IPG Photonics

IPG Photonics ROCE

The Return on Capital Employed (ROCE) of IPG Photonics (IPGP) as of Oct 27, 2026 is 0.62 %. In the previous year, Return on Capital Employed (ROCE) was -10.29 % — a change of -105.99% (higher).

ROCE

0.62 %

YoY

-105.99%

Last updated:

In 2025, IPG Photonics's return on capital employed (ROCE) was 0.62 %, a -105.99% increase from the -10.29 % ROCE in the previous year.

The IPG Photonics ROCE history

  • 3 Years

  • 10 Years

  • 25 Years

  • Max

ROCE
Date
ROCE
Jan 1, 2018
23.72 USD
Jan 1, 2019
9.73 USD
Jan 1, 2020
7.66 USD
Jan 1, 2021
13.39 USD
Jan 1, 2022
7.11 USD
Jan 1, 2023
9.60 USD
Jan 1, 2024
-10.29 USD
Jan 1, 2025
0.62 USD
The IPG Photonics ROCE history
YEARROCEYoY
0.62 %-105.99%
-10.29 %-207.11%
9.60 %+35.16%
7.11 %-46.94%
13.39 %+74.86%
7.66 %-21.31%
9.73 %-58.98%
23.72 %-12.94%
27.25 %+16.52%
23.39 %-13.80%
27.13 %+0.07%
27.11 %—

Access this data via the Eulerpool API

100,000 free requests/mo · no credit card

IPG Photonics Stock analysis

What does IPG Photonics do? IPG Photonics Corp is a leading manufacturer of high-performance fiber lasers and amplifiers as well as optical components and accessories. The company was founded in Massachusetts in 1990 and currently employs over 6,000 employees worldwide. The business model of IPG Photonics Corp focuses on the development and marketing of advanced laser and fiber technologies that can be used in a variety of applications. The product range includes a wide range of laser sources including fiber, disk, semiconductor, gallium arsenide, CO2 and other gas lasers. A variety of applications include industrial material processing, heat adjustment, medical therapy, biotechnology, and semiconductor manufacturing. IPG Photonics Corp is also active in the aerospace industry and supplies laser and additional optical components used in communication technology, lidar technology, and defense technology. IPG Photonics Corp's customers include both large and small companies in the high-tech industry, government agencies, and universities worldwide. In 2006, IPG Photonics Corp acquired the laser and fiber technology of the University of Southampton, further strengthening its position as a market leader. The resulting technology has allowed the company to increase its productivity and efficiency and improve its competitive position in the global market. The materials processing division includes numerous applications such as cutting, welding, soldering, marking, and drilling. The fiber technology of IPG Photonics Corp offers the highest quality in materials processing and allows companies to increase their production efficiency. Laser technology can also be used in the production of electronics, automotive parts, aerospace vehicles, medical devices, and many other industries. The medical technology division includes laser applications in medical diagnosis and therapy. Areas of application include skin rejuvenation laser treatment and eye surgeries. IPG Photonics Corp develops innovative laser technologies to improve the available options for diagnosis and therapy on the market. In addition to materials processing and medical technology, IPG Photonics Corp is also active in communication technology, lidar technology, and defense technology. In communication technology, fiber lasers are used in fiber optic cables to increase data traffic. In lidar technology, lasers are used to measure the distance of objects and gather information about their shape and movement. In defense technology, lasers are used to detect or destroy enemy targets. IPG Photonics Corp aims to advance the development of laser and fiber technologies and develop innovative solutions for production, medicine, communication technology, lidar, and defense technology. With its innovation and leading role in the market, the company will continue to meet customer requirements and maintain its leadership position in the industry. IPG Photonics is one of the most popular companies on Eulerpool.

ROCE Details

Unraveling IPG Photonics's Return on Capital Employed (ROCE)

IPG Photonics's Return on Capital Employed (ROCE) is a financial metric that measures the company's profitability and efficiency with respect to the capital employed. It is calculated by dividing earnings before interest and tax (EBIT) by the employed capital. A higher ROCE indicates that the company is effectively utilizing its capital to generate profits.

Year-to-Year Comparison

Analyzing IPG Photonics's ROCE annually provides valuable insights into its efficiency in using its capital to generate profits. An increasing ROCE indicates improved profitability and operational efficiency, whereas a decrease might signal potential issues in capital utilization or business operations.

Impact on Investments

IPG Photonics's ROCE is a critical factor for investors and analysts for evaluating the company’s efficiency and profitability. A higher ROCE can make the company an attractive investment, as it often signifies that the firm is generating adequate profits from its employed capital.

Interpreting ROCE Fluctuations

Changes in IPG Photonics’s ROCE are attributed to variations in EBIT or the capital employed. These fluctuations offer insights into the company’s operational efficiency, financial performance, and strategic financial management, assisting investors in making informed investment decisions.

Frequently Asked Questions about IPG Photonics stock

Return on Capital Employed (ROCE) of IPG Photonics is 0.62 % in 2025.

Return on Capital Employed (ROCE) of IPG Photonics changed from -10.29 % to 0.62 %, representing a -105.99% change. The value is higher than the previous year.

On Eulerpool you can find the complete historical development of Return on Capital Employed (ROCE) IPG Photonics since 2006 – with annual values, charts, and detailed analysis.

ROCE is a profitability measure and stands for Return on Capital Employed or the return on invested capital. The measure shows the ratio of operating profit to the interest-bearing capital employed. The higher the return on capital employed, the more profitable a company operates and the higher the important free cash flow. The free cash flow refers to the portion of profits that is not needed for expanding the company at the end of a period, but is available to shareholders.

A 'good' varies by industry and company stage. On Eulerpool, you can compare Return on Capital Employed (ROCE)'s IPG Photonics with sector peers and the industry average to assess whether it is attractive.

To evaluate Return on Capital Employed (ROCE)'s, it is essential to compare it with peers in the same industry and sector. On Eulerpool, you can find direct industry comparisons for Return on Capital Employed (ROCE).

Access this data via the Eulerpool API

100,000 free requests/mo · no credit card

Profitability — IPG Photonics

All Key Metrics — IPG Photonics