Simultaneously Embedding the Copper Antenna onto PVC Layer by the
Ultrasonic 8 Heads
Description:
Radio frequency identification (RFID) inlays are manufactured
throughout the world for many purposes: biometric passports, the
contactless smart card market (e-ID, electronic healthcare cards,
payment cards, public transportation), and for dual interface
applications. At the same time, wire-embedded high frequency (HF)
RFID antennas are available and offer a number of advantages over
printed, etched, or galvanized variations.
Parameters:
| Frequency | 70khz |
| Power | 500w |
| Power Adjusting | Step or continuous |
| Switch | Handle , foot switch,or linked outside |
| Working Time control | 0-999seconds |
| Generator | Digital generator |
| Cable | 2M, national standard |
| The threading hole | Ø0.5m or design according to customers' need |
| Cooling down method | Compressed air |
| Outer housing | aluminium or nylon |
Components and Parts
Generator
Booster
Converter
Welding Horn
Protective Sleeve (Nylon and Aluminum optional)
HF Cable
Power Cable
Development and functional characteristics of ultrasonic Embedding
line machine
The application and popularization of ultrasonic embedding wire
machine in the smart card industry have been more than 20 years of
history. Due to being loved and favored by many manufacturers, it
has been rapidly developed and improved since it was put into
operation. From the beginning of the single head winding, to the
current 4/5 head / 8 simultaneous winding; from the previous
single-processing platen operation to the current two sets of
processing platen automatic cycle switching, winding speed from the
previous 100 coils / hour to the current 2000 coil / hour or more.
The existing ultrasonic embedding wire embossing machine basically
adopts a professional motion controller with a high-speed CPU to
ensure the high-speed response of complicated mechanical actions
and complete complex multi-axis motion control so as to realize the
precision embedding of complex products. The vacuum suction plate
Absorbing material embedding, effectively ensure the accuracy of
the antenna embedding a smooth; embedding thread buried by
ultrasonic technology, the entire process of program control fully
automatic operation, easy operation, stable and reliable operation;
using two automatic cycle switching workbench Plate, refueling
without downtime, high production efficiency; each group of buried
wire antenna group are independent units, both at the same time,
you can also choose one of the groups at the same time work, high
flexibility. Winding process than the traditional winding machine
to be fast, save manpower, and more stable performance.
What Is an RFID Inlay?
Radio-frequency identification, or RFID, technology provides
identifying information about a person or an object, much like
barcode technology does. The RFID inlay -- which can be as small as
a grain of rice -- is the functional part of an RFID tag's label
that encodes the identifying information. The RFID inlay uses radio
frequency waves to relay information to a computer system via an RFID reader.
Components
The RFID inlay consists of two components. An integrated circuit or
microchip that stores personal identifying information attaches to
a small coil of aluminum, copper or silver wires called the
antenna, which transmits and receives radio frequency signals. The
microchip and antenna are then placed on a label, and the entire
unit is encased in plastic.
How It Works
Data from the microchip passes to the RFID tag's antenna, where it
is read by the antenna of an RFID reader and passed onto a host
computer system for archival purposes, processing or analysis.
Types
RFID inlays are classified as "wet" or "dry." RFID inlays are
considered "wet" if an adhesive is applied to the inlay to adhere
it to a pressure-sensitive liner that comprises the label. Inlays
are considered "dry" when the inlay is attached to the label
without the use of an adhesive.
Simultaneously Embedding the Copper Antenna onto PVC Layer by the
Ultrasonic 8 Heads
