• +8618025978448
  • info@gordakelec.com
× Send

What Is a Hot Air Rework Station and How Does It Work?

In the field of electronics assembly and repair, precision and control are crucial. A hot air rework station is a professional tool widely used for soldering, desoldering, and reworking surface-mounted devices (SMDs) on printed circuit boards (PCBs). At Gordak Electric, we specialize in the research, development, and manufacturing of high-quality hot air rework stations designed to meet the demands of technicians and engineers around the world.

This article provides a comprehensive overview of what a hot air rework station is, how it operates, and the common scenarios where it is applied.

A hot air rework station is an electronic tool that uses a controlled stream of heated air to melt solder joints on circuit boards. Unlike traditional soldering irons, which rely on direct contact, hot air stations offer a contact-free solution for working with delicate or densely packed components. This is especially useful for handling surface-mounted components such as ICs, resistors, capacitors, and connectors.

The technology allows for both removal and installation of components without damaging surrounding parts or the PCB itself.

GORDAK-850A-Rework-Station

A standard hot air rework station consists of the following core components:

  • Hot Air Gun / Nozzle: Directs hot air precisely to the solder joint or component.
  • Heating Element: Heats the air to a specific temperature, adjustable according to the task.
  • Airflow Control System: Maintains a consistent airflow, which can also be adjusted depending on the application.
  • Control Panel: Displays and regulates temperature and air volume (digital or analog).
  • Safety Stand: Holds the hot air gun securely when not in use to ensure safe operation.

During operation, the hot air gun is aimed at the target area. The heat softens or melts the solder, allowing the technician to remove or reposition the component using tweezers or a vacuum pickup tool. When reattaching components, solder paste may be applied beforehand and then reflowed by hot air to ensure a reliable connection.

desoldering station GORDAK 857D

Hot air rework stations are widely used in:

  • Surface-mount device (SMD) rework and replacement
  • Integrated circuit (IC) chip installation and removal
  • Reflow soldering during PCB prototyping or production
  • Repair of cold or cracked solder joints
  • Heat-shrink tubing or plastic film applications

These tools are commonly found in electronics repair centers, industrial production lines, R&D labs, and training institutions.

As a leading manufacturer, Gordak Electric designs hot air rework stations that provide the following advantages:

  • Non-contact heating minimizes the risk of damaging sensitive components
  • Precise control over temperature and airflow ensures compatibility with a wide range of materials and package types
  • Time-saving performance when compared to traditional soldering methods for SMD repair
  • Wide applicability across consumer electronics, automotive electronics, telecommunications, and more

To ensure optimal results and safety, users should consider the following best practices:

  1. Select the appropriate nozzle size based on component type
  2. Preheat the board if necessary to avoid thermal stress
  3. Adjust the temperature and airflow according to the solder and component specifications
  4. Use ESD-safe tools and accessories to protect sensitive devices
  5. Clean and maintain the station regularly to extend its service life

Gordak Electric is a professional manufacturer of soldering and rework equipment with decades of experience in the electronics industry. Our product lines include hot air rework stations, soldering stations, and related accessories trusted by professionals around the world.

We are committed to providing high-quality, cost-effective tools supported by excellent customer service.

For product inquiries, technical support, or OEM/ODM cooperation, please contact us:
Email: info@gordakelec.com

Please enable JavaScript in your browser to complete this form.