fabWeaver

[fabWeaver Guide]

✔️Types of 3D Printing : FFF, Most Popular 3D Printer

FFF (FDM) 3D printing is the most commonly used method because of the simplicity, intuitiveness, easy-to-understand principles, and methods of use.

Depending on the printhead driving method, the types of FFF printers can be divided into Cartesian, Delta, Polar, etc.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

✔️FFF Printing: Direct Extrusion and Bowden Extrusion

let's take a closer look at the Direct extruder and the Bowden extruder and determine the pros and cons of each method.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

The type A530 maintains and resumes the correct printing process, even with an external impact, so that the user can get the expected printing result.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

Manage Your 3D Printing Workflow
from Virtually Anywhere

Get the most out of your fabWeaver 3D printer with
Weaver3 Studio, Cloud & Mobile Apps.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

No need to be concerned about a sudden blackout while printing a large model with the type A530.

The power recovery feature of the type A530 can resume the printing job from where it stopped, even if a blackout has occurred.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

One of the main features of the smartStation™ is the filament auto feeding.

With the filament auto feeding feature, the type A530 can print a large build size model, which will consume a lot of material, without being interrupted.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

One of the main features of the smartStation™ is the filament auto feeding.

With the filament auto feeding feature, the type A530 can print a large build size model, which will consume a lot of material, without being interrupted.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

The Weaver3 Cloud is a web-based 3D printing management platform.

Maximize your 3D printing workflow efficiency with the 3D printing process control and monitoring, as well as real-time machine operation status check.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

If the part needs to be printed with an upright position, We have listed possible options that users can consider.

✔️Droplet shape
✔️Rhombus shape
✔️Consideration when designing tapping holes

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

From simple proof of concept (POC) to design verification, performance test and printing of working parts, fabWeaver type A530 is purpose-built from the ground up to deliver the highest quality, pro-level 3D prototypes in a nimble platform you could place practically anywhere in your office.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

To maintain proper product performance, please store the filament according to the recommended procedure below.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver Guide]

type A530 Industrial 3D Printer Cleaning Guide

✔️Internal Cleaning
✔️Regular Inspection - Inspecting Oil/Grease
✔️Cleaning of Flexible Bed and Nozzle

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

fabWeaver is from quick product mockups to functional prototypes, professionals now have a solution for rapid prototyping that doesn’t stress their budget.

To see more fabWeaver 3D printers, just tap the link in our profile, go to fabweaver.com

Explore our 3D printing solutions
You can experience the best performance.

To see more fabWeaver 3D printers, just tap the link in our profile, go to fabweaver.com

We’ve unified the best of innovative thinking in the 3D space with new technologies, partnerships, and solutions.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

May the peace and joy of Christmas live in your heart all year long. Wishing you and your family a very Merry Christmas and a prosperous New Year!

[fabWeaver FAQ]

❓How to Register Industrial 3D Printer to Weaver3 Cloud

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver FAQ]

❓How to Improve Industrial 3D Printer Printing Quality

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

[fabWeaver FAQ]

❓What other open Materials can type A530 print?

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

Weaver3 Cloud is a web-based 3D printing management platform that monitors, controls, and manages 3D printers and print jobs to maximize 3D printing workflow efficiency.

To see more Weaver3 Cloud, just tap the link in our profile, go to fabweaver.com

Weaver3 Studio is an intuitive and user-friendly interface so that even beginners can use it easily.

To see more Weaver3 Studio, just tap the link in our profile, go to http://fabweaver.com/

We’re on a mission to make professional 3D printing accessible to industrial, manufacturing, and product development workspaces everywhere.

To see more fabweaver 3D printers, just tap the link in our profile, go to http://fabweaver.com/

fabweaver PLA is reliable material, featuring high stiffness and strength. Due to these properties, it is easy to print with good dimensional accuracy.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

fabweaver RSA is reliable dissolvable material, featuring less sensitive to humidity and not degrade in nozzle.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

fabweaver ASA is durable material, featuring high impact resistance and temperature resistance. In addition, it has chemical resistance, water resistance and UV resistance. A530 can print this material without warping thanks to its heating chamber.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

fabweaver ABS is durable material, featuring high impact
resistance and temperature resistance.

