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Founded in 1997, Hanbit Laser is a specialized manufacturer of industrial laser and application equipment, supplying laser welding, cutting, surface treatment, and marking equipment to the automotive, secondary battery, and semiconductor industries.

The company holds a 92% share of the domestic laser VIN marker market used on Korean automakers' production lines, and it has diversified its portfolio through formation-process manufacturing and new laser development built on its secondary battery equipment technology.

As of Q3 2025, semiconductor/electronics manufacturing equipment accounted for the largest share of revenue at 37.29%, followed by automotive (EV) equipment at 31.99% and secondary battery equipment at 28.11%.

The company holds a domestically unique patent for glass substrate scribing and cutting technology, positioning it as a candidate equipment supplier for companies such as Samsung Electro-Mechanics pursuing glass substrate mass production.

It is also known as a laser equipment supplier to large secondary battery makers including LG Energy Solution. In the glass substrate laser processing space, it is mentioned alongside peers such as Laser Cell and Roche Systems.

In April 2026, the company completed an expansion of its third factory (CR building, 2,933 square meters) at its Daejeon headquarters, securing a state-of-the-art clean-type facility for large equipment manufacturing and adding more than approximately 310% additional production capacity compared to before.

The expansion was aimed at strengthening a new product lineup applying next-generation laser fusion technology and responding to high-precision laser demand from semiconductor and electronics customers.

Hanbit Laser's annual results have shown pronounced swings. Solid 2022 results of KRW 20.6bn in revenue and KRW 2.4bn in operating profit (11.6% margin) were followed by 2023, when revenue rose to KRW 22.7bn but operating profit collapsed to KRW 0.6bn (2.8% margin) and the company posted a large net loss of KRW -5.6bn.

In 2024, revenue fell to KRW 18.5bn amid the secondary battery chasm, with an operating loss of KRW -2.6bn and a net loss of KRW -2.1bn, reflecting the direct impact of weak EV and battery end-markets.

In 2025, revenue rebounded to KRW 24.2bn (+30.8%), operating profit reached KRW 1.96bn (8.1% margin), and net profit came to KRW 2.44bn, marking a return to profit after two years.

This turnaround is understood to reflect both expanded semiconductor/electronics revenue and fixed-cost reductions from operational efficiency.

On a quarterly basis, Q3 2025 was weak, with revenue of KRW 5.18bn, an operating loss of KRW -0.34bn, and a net loss of KRW -0.16bn, but the seasonally strong Q4 delivered revenue of KRW 10.2bn, operating profit of KRW 2.6bn (roughly 25.5% margin), and net profit of KRW 2.9bn, driving the full-year result.

This reconfirmed the company's structural tendency to concentrate revenue in the fourth quarter.

Entering 2026, Q1 revenue of KRW 6.33bn, operating profit of KRW 0.17bn (2.7% margin), and net profit of KRW 0.31bn showed a sharp slowdown as the seasonal off-peak set in, and Q2 revenue of KRW 4.45bn, operating profit of KRW 0.51bn (roughly 11.4% margin), and net profit of KRW 0.47bn showed a further revenue decline but a somewhat improved margin.

Cumulative owners' net profit over the trailing four quarters (Q3 2025 through Q2 2026) stood at KRW 3.52bn, a figure still heavily weighted by the strong Q4 2025 contribution.

The global laser processing market is projected to grow at roughly 7.9% annually, driven by technological advances, expanding manufacturing automation, and government localization policies for materials, parts, and equipment, with some market research pointing to a market size of about USD 44.09bn by 2032.

Hanbit Laser's core end-markets—secondary battery and EV—are widely viewed as still being in a chasm phase. The company's CEO has said the secondary battery end-market slowdown is likely to persist at least through 2026, while also noting that new opportunities are emerging beneath the surface.

The semiconductor/electronics segment has filled this gap: its share of revenue, which stood in the low teens through 2024, expanded to around 42% in the first half of 2025 and remained near 40% in the third quarter. Semiconductor glass substrates are cited as a new growth axis.

Glass substrates offer superior fine-circuit implementation and heat dissipation compared to conventional plastic substrates, making them a next-generation material of interest for high-performance semiconductor packaging, with large domestic firms including Samsung Electro-Mechanics, LG Innotek, and SKC pursuing development and trial production.

In glass substrate laser cutting and scribing, competition has formed alongside Hanbit Laser with peers such as Laser Cell and Roche Systems also mentioned. However, the timing of glass substrate mass production remains uncertain, and the target timelines set by major customers have been observed to shift.

The company has set a 2026 revenue growth target of at least 20% year over year, and market commentary has floated the possibility of revenue reaching the low-to-mid KRW 30 billion range conservatively, or as high as roughly KRW 40 billion in a favorable scenario.

The basis for this target is the third factory (CR building) expansion completed in April 2026; the company has explained that at full utilization, the new facility could support production up to roughly five times the scale of the existing factory's revenue capacity (based on an annual capacity of around KRW 100 billion).

Markets view the new factory's 2026 activation timeline, along with its design capability for large equipment production, as the key variables that will determine the pace of future revenue and order growth.

New business areas cited include AI-based equipment upgrades, robotics automation expansion, entry into glass substrate processes, and new secondary battery charge/discharge business, which are viewed as a phased growth roadmap aligned with process upgrades across end-markets.

In glass substrates, Samsung Electro-Mechanics plans to move into mass production after 2027 following customer sample promotions at its trial production line in Sejong, making the timing and outcome of any related equipment orders to Hanbit Laser an important item to watch.

In addition, in April 2026 the company was selected as the lead institution for a new 2026 Space Pioneer Program project under the Korea AeroSpace Administration to develop a microwave radiometer quasi-optical antenna system and low-noise receiver, with a consortium reportedly including a defense affiliate of LIG Nex1 and KAIST.

This represents a diversification attempt into aerospace, a field distinct from the company's existing industrial laser equipment business, and it is expected to take time before this new business contributes visible revenue.