked traces during drilling. Signal bottlenecks at pad-to-trace joints. Stress concentration in high-density designs. Do you use teardrops by default? Let's discuss! 👇

Quick Tip: Why you should use Teardrops in your PCB Layout

PCB

JLCPCB

Official

2026-01-29 15:07:04 46 Views

Want to keep your project on budget? Stick to Standard Sizes: Stay within 100x100mm. Optimize Drill Sizes: Avoid micro-vias if possible. Standard Lead Times: Plan ahead to save on shipping. Have a complex design? Comment below for a free DFM optimization tip!

Top 3 Ways to Reduce PCB Costs Without Sacrificing Quality

PCB

JLCPCB

Official

2026-01-29 15:06:01 22 Views

High-density SMT on a 0.11mm FPC? Challenge accepted. We just helped a client optimize this wristband layout for maximum durability and comfort. Working on something similar? Upload your design for a free DFM review from our technical support team!

How thin can you go? Check out this Wearable FPC!

FPC

JLCPCB

Official

2026-01-29 15:04:23 13 Views

Don't let your flexible circuits fail at the bend. Follow these: No Vias in the bend area. Smooth corner traces (no 90-degree angles). Use Teardrops for pad-to-trace transitions. What's your biggest FPC challenge? Ask our experts in the comments! 👇

Stop your FPCs from cracking! 3 Quick Tips

FPC