Instrument repairer, fine mechanics salary

What does it mean to work as an Instrument Repairer in precision mechanics?

Working as an instrument repairer in precision mechanics involves specializing in repairing, maintaining, and calibrating precision mechanical instruments. These can range from precision tools to medical devices and measuring instruments. The work requires a high level of accuracy and technical understanding, as even the smallest deviations can affect the instruments' function and accuracy.

Tasks and work environment

Instrument repairers in precision mechanics often work in workshops or laboratory environments where they use specialized tools and equipment to carry out their tasks. It may also involve working at customers' sites to perform repairs and maintenance on-site. The work can be physically demanding and often requires good eyesight and fine motor skills.

Salary for Instrument Repairer in precision mechanics

According to the latest statistics, the average salary for an instrument repairer in precision mechanics is 33 400 Swedish Krona per month. However, there is a gender pay gap where men earn an average of 35 800 Krona, while women earn 28 000 Krona, meaning that women's salary corresponds to 78% of men's salary.

Salary development

Since the last measurement, the average salary has increased from 31 900 to 33 400 Krona, indicating a positive salary development in the profession. Hourly employees in the field have an average hourly wage of 201 Krona, based on 166 working hours per month.

Salary range and highest/lowest salaries

The highest recorded salary for a male instrument repairer in precision mechanics is 39200 Krona, belonging to a privately employed worker with a post-secondary education shorter than 3 years. For women, the highest salary is 33300 Krona. At the same time, the lowest salary for a woman is 28 000 Krona and for a man is 33700 Krona.

Education and qualifications

To work as an instrument repairer in precision mechanics, a technical education from high school or a post-secondary education in a relevant field is often required. Many employers prefer candidates with experience in working with precision mechanical components and a good technical understanding. There may also be opportunities to further educate oneself in specialized areas to enhance skills and thus employability.

Future prospects in the profession

There is limited information on the future prospects for instrument repairers in precision mechanics, making it difficult to make a clear forecast on job opportunities and recruitment situations. This may be due to the profession being part of a larger occupational group and the limited data available to assess the future of this specific role.

Challenges and opportunities

One of the major challenges for instrument repairers in precision mechanics is keeping up to date with technological advancements and the new instruments constantly being introduced to the market. However, this development can also present opportunities for those willing to further educate themselves and specialize in new areas.

Summary of the profession's advantages and disadvantages

Working as an instrument repairer in precision mechanics can be very rewarding for those with an interest in technology and precision mechanical components. It is a profession that requires precision and a high technical understanding, but it also offers the opportunity to work with advanced technology and contribute to ensuring important instruments function correctly.

• Advantages: Work with advanced technology, opportunities for further education, technical challenges.
• Disadvantages: Physically demanding work, gender pay gap, limited future forecasts.

For those considering a career in this field, it is important to weigh these advantages and disadvantages against each other and consider what type of work environment and tasks best suit one's interests and skills.