Main Design Guidelines for Sheet Metal Parts (Cost Reduction)

Sheet metal parts are well-suited for mass production, and the design quality of individual components exerts a significant impact on overall costs. The costs of sheet metal products mainly stem from ...

Cost Reduction Material Utilization Stamping Die Part Design Standardization

Main Design Guidelines for Sheet Metal Parts (Improving Sheet Metal Strength)

Flat panels are the most common feature of sheet metal parts. Flat components made of relatively soft and thin materials generally have low strength and are prone to deformation under load. The streng...

Sheet Metal Strength Reinforcing Ribs Bending Flanging Blind Riveting

Main Design Guidelines for Sheet Metal Parts (Relief Notches and Burrs)

Relief NotchesRelief notches are commonly used in bending and embossing processes. They prevent the material from further deformation and cracking during forming or subsequent service, and can also re...

Sheet Metal Sheet Metal Parts Relief Notches Burrs Bending Embossing

Main Design Guidelines for Sheet Metal Parts (Deep Drawing & Embossing Section)

Deep DrawingEmbossingDeep drawing is a stamping process that forms flat blanks into open hollow parts. It can also process prefabricated open hollow parts to reduce their diameter and increase depth t...

Sheet Metal Deep Drawing Embossing Forming Sheet Metal Stamping Metal Forming Design Stamping Process Specification

Sheet Metal Main Design Guidelines (Bending Section)

V-die grooves in different sizes: V6-V40 MMBending is a key process in stamping. Its working principle is to apply external force to make metal materials produce plastic deformation, so as to form sha...

Sheet Metal Bending Bending Process Sheet Metal Design Stamping Technology Bending Specification

Sheet Metal Design Guidelines (Blanking Section)

Blanking is a stamping process that uses a blanking die to separate sheet metal under the pressure of a press machine. It is a general term for various separation processes including punching, blankin...

Sheet metal Sheet Metal Design Blanking Process Sheet Metal Stamping Structural Design Specification Mold Design Standard

Justway Nylon 3D Printing: High-Quality Delivery Defines New Industry Standards

In May, Justway completed standardized training for nylon 3D printing production. Relying on professional delivery standards and high-capacity production capabilities, the company has established a ne...

3D printing Nylon

Sheet Metal Design Guide: Common Materials Breakdown

Sheet metal processing is a comprehensive cold working technique for thin metal sheets, covering blanking, bending, stretching, forming, forging and riveting. The biggest feature of sheet metal parts ...

sheet metal Sheet Metal Design Guide Sheet Metal Materials

Analysis and Solutions to Burr Problems in Laser Cutting of Sheet Metal Parts

Laser cutting focuses a laser beam on the surface of a material through a focusing lens to melt, vaporize, and ablate the material. Simultaneously, compressed gas coaxial with the laser beam blows awa...

burr problem laser cutting sheet metal

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...

3D printing Mastering Quoting Lead Times Technical Collaboration

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...

3D printing Mechanical Reliability Advanced Threaded Insert Installation Precision Marking

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...

3D printing Polymer Properties Inherent Process Phenomena

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 ...

3D Printing Process Precision Benchmarks

Why Does Rust Still Happen After Passivation?

When it comes to making and using stainless steel liquid cooling connectors, pipelines, or structural parts, there’s one question that keeps coming up over and over: “We definitely did passivation, so...

Metal Surface Treatment Passivation

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