Deutsch

Laser giant nLIGHT's preliminary performance forecast for the fourth quarter of 2024

1125
2025-01-16 13:53:55
Übersetzung anzeigen

Recently, nLIGHT, a manufacturer of high-power semiconductors and fiber lasers, released its preliminary performance forecast for the fourth quarter of 2024.

According to disclosed information, nLIGHT expects its revenue for the fourth quarter of 2024 to be between $46 million and $48 million, lower than the estimated range of $49 million to $54 million when it released its third quarter results on November 7, 2024.

 


In the fourth quarter of 2024, nLIGHT expects the company's laser product revenue to be between $31 million and $32 million; The revenue from advanced development is approximately $15 million to $16 million.

The total revenue for the fourth quarter of the same period in 2023 was 51.9 million US dollars, a year-on-year decrease of approximately 7.51% to 11.37%. NLIGHT believes that there are multiple factors contributing to the decline in income.

Currently, nLIGHT is mainly facing challenges such as sustained weakness in the industrial market, technical challenges in microfabrication business, and delivery time for a limited number of defense products, resulting in a decrease in overall product revenue.

In addition, due to nLIGHT's efforts to adjust several non recurring expenses related to its industrial business scale, the company expects gross profit margin and adjusted EBITDA to be significantly lower than its previously announced fourth quarter forecast range. Previously, it had predicted in its third quarter financial report that the overall gross profit margin for the fourth quarter of 2024 would be between 17% and 21%, with laser products having a gross profit margin between 21% and 25%.

Based on the performance of the first three quarters of 2024, nLIGHT2024's annual revenue will be approximately between $197 million and $199 million. In 2024, nLight's GAAP net loss for the first three quarters was as high as $35.8 million.

In 2024, nLIGHT's overall gross profit margin for the third quarter is 22.4%. Due to a decline in revenue in the fourth quarter and nLIGHT's prediction that the gross profit margin will also be significantly lower than the original estimate of 17% to 21%, many industry insiders predict that nLIGHT will still incur losses in the fourth quarter, and will not be able to achieve profitability for the whole year, and the extent of the losses may further expand.

If predicted in this way, combined with previous years' performance reports, nLIGHT will suffer losses for six consecutive years, with a current net loss of up to $195.6 million.

Regarding this, Scott Keeney, President and CEO of nLIGHT, stated that although our commercial market continued to face difficulties in the fourth quarter, as the company enters 2025, I am optimistic about our overall business, especially our aerospace and defense businesses. This year, our multiple projects in the fields of directional energy and laser sensing have shown good visibility, and we are still in a favorable position for both short-term and long-term growth in the aerospace and defense industries.

In terms of directional energy business, it can be said to be a major highlight of nLIGHT, mainly involving directional energy weapons and laser sensors. In the third quarter alone, sales reached 30.3 million US dollars, a year-on-year increase of 60%. It is reported that nLIGHT has signed a contract with the US Department of Defense to produce megawatt level beam combining lasers by 2026. In terms of laser weapons, the key project is the US Army's DE M-SHORAD program, which develops a 50 kW high-energy laser for short-range air defense.

In terms of traditional industrial laser processing business, its sales have significantly declined. Keeney previously confirmed that nLIGHT will no longer produce products at its factory in Shanghai for the Chinese market. Although it still retains its business in the Chinese market, it has now transferred its production lines in China to Fabrinet in Thailand or nLIGHT's automated factories in the United States.

Despite facing overcapacity and weak demand for electric vehicles in the industrial laser field, nLIGHT believes that the additive manufacturing market is a major growth point for the company.

In this regard, nLIGHT announced in November 2024 the production of the Corona AFX-2000 dedicated 2kW laser. It is said to improve the productivity of laser powder bed fusion technology for metal additive manufacturing. We have successfully passed commercial validation for leading clients in the aerospace, defense, and automotive markets.

 

It is expected that AFX-2000 will be widely used in the field of highly reflective metals such as aluminum and copper, as these materials can significantly benefit from stable and high brightness laser processing, and printing speed may be tripled. Therefore, the introduction of AFX-2000 will help users achieve effective cost reduction in large-scale production of parts.

In addition, nLIGHT is collaborating with EOS to integrate nLIGHT's advanced beam shaping fiber laser into EOS metal 3D printers, in order to improve process control and overall productivity.

Source: Yangtze River Delta Laser Alliance

Ähnliche Empfehlungen
  • The research team has solved decades long challenges in the field of microscopy

    When observing biological samples under a microscope, if the medium in which the objective lens is located is different from the sample, the light beam will be interfered with. For example, when observing a water sample with a lens surrounded by air, the light bends more strongly in the air around the lens than in water.This interference can cause the measured sample depth to be smaller than the a...

    2024-04-27
    Übersetzung anzeigen
  • Scientists simulate the conditions that allow photons to collide with photons by using lasers

    As far as quantum physics is concerned, one of the most striking predictions is that matter can be produced entirely from light (i.e., photons). Pulsars are an example of an object capable of achieving this feat.In a recent study reported in the journal Physical Review Letters, a research team led by scientists at Osaka University simulated the conditions that allow photons to collide with photons...

    2023-08-11
    Übersetzung anzeigen
  • The Japanese research team has manufactured a vertical deep ultraviolet emitting semiconductor laser device based on AlGaN, which is expected to be applied in fields such as laser processing

    Recently, a Japanese research team has developed a vertical deep ultraviolet emitting semiconductor laser device based on AlGaN, which is expected to be applied in laser processing, biotechnology, and medical fields.As is well known, ultraviolet (UV) is an electromagnetic wave with a wavelength range of 100 to 380nm. These wavelengths can be divided into three regions: UV-A (315-380 nm), UV-B (280...

    2023-10-23
    Übersetzung anzeigen
  • The L4 Aton laser at Eli Beamlines achieves an output power of 5 petawatts

    According to the Extreme Light Infrastructure (ELI), the L4 ATON kilojoule laser at the ELI beamline facility in Dolní Břežany near Prague, Czech Republic, has achieved peak powers exceeding 5 petawatts (10¹⁵ W).The research institute stated: “This confirms that L4 can operate safely and reliably at this energy level, which is crucial for scaling up power and preparing for scientific experiments.”...

    10-28
    Übersetzung anzeigen
  • Luxiner launches modular laser processing solution Multiscan HE

    Recently, Luxiner, the leading brand in the field of laser technology in the UK, announced the launch of MultiSCAN ®  The latest members of CO2 laser systems - Multiscan HE 10i, 15i, and 25i. These new systems are presented in a completely independent form, integrating power, PC, and software, providing users with comprehensive solutions.The Multiscan HE 10i, 15i, and 25i not only inherit the indu...

    2024-06-07
    Übersetzung anzeigen