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Maximum Volume Speed (MVS): Core for Controlling 3D Printing Speed and Optimizing Quality

Maximum Volume Speed (MVS): Core for Controlling 3D Printing Speed and Optimizing Quality

2026-01-22

Setting the Maximum Volume Speed (MVS) is a key operation for FDM 3D printing to optimize print quality and avoid under-extrusion at the source. The core information is summarized point by point as follows:

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Key Points for the First Layer of FDM 3D Printin

Key Points for the First Layer of FDM 3D Printin

2026-01-22
The first layer is the core foundation for printing success or failure. All subsequent printing layers rely on the stable and uniform base formed by the first layer. If the first layer fails to adhere firmly to the build plate or has uneven extrusio...
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Daily Maintenance of 3D Printers: 5 Minutes a Week to Extend Machine Life

Daily Maintenance of 3D Printers: 5 Minutes a Week to Extend Machine Life

2026-01-22
Many new 3D printing users have a misunderstanding: they only use the printer but never maintain it. They regret not maintaining it properly only when the machine develops issues such as nozzle clogging, feeding jams, reduced printing accuracy, or even sudde...
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Temperature and Polymers: Thermal Properties and DSC Characterization

Temperature and Polymers: Thermal Properties and DSC Characterization

2026-01-15
Having clarified the structure of polymer materials, we will next focus on their thermal properties to explore the laws governing the variation of polymer behavior with temperature. To achieve this goal, it is first necessary to introduce a testing method ...
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FDM Warping: Causes and Optimization Methods

FDM Warping: Causes and Optimization Methods

2026-01-15
Before diving into 3D printing process optimization and defect fixes, let’s first clarify the definitions of key parameters related to temperature, speed, and extrusion. The commonly mentioned printing temperature refers to the temperature of the pr...
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The "Cost-Effectiveness Revolution" of Enterprise-Grade 3D Printers: How Thinker X400 Becomes the Game-Changer

The "Cost-Effectiveness Revolution" of Enterprise-Grade 3D Printers: How Thinker X400 Becomes the Game-Changer

2026-01-15
In the first decade of 3D printing industry development, "enterprise-grade equipment" was almost synonymous with "high threshold" — with procurement costs often exceeding $4,000, complex operation processes, and limited application scenarios, leaving m...
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From Failed Prints to First Wins: 5 Easy Steps Every Beginner Should Know

From Failed Prints to First Wins: 5 Easy Steps Every Beginner Should Know

2026-01-10
If you're new to 3D printing, it might feel like every print is destined to fail. Warped corners, stringy blobs, or first-layer disasters can make you wonder if the printer is secretly laughing at you. Don't worry — you're not alone. Even expe...
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Brittle Filaments: Simplified 3D Printing Guide for Carbon Fiber and Glass Fiber Brittle Filaments

2026-01-08

Fiber-reinforced filaments such as Carbon Fiber (CF) and Glass Fiber (GF) offer high rigidity, excellent strength, and dimensional stability, but they are more brittle than base polymers. Proper protection measures must be taken during handling and printing to avoid filament breakage and ensure stable extrusion.

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The Flexible King of 3D Printing: A Comprehensive Guide to TPU Materials and Practical Operatio

The Flexible King of 3D Printing: A Comprehensive Guide to TPU Materials and Practical Operatio

2026-01-08

Thermoplastic Polyurethane (TPU) is a mainstream flexible filament for 3D printing, combining rubber-like flexibility with industrial-grade durability. With excellent shock absorption, tear resistance, and extensibility, it meets diverse needs such as buffer components and industrial wear-resistant parts. ERYONE-TPU95A, 90A, and 85A materials are commonly used in impact protection scenarios such as shock-absorbing pads, flexible shoes, and bicycle handles.

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FDM 3D Printing Chamber Heating: The Key to Unlocking High-Quality Printing

FDM 3D Printing Chamber Heating: The Key to Unlocking High-Quality Printing

2026-01-08
In the field of FDM (Fused Deposition Modeling) 3D printing, temperature control has always been a core factor determining the success or failure of printing. In addition to the well-known nozzle temperature and build plate temperature, the regulation of cha...
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