Transparency in Manufacturing: Mastering Quoting, Lead Times, and Technical Collaboration

In the fast-paced world of hardware development, the efficiency of the "Quote-to-Part" pipeline is as important as the quality of the part itself. At Justway, we believe that technical transparency—es...

Mechanical Reliability: Advanced Threaded Insert Installation and Precision Marking

A 3D printed part often serves as a chassis for a larger mechanical system. Two critical factors determine its assembly success: the structural integrity of threaded inserts and the legibility of func...

The Art of the Finish: Managing Color Accuracy, Sanding Marks, and Surface Textures

In industrial manufacturing, the "raw" 3D print is rarely the final stop. To meet aesthetic and functional requirements, parts often undergo painting, sanding, or dyeing. However, post-processing intr...

Functional Reliability: A Deep Dive into Mechanical Strength, Heat Resistance, and Durability

In industrial applications, "quality" is measured by a part's performance under stress. Whether it is a load-bearing bracket, a high-temperature sensor housing, or a snap-fit enclosure, the material's...

Structural Integrity: Engineering Against Feature Loss and Thermal Warping

In industrial additive manufacturing, the transition from a digital CAD model to a physical part is governed by the laws of thermodynamics and laser optics. The two most persistent challenges for engi...

Engineering Precision: Managing Fit, Form, and Function in Complex Assemblies

A 3D printed part that "looks good" but fails to fit its mating component is a manufacturing failure. Achieving high-level assembly precision requires more than just high-end hardware; it requires a d...

The War on Texture: Troubleshooting Layer Lines and the "Edge Cupping" Effect

Visible textures are often dismissed as "standard," but at Justway, we treat them as variables to be controlled. This post breaks down the physics of surface artifacts and our proprietary mitigation s...

Aesthetic Integrity: Solving Color Deviations and Optimizing Surface Roughness (Ra)

In many applications, the visual quality of a 3D printed part is as critical as its mechanical function. However, achieving consistent color and a premium surface finish requires rigorous control over...

Material Intelligence: Understanding Polymer Properties and Inherent Process Phenomena

Selecting the right material is only half the battle in 3D printing. Understanding how that material behaves during the layering process—and recognizing the natural physical traits of additive manufac...

Industrial 3D Printing: A Master Guide to Process Selection and Precision Benchmarks

Technical Analysis:"Accuracy" is a variable, not a constant. At Justway, we distinguish between theoretical machine resolutions and real-world industrial tolerances.1. Process Logic: Matching Physics ...

Common Problems When Making 3D Printing-2

3D printing can encounter a variety of problems that affect print quality and success rate. In the previous article, we talked about 1-5 most common problems and their potential solutions. Here are 6-...

Common Problems When Making 3D Printing-1

3D printing can encounter a variety of issues that affect print quality and success. Here are some of the most common issues and their possible solutions:1. Poor print bed adhesionProblem: The first l...

why 3D printers have been slow to spread to the public

We all know that since the advent of 3D printers, they have been considered the most promising technology. Over the decades, 3D printers have undergone a glorious development and have been used in the...

3D Printing service FDM cnc sla printing

Empowers "SH Manufacturing" Special Competition - 3D Additive Manufacturing Finals

JUSTWAY is proud to be a key supporter of the "Shanghai Manufacturing" special competition, specifically the 3D Additive Manufacturing Finals. As a leading player in the industry, JUSTWAY aims to cont...

[Case Study] 3D printing promotes pump and valve technology upgrades and accelerates new product development

What is a pump valve?Pump valve is the general term for the pump body and valves. The pump body is a machine that transports fluid or pressurizes fluid. It transfers the mechanical energy of the prime...

3D printing industrial model pump and valve manufacturing precision casting

3D printing parts common quality problem solving guide

If you want to improve print quality, this guide is a good place to start.The guide contains more than 20 frequently asked questionsEach corresponds to several possibilities and corresponding solution...

3D printing solving guide

Science Robotics: BASF CARA and the University of California team up to create 3D printed soft robotics

On July 30, 2023, Antarctic Bear learned that a research team from BASF's California Research Alliance (CARA) and the University of California, San Diego (UC) has revolutionized soft robotics. Researc...

3D printing CAD SLA SLS Post processing

Raspberry Pi case Manufactured through Justway 3D Printing service

I’m a MAKER. They used to call us nerds, and then geeks. I personally own a CNC machine, four 3D printers, 5 lasers, a vinyl sign machine and some of the best tools money can buy. Befor...

3D Printing service justway Raspberry Pi case

Understanding the Basics: A Guide to research on 3D Printing TPU Materials

Research on Improving the Mechanical Properties of 3D Printing TPU MaterialsThe mechanical properties of materials refer to the mechanical characteristics of materials when they are subjected to vario...

3D printing SLS FDM TPU PLA

3D Printing Powers Assistive Technology

Assistive technology is a term for assistive, adaptive, and rehabilitative devices for people with disabilities and the elderly. 3D printing(3DP), also known as additive manufacturing, is a rapid prot...

3D printing SLA SLS CAD Assistive Technology

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