Micro USB B To D9mm Red Laser Line Module Electrical Cable

-40°C ~ +85°C RoHS Harness Testing Turnkey Solutions
Reference Price:
$0.99 - $1.24
* Final price depends on quantity and specifications.

1. Micro USB B-type 5P male adapter harness 2. 28AWG dual core wire with laser module 3. Containing heat shrink tubing and dual injection molding structure

Integrated Power Solutions: USB to Laser Module Assembly

Kaweei provides finished cable assembly services that integrate standard power interfaces with specialized electronic components. For this application, we connect a Micro USB power source to a 9mm diameter red laser line module. Our process ensures a durable, insulated, and electrically stable connection, transforming raw components into a plug-and-play unit.

Assembly Zone Component Detail Kaweei Customization Value
Power Interface Micro USB B Male Overmolding: We utilize robust injection molding for the USB end to ensure excellent strain relief and durability during frequent plugging/unplugging.
Functional Load D9mm Laser Module (Red Line) Integration: We can source the specific laser diode module based on your optical requirements (wavelength, power) or terminate modules you provide into the harness.
Connection Logic 5V Power Supply Circuit Safety: We ensure correct polarity wiring (VCC/GND) and can integrate inline resistors if the laser module requires current limiting from a standard USB 5V source.
Joint Protection Solder & Shrink The connection between the wire and the laser module is precision soldered and protected by heat-shrink tubing to prevent short circuits and mechanical stress.
Cable Spec 2-Core Power Cable Custom Length: Unlike standard cables, we cut the wire to your exact length requirements, optimizing the setup for your specific equipment layout.

Turnkey Assembly for Optoelectronics

Connecting delicate electronic modules to power sources requires precise termination. Kaweei offers a professional manufacturing alternative to manual soldering:

  • Reliable Termination: Our soldering process ensures a solid electrical bond between the fine wires and the small pads of the laser module, preventing cold solder joints.
  • Strain Relief: We pay special attention to the transition points. The cable entry to the laser module is reinforced to prevent the wires from snapping due to bending or vibration.
  • Functional Testing: We don't just check continuity; we power up the assembly to ensure the laser module activates correctly before packaging, guaranteeing a working product on arrival.

Technical Specifications

Wire Type UL2725 Cable,2 Core
Conductor Material Copper
Connector Type Micro USB B Type 5P
Features D9mm Red Laser Line Module
Applications Consumer Electronics

Key Features

High-Speed Transmission

Supports Gigabit data rates with low latency, meeting the real-time communication needs of industrial automation.

Wide Temperature Range

Designed for -40°C to +105°C, ensuring stable operation from freezing outdoors to high-temperature workshops.

Eco-Friendly

All materials comply with RoHS 2.0 and REACH directives; halogen-free and non-polluting to the environment.

Multi-Certified

Products hold CE, UL, TUV, and other authoritative certifications, ensuring reliability for global markets.

Frequently Asked Questions

Can I change the input connector from Micro USB to USB-C or a DC Jack?

Yes, absolutely. As a custom wire harness manufacturer, the Micro USB is just one option. We can replace the input connector with USB Type-C, USB-A, DC Barrel Jack, or open-ended wires depending on how you intend to power the laser module.

Do you manufacture the laser module itself, or just the cable assembly?

We are a specialized cable assembly and wire harness manufacturer. We do not manufacture the internal laser diode chips. However, we offer a turnkey solution where we source high-quality laser modules (according to your specs for size, color, and power) and integrate them into the final cable assembly for you.

Can you add a resistor or switch to the cable?

Yes. Since laser modules often have specific voltage or current limits, we can integrate inline resistors inside the cable or connector molding to drop the voltage (e.g., from 5V to 3V). We can also install an inline ON/OFF switch on the cable for easier control.