Probably not. Perhaps a European photonics cluster. When people talk about AI, it’s usually about NVIDIA, data centers, or the next language models. At the same time, something exciting has happened in Europe: In the planned Chips Act 2.0 , photonics has been explicitly named for the first time as a strategic field of the future.

This comes as no surprise. After all, modern AI systems need more than just computing power. Above all, they must process ever-larger amounts of data quickly, reliably, and energy-efficiently. This is precisely where a future infrastructure bottleneck could emerge.

What I find exciting is that (with the exception of X-Fab and Nokia) my own portfolio and, to some extent, the bottleneck wikifolios already include several European companies that together almost form a complete photonics value chain :

🇫🇷 Riber
$ALRIB (+4,05%)

MBE systems for the production of highly specialized III-V semiconductors.

🇫🇷 Soitec
$SOI (+6,01%)

Specialty substrates and wafer technologies as the foundation for photonic integration.

🇩🇪 Aixtron
$AIXA (+5,86%)

Production equipment for InP, GaN, and other photonics applications.

🇳🇱 X-Fab
$XFAB (+3,32%)

European foundry expertise for sensor technology and photonic applications.

🇸🇪 Sivers Semiconductors
$SIVE (+11,6%)

Photonics and high-frequency chips for data transmission.

🇮🇹 Technoprobe
$TPRO (+0,73%)

Probe cards and test solutions for increasingly complex semiconductor structures.

🇫🇮 Nokia
$NOKIA (+3,63%)

Optical networking technologies for the next generation of data transmission. The acquisition of Infinera makes Nokia an increasingly relevant European player in the field of optical networking.

🇮🇹 Prysmian
$PRY (+0,62%)

Fiber-optic infrastructure as the physical backbone of digital data transmission.

Taken individually, some of these companies seem rather unremarkable. Taken together, however, they tell a different story. Not that of a continent that has fallen behind. But rather the story of a potential European photonics ecosystem in the making.

Whether this will actually give rise to global champions, no one knows today. But that is exactly where I look for bottlenecks: one level below the obvious winners. Where new technologies are made possible in the first place.

⚠️ Not investment advice.

#photonics
#wikifolio
#scalelimits
#europa

Hello my dears,

Today we're going to show everyone who thinks of shoes when they think of Chucks what the precious Chucks are.

After the great success of our company presentation from France by Riber $ALRIB (+4,05%) . we took another look around the semiconductor industry in France.

Just like Riber, we have found another niche champion.

Today we would like to introduce you to an indispensable blade supplier.

How much potential do you see here? And do you share Juan's opinion that we even have a long-term tenbagger candidate here?

With SEMCO we present you a newcomer to the stock market.

$FR0014010H01 (+1,26%)

SEMCO Technologies specializes in the development and manufacture of electrostatic chucks for the production of semiconductor components.

Net sales are distributed geographically as follows: France (16.3 %), Europe (9.1 %), Asia (41.9 %) and America (32.7 %).

Number of employees: 54

Semco Technologies has announced that it has passed several important milestones in the implementation of its growth strategy. In particular, the specialist in the development and manufacture of strategic components for semiconductor production has announced the opening of a subsidiary in China to strengthen its commercial and industrial presence in one of its strategic markets.

In addition, the company has continued to automate its production site in Montpellier in order to increase its industrial capacity and meet the growing demand for semiconductors.

Finally, Semco Technologies has appointed Clément Dupuy as Technical Director to manage the innovation and co-development of eChucks with customers and prospects. An eChuck is an electrostatic chuck. It is a high-precision component used in factories for the production of electronic chips.

© MarketScreener.com - 2026

(14,01,2026)

01 - What is a chuck?

The chuck is the carrier on which the wafer (silicon wafer) is placed for processing

02 - What is its purpose?

The chuck is the only component in contact with the wafer to ensure stability, purity and thermal control during the semiconductor manufacturing process

03 - What is the added value of Semco's chucks?

SEMCO produces next generation eChucks or electrostatic chucks to improve the quality and yield of the final product

04 - Who do you produce eChucks for?

SEMCO markets its eChucks to the world's leading manufacturers of next-generation semiconductor production equipment

AIXTRON, HITACHI, BETONE, AMEC, NAURA, SPTS, ASML, NIKON, Besi, ZEISS, Applied Materials, Lam Resarch, Tokio Electron, KLA, ASM Intern.

SEMCO's moat is based on:

1) Specialization in "Next-Gen eChucks"

SEMCO focuses on new generations of ESCswhich:

• better temperature control
• higher purity
• less particle formation
• higher yield stability.

This is a real differentiating factor.

2) Very small but extremely demanding niche

The ESC market is tinybut technologically extremely demanding. Only a few companies can even produce it.

→ High barriers to entry.

📌 Conclusion for investors

Direct competitors: Kyocera, Technetics, Plansee.

Moat: Yes - SEMCO has a technological niche moatwhich is based on material know-how, OEM qualification, purity, temperature control and process integration. based.

Market structure: Oligopoly with extremely high barriers to entry → very attractive for small specialists like SEMCO.

Why SEMCO can outperform (tenbagger logic)

(1) Tiny market + high barriers to entry

→ Few competitors, hardly any new players.

