braiding technology

USAGE SUMMARY

The phrase "braiding technology" is correct and usable in written English.
It can be used in contexts related to the process or methods of intertwining materials, often in manufacturing or textile industries. Example: "The latest advancements in braiding technology have significantly improved the durability of our products."

✓ Grammatically correct

Science

News & Media

Academia

Wiki

Human-verified examples from authoritative sources

Exact Expressions

7 human-written examples

The structure and mechanical behavior of the target tissue (eg, tendon or ligaments) can be adapted by braiding technology.

Advances in Braiding Technology Specialized Techniques and Applications

A successful application of braiding technology for the manufacturing of an industrial product is shown on the example of a carbon fiber-reinforced plastic (CFRP) manipulator.

Advances in Braiding Technology Specialized Techniques and Applications

This study aimed to develop a mechanical model for designing self-expandable stents fabricated using braiding technology.

Journal of Biomechanics

Previously, we reported on a tissue-engineered ACL scaffold fabricated using a novel, three-dimensional braiding technology.

Biomaterials

This graft system is based on polymeric fibers of polylactide-co-glycolide 10 90, and it was fabricated using a novel, three-dimensional braiding technology.

Biomaterials

The self-expanding nitinol stent (E-volution), with its advanced braiding technology, is feasible and safe.

CardioVascular and Interventional Radiology

Human-verified similar examples from authoritative sources

Similar Expressions

53 human-written examples

In this regard, micro-fibers processed with textile manufacturing technology such as knitting, braiding, weaving or nonwoven can be considered as a potential solution for the biofabrication of complex scaffolds for tissue engineering applications.

Nature

This includes both single-step preforming processes (e.g., weaving, braiding, production of non-crimp-fabrics) and multi-step preforming processes (e.g., cutting, handling, binder technologies, sewing).

The Global Textile and Clothing Industry Technological Advances and Future Challenges

Strangely few rock singers are bald (has toupee technology secretly moved on?), and those who are wear a hat, like Van Morrison, or divert attention with comedy braiding arrangements, like Keith Richards.

The Guardian - Music

They really love braiding.

The New Yorker

She teaches braiding.

The New Yorker

Expert writing Tips

Best practice

When discussing advancements, specify which aspect of "braiding technology" is being improved, such as speed, precision, or material compatibility.

Common error

Avoid using "braiding technology" as a blanket term. Instead, be specific about the application, such as stent manufacturing or composite material creation, to provide clarity.

Linguistic Context

The phrase "braiding technology" primarily functions as a noun phrase. It refers to the technological aspects and methodologies associated with the braiding process. Ludwig provides examples of its use in contexts such as medical device production and industrial manufacturing.

Expression frequency: Uncommon

Frequent in

Science

42%

News & Media

25%

Academia

17%

Less common in

Wiki

8%

Encyclopedias

4%

Formal & Business

4%

Ludwig's WRAP-UP

The phrase "braiding technology" is a grammatically sound noun phrase used to describe the technological methods associated with braiding. As noted by Ludwig, it is frequently found in scientific and academic contexts, specifically relating to medical devices, composite materials, and textile manufacturing. While not extremely common, its usage is consistent and clear within these specialized fields. When using this phrase, it is best to be specific about the application of the technology to avoid overgeneralization. Alternative phrases such as "interlacing technique" or "textile braiding" can be used for variety or to emphasize particular aspects of the process.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

plaiting method

Replaces "braiding" with "plaiting", a synonym, maintaining the focus on the technique.

interlacing technique

Focuses on the method of interlacing rather than the broader concept of technology.

fiber braiding process

Emphasizes the process of braiding fibers, often used in manufacturing composite materials.

advanced braiding techniques

Emphasizes the sophistication and innovation within the braiding field.

textile braiding

Specifies the application of braiding in the textile industry.

three-dimensional braiding

Highlights a specific type of braiding that creates complex structures.

automated braiding systems

Focuses on the automation aspect of the braiding process using technological systems.

braided composite manufacturing

Highlights the use of braiding in the manufacturing of composite materials.

braiding-based fabrication

Focuses on the use of braiding as a method for fabrication.

engineered braiding solutions

Highlights the application of engineering principles to develop braiding solutions.

FAQs

How is "braiding technology" used in medical applications?

"Braiding technology" is used to create medical devices like self-expanding stents and tissue-engineered scaffolds. These applications leverage the ability of braiding to create structures with specific mechanical properties and porosity.

What are some alternatives to the term "braiding technology"?

Alternatives include "interlacing technique", "plaiting method", or "textile braiding", depending on the specific context.

What distinguishes "braiding technology" from other textile manufacturing processes?

"Braiding technology" creates structures by interlacing strands at an angle, which differs from weaving (orthogonal interlacing) and knitting (looping strands). This results in unique properties like high tensile strength and flexibility in multiple directions.

How does the advancement of "braiding technology" impact manufacturing?

Advancements in "braiding technology" have led to more efficient and precise manufacturing processes, enabling the creation of complex shapes and stronger, lighter materials for various industries, including aerospace, automotive, and medicine.