CHOOSE THE BEST CUSTOMIZED RFID TAGS FOR YOUR INDUSTRY

ID Tech Solutions Manufacturer, Supplier, Exporter of a wide range of RFID Tags like plastic tags, metal & non-metal tags, high-temperature tags, and various others. These tags are being used for security, tracking, identification, access control, inventory management, warehouse management, process automation, and other customized solutions. These tags are of different types like passive tags(without battery), and active tags(with in-built battery). These tags are mainly applied to assets management, automotive component tracking, industrial manufacturing, etc.

ID Tech Solutions Provides different types of RFID Labels, like PCB Tags, Ceramic Tags, cable seals, Bolt Seals, RFID labels or windshield tags, Laundry tags, Tyre tags, Jewelry hard tags, jewelry label tags, pallet tags, solar tags, laptop tags, Key fobs, cable ties, hangtags, wire tags, race time tags, cylinder tags, asset tags, Mount on metal tags, wristbands, active tags, garment tags, library tags, laundry tags, and many more depending on the solution or the product the client is looking for.

Our wide range of RFID Inlays and labels can be used for various purposes and different tags can be applied with different methods of applications, such as rivets, screws, welding, weaving, pasting, etc depending on the type of tags. Tags can be easily placed or can be embedded for better tracking in various industries such as Supply Chain Management, Logistics Tracking & Management, Production Tracking, Inventory Control, and Product Authenticity.

1. Read More
[email protected]
www.idsolutionsindia.com
CHOOSE THE BEST
CUSTOMIZED RFID
TAGS FOR YOUR
INDUSTRY

2. CONTENT
01
02
03
04
05
06
Introduction to RFID Technology
Understanding RFID Tags
Types Of RFID Tag
Industry-Specific RFID Requirements
Factors to Consider When Choosing RFID
Tags
Our Happy Partners
07
Conclusion

3. INTRODUCTION
TO RFID
TECHNOLOGY
RFID (Radio Frequency
Identification) Technology is a
wireless communication system
that uses electromagnetic fields
to automatically identify and
track objects, animals, or people
by attaching a small electronic
device known as an RFID tag.
These tags contain unique
identifying information that can
be read by RFID readers without
requiring direct line-of-sight or
physical contact.
Components of RFID Technology
01
02
03
We don't just create campaigns; we craft strategies. Our team
conducts in-depth market research to understand your industry,
identify opportunities, and develop a customized roadmap.
RFID Tags:
From social media and content marketing to SEO and paid
advertising, we leverage a diverse set of channels to maximize
your brand's visibility.
RFID Readers:
Our campaigns are backed by analytics and data-driven insights.
By constantly monitoring performance metrics, we fine-tune
strategies in real-time, ensuring optimal results.
Antenna:
04
Software:
Manages the data from the tags, integrating it into larger systems
like inventory or asset management databases.

4. RFID tags are the core component of any RFID (Radio Frequency Identification) system. These tags
store data that can be read by RFID readers using electromagnetic fields. Depending on the
application, the tags vary in size, functionality, frequency, and range. Here's a breakdown of RFID
tags and their characteristics
The operating frequency of an RFID tag determines its range, read speed, and ability to penetrate
different materials. The three main frequency bands are:
Low Frequency (LF) (30-300 kHz):
Range: Short, typically 10 cm or less.
Interference: Less prone to interference from metals and liquids.
Use Cases: Animal tracking, access control.
High Frequency (HF) (13.56 MHz):
Range: Up to 1 meter.
Interference: Can still be affected by metal and liquid but is more versatile than LF.
Use Cases: Library book tracking, ticketing, and contactless payments (NFC is a subset of HF).
Ultra-High Frequency (UHF) (300 MHz to 3 GHz):
Range: Up to 12 meters or more, with higher data transmission speeds.
Interference: More prone to interference from metals and liquids.
Use Cases: Supply chain management, inventory tracking, and toll collection.
UNDERSTANDING RFID TAGS

5. TYPES OF RFID TAG
Passive RFID Tags
Active RFID Tags
Power Source: Equipped with an internal battery,
allowing them to actively send signals to a reader.
Range: Have a much longer range (up to hundreds
of meters), making them suitable for large-scale
tracking.
Cost: More expensive than passive tags due to the
battery and enhanced functionality.
Use Cases: Commonly used in logistics, fleet
management, and asset tracking where long-range
communication is needed.
Power Source: Do not have an internal battery;
they are powered by the electromagnetic field
generated by the RFID reader.
Range: Typically have a shorter range (a few
centimeters to a few meters).
Cost: The most affordable type of RFID tags.
Use Cases: Ideal for applications such as retail
inventory management, ticketing systems, and
identification cards.
interactive campaigns that encourage customer
participation.
Passive RFID Tags

6. Logistics & Supply Chain
Healthcare:
Local Businesses and Retailers:
INDUSTRY-
SPECIFIC RFID
REQUIREMENTS
Real-time tracking
warehouse automation
Asset Management
Patient tracking
medical equipment management
Inventory management
anti-theft
Faster Checkout

7. Manufacturing
Transportation
Event Management
INDUSTRY-
SPECIFIC RFID
REQUIREMENTS
Process Automation
Quality Control
Toll Collection
Tyre Management
Tyre Identification
Vehicle Identification
Attendee Tracking
Access Control
Cashless Transactions

8. Campus Management
Livestock Tracking
Laundry Automation
INDUSTRY-
SPECIFIC RFID
REQUIREMENTS
Student Tracking
Access Control
Asset Management
Health Monitoring
Animal Visual Identification
Traceability
Inventory Management
Item Tracking
Process Optimization
Inventory Management

9. FACTORS TO CONSIDER WHEN CHOOSING
RFID TAGS
Application Environment
Is the RFID tag being used indoors or outdoors?
Consider exposure to harsh conditions like moisture, temperature, or chemicals.
Example: Durable, weather-resistant tags for outdoor applications like logistics.
Tag Size and Form Factor
Choose a tag size suitable for the object being tagged.
Smaller tags for retail items, larger or rugged tags for industrial equipment.
Consider the shape (e.g., labels, hard tags, inlays) based on the object’s surface.
Frequency and Range
Low Frequency (LF): Short-range (up to 10 cm), suitable for access control.
High Frequency (HF): Medium-range (up to 1 meter), good for NFC/contactless payments.
Ultra High Frequency (UHF): Long-range (up to 12 meters), ideal for supply chain
management.

10. FACTORS TO CONSIDER WHEN CHOOSING
RFID TAGS
Read Range Requiremens
Passive RFID tags offer shorter ranges and are suitable for high-volume, close-proximity
tracking.
Active or semi-passive tags provide longer read ranges, used for large-scale asset tracking.
Data Storage Needs
Consider the amount of data that needs to be stored and transmitted by the tag.
Tags can store basic ID information or more complex data (e.g., sensor readings).
Cost Considerations
Passive RFID tags are typically cheaper and ideal for high-volume, low-cost applications.
Active RFID tags are more expensive but are necessary for long-range or battery-powered
applications.
Compliance with regulations in your region or industry (e.g., healthcare, aviation) is critical.

11. OUR HAPPY
PARTNERS

12. OUR HAPPY
PARTNERS

13. FOR YOUR ATTENTION
[email protected]
www.reallygreatsite.com
THANK YOU