Controls for Music, LED and Tone Indications

AO-BTHDUSER MANUAL

relevant menu. Please refer to the instruction manual of your mobile phone for further information

CONTROLS FOR MUSIC

Once the AO-BTHD headset connects with a music device (such as an iPod touch, iPhone or Smartphone) high quality stereo music can be transmitted to the headset with volume and track playback functions controlled from the headset:

Function	Status of headset	Operation
Pause	Playing music	press the MFB button

Play	Pause	press the MFB button

Last song	Playing music	press the > key

Next song	Playing music	press the < key

Volume up	Playing music	press the + key

Volume down	Playing music	press the - key

Note:

•On some mobile phones, when playing music, the sound may be heard on the speaker of the mobile phone. If this is the case, please choose “transmit the sound through Bluetooth / AO-BTHD” (or something similar). This is normally found within the settings section on your device. When the volume of headset is adjusted to maximum or minimum, you will hear an indication tone.

•The Remote control functions will only work with devices which support Bluetooth standard AVRCP (such as iPhone/iPad/some smartphones). Please refer to the instruction manual of your mobile phone or Bluetooth transmitter for further information.

LED AND TONE INDICATIONS

	LED indicator		Status of the headset
	Red LED is on		The headset is charging
	Blue LED is on		The headset has finished charging
	Red and blue LEDs blink alternately		Pairing mode – the headset is now
	Red and blue LEDs blink alternately		discoverable.
			discoverable.

AO-BTHD specifications

Laser AO-BTHD, an innovative advancement in laser technology, has garnered attention for its remarkable features and applications across various industries. The AO-BTHD designation stands for Advanced Optical Beam Technology High Definition, a name that reflects its cutting-edge design and sophistication.

One of the main features of the Laser AO-BTHD is its high-resolution output, capable of delivering precise and detailed laser beams. This technology operates on a unique manipulation of optical beams, resulting in enhanced clarity and focus. The high definition aspect is particularly crucial in applications such as medical procedures, where accuracy can significantly impact outcomes.

Integration of advanced algorithms in the AO-BTHD ensures the optimization of beam shaping and modulation. This capability allows for the customization of laser profiles, making it suitable for various tasks ranging from intricate cutting processes to delicate engraving. Furthermore, the technology employs feedback systems that continuously monitor the performance, ensuring consistency and reliability during operation.

Another significant characteristic of the Laser AO-BTHD is its versatility. It can be utilized in diverse sectors, including manufacturing, healthcare, and even the entertainment industry. In manufacturing, its precision makes it ideal for cutting materials like metals and plastics, while in healthcare, it is employed in laser surgery for its minimally invasive approach.

This laser system also incorporates advanced cooling mechanisms, ensuring efficient thermal management. This feature not only prolongs the lifespan of the equipment but also enhances its overall performance. With improved thermal stability, users can rely on the AO-BTHD for sustained operations without the risk of overheating.

The Laser AO-BTHD is designed for user-friendliness, featuring intuitive interfaces and comprehensive support systems. This ease of use makes it accessible for operators with varying levels of expertise. As industries increasingly adopt automation, the AO-BTHD is poised to integrate seamlessly into automated processes, further enhancing productivity.

In summary, the Laser AO-BTHD stands out due to its high-resolution output, versatility across industries, advanced beam shaping technologies, and efficient cooling systems. As technology continues to evolve, the Laser AO-BTHD is set to redefine standards in laser application, making it an essential tool for modern industries seeking precision and efficiency.