WXHotAir Hot-air station

dpvlink 32710

900 W regulated high power for demanding rework applications

WXHotAir delivers up to 900 W of thermal energy for demanding rework applications and complex printed circuit boards. Constant thermal output for profile-specific processes and uniform temperature distribution from 50 to 600 °C ensure profile-compliant rework. The integrated vacuum pickup enables safe and precise component removal immediately after reflow.

High-precision component removal after reflow with two vacuum pickup options

• Integrated vacuum: The hot-air handpiece lifts the component directly off the PCB as soon as the solder has melted. No additional accessories are required.
• External vacuum: The station operates either the WVP vacuum pipette or the WRK reflow set for precise component pickup after reflow.

Reworking PCBs with a high copper content

The 900 W output power compensates for rapid heat dissipation in PCBs with a high copper content and high thermal mass.

Safe handling of temperature-sensitive components

Integrated temperature monitoring, teach-in mode, and overheating protection help prevent thermal damage during the rework process.

Additional features for controlled and precise finishing

Dual-function hot-air nozzles

The nozzle design combines an optimized airflow with component preheating, thereby supporting controlled heat transfer during finishing.

1. Component preheating

The integrated preheating function helps reduce the required maximum temperature and the thermal stress on the component.

2. Optimized airflow

Airflow-optimized outlets direct the hot air directly onto the pins.

LED Status indicator

The integrated LED displays the station’s current operating status via distinct color signals and light patterns, enabling a quick visual check at a glance.

WXHotAir – 3 setups for different requirements

WXHotAir supports three operating configurations: independent standalone operation for straightforward hot-air applications; integration into the WXsmart platform for a compact, traceable soldering and rework workflow; and use in combination with the WXHotAir Desktop Software (included in the price) for profile creation and process documentation. 

Standalone operation

For straightforward applications with fixed settings

Standalone operation supports applications with fixed temperature and airflow settings, such as heat-shrink tubing or manual soldering and desoldering. Three presets can be configured in the Windows software and saved in the unit.

• Operation without a connected computer
• Fixed temperature and airflow settings
• Three saved presets with colour coding

Integrated into the WXsmart soldering platform

For a compact, integrated rework workstation

With the addition of WXHotAir, WXsmart becomes a three-channel rework system with high-performance hot air. This is the ideal setup for users looking for an all-in-one solution. The stackable design saves space. Profile mode, teach-in mode and full traceability support controlled processes.

• Upgrade from two to three channels
• High-power hot air plus two soldering tools
• Space-saving, stackable design
• Profile mode, teach-in mode and full traceability

In combination with the included WXHotAir desktop software

For profile creation, monitoring and documentation

The supplied Windows software supports the creation of complex profiles, sensor tracking, teach-in mode, dwell time and reflow monitoring, as well as graphical temperature analysis. Profiles can be archived as CSV files and saved alongside images, PDFs and comments. Administrator and operator modes separate editing from execution.

• Simple and convenient profile creation and execution
• Unlimited profile archiving and reuse
• Sensor tracking and teach-in mode
• Project-specific process documentation
• Role-based user access

WXHotAir desktop software: simpler reworking – with full process control

For controlled, profile-based reworking

• Quick and easy profile creation
• Intelligent profile management
• Sensor tracking and teach-in mode
• Live temperature monitoring
• Integrated safety functions
• Digital process documentation
• Role-based user management
• Preheating control

Intelligent profile management

An unlimited number of rework profiles can be created, archived, uploaded and reused. Each printed circuit board can contain up to five profiles for different components or applications. This enables structured, project-based profile management.

Complete process transparency

The graphical workspace displays the programmed temperature curve alongside the measured sensor values throughout the entire process. Profile phases, process progression and actual component temperatures are all visible in a single view.

The key features for controlled, repeatable rework

Sensor tracking & teach-in mode

Two connectable sensors monitor temperatures in real time. Monitoring dwell and reflow temperatures optimises process control. The teach-in mode records the time taken for each process step to reach the defined sensor temperature. This enables rapid profile creation for consistent, repeatable and high-quality results.

Professional process monitoring

Programmed setpoints, as well as tool and sensor temperatures, are displayed throughout the entire process. The graph visualizes the complete thermal profile and can be saved for later analysis.

Integrated safety & protection:

Sensor-based monitoring checks defined temperature limits and thermal load during operation. Shutdown at peak temperature and a configurable auto-off function provide additional process protection.

Digital process documentation

Profiles, comments, PDF work instructions and images are saved in the relevant project. CSV profiles can be archived, uploaded and reused together with all relevant process information.

User management

Administrator and operator modes separate profile management from process execution. Operators can load and run validated profiles, whilst changes to parameters are reserved for administrators.