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How Scantech 3D Scanners Improve Accuracy and Efficiency in Jig & Fixture Design and Manufacturing
How Scantech 3D Scanners Improve Accuracy and Efficiency in Jig & Fixture Design and Manufacturing 04/04/2025

In the realm of modern manufacturing, jigs and fixtures play a pivotal role in ensuring the accuracy, repeatability, and efficiency of production processes. Traditional methods in designing and manufacturing jigs & fixtures often encounter certain challenges, including time-consuming manual measurements and the potential for errors..

 Application of Scantech 3D Scanner in Quality Control of EV Battery Enclosures
Application of Scantech 3D Scanner in Quality Control of EV Battery Enclosures 27/03/2025

Due to its importance for safety and performance, the quality control of EV battery enclosures requires strict standards. Scantech 3D scanners have proven to be an effective and accurate tool in meeting these requirements.

How Scantech 3D Scanner Enhances Accuracy and Efficiency in Jig & Fixture Design and Manufacturing
How Scantech 3D Scanner Enhances Accuracy and Efficiency in Jig & Fixture Design and Manufacturing 27/03/2025

To address these limitations, 3D scanning technology, particularly the Simscan 3D Scantech series, has emerged as an advanced solution, offering the capability to collect precise and rapid data, thereby optimizing the entire process

LOW SURFACE ENERGY TREND – SOLUTIONS TO DIFFERENT SURFACE BONDING

11/01/2021 3870

SURFACE ENERGY IS A TERM USED TO DESCRIBE THE EXCESS INTERACTION ENERGY THAT EXISTS AT THE SURFACE OF A GIVEN SUBSTRATE.

Surface energies range from high to low depending on their chemical make-up which affects the molecular force of attraction. High surface energy (HSE) means a strong molecular attraction, therefore easier to bond, whereas low surface energy (LSE) means a weak molecular attraction, therefore harder to bond.

Some Low Surface Energy as Composite, Polypropylene, Polyethylene, Teflon, Other thermoplastic polyolefins are now being used in many industries such as automotive, smart devices because of their advantages:

♦ Durability

♦ Flexibility

♦ Moisture and heat resistance

♦ Cost-effectiveness

However, everything has two sides and LSE Materials is not an exception, the most disadvantage of this material is being difficult to bond which make some difficulties in the assembly process. So as to solve this problem, there are 2 main ways:

1. Choose the right one adhesive which is specially formulated for Low Surface Energy Materials

2. Increase substrate surface energy by chemical/ physical/ mechanical or other new technology as Plasma Surface Treatment. Each method also has its own pros and cons, see more detail here.


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