The Preliminary Stage Of Batteries

The Preliminary Stage of Batteries all we need is your battery design in an engineering drawing with legends provided in metric units.

We do not need to know how and where you will use your battery. Before sending your design, please again review the design constraints described in Application / Your Design.

Due to the large number of inquires we receive, we do not sign non-disclosure agreements (NDA) upon receipt of the engineering drawing.

NDA on an as-needed basis can be provided in the next stage of sample development. You can rest assured that we are committed to the highest standards of intellectual property protection, and your valuable IP is safe .

Free Form Battery samples can be made at non-recurring engineering (NRE) costs. We are delighted to assist in estimating the feasibility and cost of your designs.

One time password (OTP) as a source of the second authentication has been recognized an essential tool to prevent banking fraud. An increasing number of financial institutions have installed OTP systems to assure the highest standard of transaction security. Ultra slim batteries provide the power source to enable OTP solutions in wallet applications, allowing credit and bank cards to receive OTP upon transaction.

More than two billion RFID tags have been sold to date. Out of the figure more than 400 million RFID tags have embedded batteries thus providing the ability to emit signals. These devices are dubbed “active RFID”. When active RFID tags appear in card form, ultra slim batteries are used as the power source. Such batteries require thickness of under 0.5 mm, too thin to employ conventional battery assembly.

Above are some proven applications for Free Form Batteries. Now imagine what you can do with this new dimension in design freedom.

The Free Form Battery in tape shape has many applications. It fits in device surface rather than in device volume, making device design more flexible when adding power source into equation. Not necessarily thin and slim, tape shape Free Form Battery can be thick to meet various requirement in applications.

This is a further application of Free Form Batteries. Now imagine what you can do with this new dimension in design freedom.

Extending tape shape Free Form Battery in the long axis will result in Free Form Battery in ring shape. Such battery is considered useful in many medical devices such as patient tracker on the wrist. It has been successfully applied to power a special device for erectile dysfunction in clinic treatment. Not necessarily thin and slim, ring shape Free Form Battery can be thick to meet various requirement in applications.

This is a further application of Free Form Batteries. Now imagine what you can do with this new dimension in design freedom.

Extending tape shape Free Form Battery in the short axis will result in a curved shape Free Form Battery. This form factor receives the most inquiries because it addresses obvious requirements in various electronic gadgets where designers wish to fill the inner space with the maximum energy content.

This is a further application of Free Form Batteries. Now imagine what you can do with this new dimension in design freedom.

The curved shape Free Form Battery can easily be made semi-curved by keeping one side flat. This is also welcome in numerous electronic gadgets where maximum energy content is a key design criterion.

This is a further application of Free Form Batteries. Now imagine what you can do with this new dimension in design freedom.

Unique shapes are also available for unusual applications. For example, a Free Form Battery in diamond square shape has been placed on the wings of unmanned surveillance aircraft. The device is dispatched to remote or dangerous zones to take pictures, which are subsequently sent back to the control center wirelessly.

This is a further application of the Free Form Battery. Now imagine what you can do with this new dimension of design freedom.