To see more fabweaver 3D printers, just tap the link in our profile, go to fabweaver.com

How Does Print Direction affect Print Strength?
Many 3D printing users are already aware that the part strength can vary depending on the direction of the printing.
Today, we'll discuss the fabWeaver team experiment that was conducted to see how the strength of the ABS filament printout will change depending on the printing direction.
Let's take a look at the actual difference in strength from the fabWeaver team's test.
Why the Strength Varies Depending on the Printing Direction?
FFF 3D printing is the process of building a shape by stacking layers in the height direction (also known as Z-Axis direction)
The basic printing process for FFF 3D printers is the repeating series of actions of melting the materials, applying one layer, and then hardening it over.
During this repeated layer stacking in the Z-axis direction, there will be a significant timing difference on the hardening of the extruded materials, and this inevitably makes the bonding force weaker than printing in the other directions.
Looking at the simple figure below, users can observe how the structure on the right side will be less tolerable to Z-axis forces compared to the structure on the left side.
The fabWeaver team conducted an actual printing experiment to see the difference in strength depending on the printing direction.
If you'd like to read rest of the experiment result, please go to https://blog.fabweaver.com/what-makes-part-stronger-in-same-3d-printing-condition-printing-direction

Secret of Industrial 3D Printer Bed Temperature : Glass Transition Temperature

Glass transition can be defined as the transition of a material from a hard glassy state to a viscous, yet flexible state (or vice versa).

While passing the glass transition temperature, the molecule becomes a rubbery state that can only move little by little.

If you look at the TDS (Technical Data Sheet) provided by the 3D printing material manufacturer, you can check the various physical properties of the material.

In the TDS, some of the physical properties included are the ultimate tensile strength, tensile modulus, and elongation at break. These properties were first investigated in our blog regarding the stress-strain curve.

Let's take look at the glass transition temperature, which is one of the many other physical properties included in the TDS.

1. Glass Transition Temperature
Glass transition means the transition of a material from a hard glassy state to a viscous but flexible state (or vice versa).

In other words, think of when a hardened caramel candy turns into a chewy texture while one is chewing.

In a similar manner, when a glass craftsman blows the hot softened glass with his mouth to create a shape, the glass transforms into a solid shape instantly,

If you'd like to continue reading, Please go to the blog posting, https://blog.fabweaver.com/industrial-3d-printer-bed-temperature-secret-glass-transition-temperature from fabweaver blog.

The Importance of the Slicer in 3D Printing

1. What is a 'Slicer'?
A slicer is a software that plays one of the most important roles in the 3D printing process.

The slicer enables the 3D printer to recognize the 3D model file, and literally slices the 3D model layer-by-layer.

In other words, the slicer is converting 3D model files such as .STL, .OBJ, etc. into machine language that the 3D printer can read and work on.

This converted machine language is called g-code, it contains information about each layer's nozzle position, nozzle speed, material injection volume, and more.

The fabWeaver team has developed a dedicated slicer called 'Weaver3 Studio', that is optimized for the type A530 and will guarantee the best quality in the 3D printing job.



2. User friendly Weaver3 Studio slicer for all level of users
The weaver3 Studio was developed for easy use, even for beginners, through intuitive and user-friendly UX/UI.

Weaver3 Studio already has optimized profile value for the type A530, so the user can create an optimized output file by importing a file with one simple click.

For more info on the importance of the 3D printing slicer, please go to https://blog.fabweaver.com/industrial-3d-printer-best-slicer-for-efficient-3d-printing-type-a530

Also, find the link on the profile or click https://blog.fabweaver.com/ to read various unique 3D printing resources at fabWeaver blog.

DfAM - How to Make Optimal 3D Printing Design
DfAM (Design for Additive Manufacturing) is a design approach for manufacturability using 3D printers.
This approach emerged along with the introduction of 3D printers, which enabled the printing of complex shapes that was previously not possible using traditional manufacturing approaches.
The DfAM approach allows each user to maximize the potential of 3D printing and additive manufacturing.
In order to maximize the potential of 3D printing, each user needs to know how to design a suitable model for 3D printing.
In this blog, we will discuss the design methodology for 3D printing, "Design for Additive Manufacturing" (DfAM).
**Rise of DfAM concept
This design concept became relevant with the advancement of additive manufacturing technology, that is 3D printing technology. Various DfAM methodologies have also emerged over time.
These methodologies provide benefits, such as the reduction in part weight and material consumption, as well as an increase in functional effectiveness of a printed model.
For more, please click https://blog.fabweaver.com/how-to-make-optimal-design-for-3d-printing-dfam

How to make optimal design for 3d printing_DfAM DfAM (Design for Additive Manufacturing) is a design approach for manufacturability using 3D printers. This approach emerged as 3D printer enables to printing complex shapes of design which was not possible from traditional manufacturing approach. User can maximize potential of 3D printer and additi...