When it comes to Django development, debugging can be one of the most critical aspects to ensure your application runs smoothly. Below are the Top 10 Debugging Tools that can enhance your efficiency and streamline your workflow:

1. Django Debug Toolbar - This invaluable tool provides a detailed breakdown of SQL queries, cache usage, and template rendering times, making it easier to identify and resolve performance bottlenecks.
2. pdb - The Python debugger allows you to set breakpoints and inspect variables at runtime, providing a powerful way to troubleshoot issues in your code.
3. django-extensions - This package adds a variety of management commands, including shell_plus and runserver_plus, which enhance the built-in Django features for deeper debugging insights.
4. PyCharm - A popular IDE, PyCharm offers robust debugging capabilities like variable watches and step-through debugging which simplifies the Django development process.
5. Sentry - This error tracking tool captures uncaught exceptions in your Django applications, providing real-time feedback and aiding in quick bug fixes.

Django is a powerful web framework, but like any other software, it is not immune to bugs. Some common issues developers face include ImportError, which typically arises when the specified module cannot be found. This often happens due to naming conflicts or missing module installations. To fix this, ensure that the module is installed in your virtual environment, and double-check your import paths for any typos. Additionally, utilizing django-admin can help identify project structure issues that lead to such errors.

Another frequent bug is the OperationalError, which usually indicates problems connecting to the database. Common causes include incorrect database settings in settings.py or the need to run migrations. If you encounter this error, start by reviewing your settings for the DATABASES section, and use the python manage.py migrate command to ensure your database schema is up to date. Regularly testing your database connections during the development phase can help prevent this issue.

One of the primary reasons Django stands out as a robust framework for bug-free development is its emphasis on convention over configuration. This principle promotes a standardized way of building applications, which helps reduce the likelihood of errors that can arise from misconfigurations. By providing a structured approach, Django enables developers to focus on implementing features without getting bogged down in repetitive setup tasks. Additionally, Django's built-in development server and debugging tools allow for real-time error tracking, making it easier to identify and resolve issues swiftly.

Another significant advantage of using Django is its extensive testing framework. Integrated functionalities allow developers to write test cases that can be executed easily and consistently, ensuring functionality stays intact with every code modification. This focus on automated testing not only helps catch bugs early in the development lifecycle but also fosters a culture of quality assurance. As a result, teams can release updates with confidence, knowing that the groundwork for a stable and reliable application has been firmly laid.