How AI is Used in Healthcare and Changing the Nature of Work

 When it comes to our health, especially in matters of life and death, the promise of artificial intelligence (AI) to improve outcomes is very intriguing. From hospital care to clinical research, drug development to insurance, AI applications are recasting the workings of the health sector to cut down on spending and enhance the outcomes of the patient.

3 Powerful AI Advances in Medical Healthcare

1. Vertical Nursing Assistants

An AI virtual assistant offers personalized experiences to patients. It helps them to identify their illness based on the symptoms, monitor their health status, schedule doctor appointments, and do more.

Instead of searching for the causes of the symptoms that you are suffering from, you can ask the virtual nursing assistant to guide you through. Moreover, the virtual assistant would be available 24/7, which means it can answer your questions and provide answers in real-time.

2. Image Analysis

Currently, image analysis is very time-consuming for human providers. AI Image analysis can analyze 3D scans up to 1,000 times faster than what is possible today. This near real-time assessment can provide critical input for surgeons who are operating. It is also hoped that AI can help to improve the next generation of radiology tools that don’t rely on tissue samples.

3. Robotic Surgeries

Robots enabled with AI are increasingly assisting microsurgical procedures to help reduce surgeon variations that could affect patient recovery. This will help reduce surgical variation and its attendant inefficiencies and poor outcomes, as surgeons better understand the techniques that align with better outcomes. In addition, those insights can link to a patient’s post-operative and long-term health outcomes.

Check out MACTRON GROUP(MTG)’s WMP Series & MMS Series, our Medical Grade Touch Panel PC to enhance the standard of care in all medical facilities. Provide medical certification to ensure compliance with your medical needs and it’s ideal for medical healthcare segments.

Continue Reading

The Advantages of Using Cast Aluminum

What is Aluminum Die Casting?

Cast aluminum is created when aluminum heated to extremely high temperatures. The molten aluminum is then molded into a shape and cooled to craft a wide variety of products.

Aluminum Die Casting vs. Regular Aluminum

They may sound to be exactly the same. However, there are some differences.
Products made from regular aluminum will definitely have a lower price point, but this is due to its lower quality. While aluminum does not get as hot in high temperatures, it doesn’t provide the same amount of strength. Regular aluminum can dent and scratch easily, so the products produced with it will show more wear and tear more quickly.

Advantages of Aluminum Die Casting Housing Product

High Strength & Hardness

The Microstructure of aluminum casting parts near the surface layer is fine and dense, which makes aluminum casting parts have high strength, hardness, good wear resistance and corrosion resistance.

Good Surface Quality & High Precision

The dimensional accuracy of aluminum casting parts can reach the highest level. Aluminum casting parts have good interchangeability and can produce aluminum casting parts with complex shapes, clear outlines and thin walls and deep cavities. The minimum wall thickness of aluminum casting parts is 0.5mm. At the same time, it can cast clear characters and patterns.

WCP Series & WMP Series
	Windows System Intel Alder Lake Processor Aluminum Die Casting Housing Fanless & Front Panel IP65 Rich & Flexible I/O Port Design Magnetic I/O Port Cover For Easy Maintaining (Optional)

Check out MACTRON GROUP(MTG)’s WCP Series & WMP Series, we proudly incorporate aluminum die casting housing to provide a gorgeous outlook with high strength and good surface quality for everyone.

Continue Reading

Optical Bonding vs. Air Bonding

 

Air Bonding Technology

Air Bonding uses two-sided adhesives to bond the touch panel and LCD layers together from four sides. It creates air gap causing reflection leaving lower visual performance compare to optical bonding.

Optical Bonding Technology

Optical Bonding involves attaching the cover lens onto the LCD display with optical adhesives to achieve optimum sunlight readability, reduce dust contamination and internal vapor condensation.

The Advantages of Optical Bonding

Due to an optical bonding of LCD to the touch panel, there is no air gap in between to effectively reduce refraction of external light.

• Reduce refraction of light
• Reduce display weight
• Reduce battery consumption
• Maximum dust & moisture protection
• Enhance mechanical strength & shock/vibe performance

Check out MACTRON GROUP’s (MTG) MCA Series & MAV Series, we proudly incorporate optical bonding technology to deliver interactive displays with the best user experience available and provide a better viewing and touch experience for everyone.

Continue Reading

Touch Taiwan 2022 Review

 Touch Taiwan 2022 Review

Continue Reading

What is CANBus and What the Advantages Are?

What is CANBus?

CAN stands for Controller Area Network, the protocol is designed to allow microcontrollers and devices on the network to communicate with each other within a vehicle without a host computer. It is based on the message transmission protocol.

TOP 4 Benefits of CANBus

Simple & Low Cost	Fully Centralized	Extremely Robust	Efficient
Communicate via a single CAN system which can reducing error, weight, wiring and costs.	CANBus provides one point-of-entry to communicate with all network and enabling central diagnostics.	The system is robust towards electric disturbances and electromagnetic interference.	CAN messages frames are prioritized by ID where the top priority will get bus access, without causing interruption of other frames.

CANBus Application Usage

At the beginning of design, it used multiplexed communication cables in the CANBus technology for vehicles to reduce the consumption of wires. However, CANBUS can be used by other industries lately.

MAV05002	MAV0703	MAV1013

Check out MACTRON GROUP’s (MTG) MAV0502, MAV0703, MAV1013 and other series to know more information!

Continue Reading

1D vs. 2D Barcodes: When and Why to Use Each Type

 

Difference Between 1D and 2D Barcode Scanning?

1D scanner only reads linear or 1D barcodes. Its scan distance can be greater than 60cm. 1D scanners are commonly used in retail stores and supermarkets.	2D scanner reads both 1D and 2D barcodes. It can also read damaged or poorly printed barcodes which is ideal for some harsh environment, such as factories, kitchens.

Feature	1D	2D
Reads 1D barcodes
Reads 2D barcodes
Improves accuracy
Processes barcodes faster
Scan codes on reflective surfaces
Decodes barcode from any angle
Reads damaged or poorly printed barcodes
Capture digital images of documents and signatures

How Are 1D & 2D Barcodes Used?

1D Barcodes are typically used for identifying items or assets that are associated with variable information that resides in a database.

2D Barcodes can be used to mark very small items. In some cases, these types of codes have been directly etched into auto parts or certain 2D omnidirectional barcodes for small, hard-to-scan surgical items.

DRA1332	MAS1019	MAV1013	MCA0406

Check out MACTRON GROUP’s (MTG) DRA1332, MAS1019, MAV1013, MCA0406 and other series to know more information!

Continue Reading