(2) OEM lock-in

→ Once qualified = years of sales.

(3) Technological advantage

→ "Next-Gen eChucks" are a real differentiator.

(4) Structural growth in the semiconductor market

→ ESC demand is growing faster than the overall market.

(5) SEMCO is small - the big players are sluggish

→ Asymmetrical competitive situation.

(6) Margin potential extremely high

→ ESCs are high-value components.

(7) Net cash balance + scaling

→ Financial data shows: SEMCO is growing cleanly and becoming more profitable every year.

⭐ Juan's conclusion: Why SEMCO can outperform

SEMCO sits in a mini niche with mega barriersdelivers next-gen technology, is OEM qualified, is growing double-digit growth, has net cashand the competition is big, slow and not focused.

This is exactly the kind of asymmetric setupfrom which tenbaggers emerge.

SEMCO_HYR2025_25092025_FR_vf.pdf

Juan's conclusion (short & sweet):

Semco delivers a strong growth triangle: sales are growing at double-digit rates every year, EBIT and FCF are growing cleanly and margins remain impressively stable at a high-tech level. Net debt has turned deeply negative - in other words, the company is really solid financially. EPS jumps dynamically upwards again after the split effect. Overall: small company, but the key figures look like something out of a textbook for scalable, profitable growth.

Market value 569.8

Number of shares (in thousands) 10,267

Juan analysis (key valuation figures 2025-2027)

Semco looks like a classic high-growth stock that is only just entering its valuation normalization phase. The FCF yield is rising cleanly every year - still low, but clearly heading in the right direction. The dividend is growing moderately, but remains rather symbolic.

The P/E ratio is falling from "sporty" to "healthy growth", while the P/B ratio and PEG show that the market is increasingly pricing in scaling, but is no longer exaggerating. PEG 2027 at 1.2 is almost a quality signal: growth and valuation are coming into balance.

In short: Semco is getting cheaper every year without growth slowing down. Exactly the kind of valuation trend that is really fun in the long term.

⭐ Juan's hoodie conclusion

"Semco is scaling like a high-tech mini-champion: growth strong, margins rising, cash flow getting stronger and valuation falling every year. Exactly the kind of structural setup that creates long-term tenbaggers."

Performance

1 week +13.38 %

1 month +18.21 %

6 month + 134.18 %

03,06,2026, 17:35:10 -

Euronext Growth Paris (EUR)

55.50 EUR

$FR0014010H01 (+1,26%) (@Get_Rich_or_Die_Tryin ,great margins)

Photonics is usually reduced to lasers, transceivers or optical networks. However, the actual value creation begins much earlier. Before light can transmit data, highly highly specialized semiconductor layers have to be produced in the first place. be produced in the first place. This is precisely where companies such as Aixtron and Riber come into play.

$AIXA (+5,86%) (Aixtron, Germany) develops MOCVD systems for Metal-Organic Chemical Vapor Deposition (MOCVD). In simple terms, this involves the material layers which are later used in lasers, optical components, power semiconductors or other optoelectronic components, for example.

The focus is on industrial scaling. When new technologies make the step from the laboratory to mass production, it is often precisely these kinds of production tools that are needed.

$ALRIB (+4,05%) (Riber, France) takes a different approach. The company builds systems for molecular beam epitaxy (Molecular Beam Epitaxy, MBE). This process is slower and much more specialized, but allows for exceptionally precise control of individual material layers.

Such systems are used, for example, for advanced laser structures, quantum dots or other sophisticated photonics applications.

From an investor's perspective, the two stocks differ significantly:

• Aixtron looks more like the industrial scaling machine of the topic. Larger, more broadly positioned and with several sales markets. (That's why it's also in my wikifolio TechLimits which focuses on acute bottlenecks).

• Riber is closer to the technological frontier. Smaller, more volatile and more dependent on individual projects. On the other hand, technological breakthroughs can have a much greater impact. (I may add Riber as a more speculative stock to my wikifolio soon NextLimits which addresses future bottlenecks).

The interesting point is that the bottleneck is often not in the finished product, but one level below. If you only look at lasers and networks, you may overlook the companies that have the technological prerequisites for this in the first place.

#dibs
#wikifolio
#scalelimits

$ALRIB (+4,05%) just kept on $ALRIB (+4,05%) things. The 200% mark was reached yesterday. My buyin was €5.30 on 16.02. Even for the high-risk small caps that I usually trade, that's a pretty strong performance for a share. I therefore decided to hedge my profits with TSL. This then took effect today and I got out at €16.47 for the time being.

$ALRIB (+4,05%) continues to go through the roof. That almost single-handedly saves my portfolio today.

$ALRIB (+4,05%)

Hello my dears,

Since my introduction a month ago, things have been going up here.

That's why I wanted to remind you of the share once again.

I still don't think the share is too expensive in terms of valuation, but I wouldn't buy into the flagpole now. And wait for a correction.

Riber: Margins are rising, AI boom is driving - Hidden Champion before the next price surge?

Riber is one of the hidden champions of the European semiconductor industry. The French company is a global leader in the field of molecular beam epitaxy (MBE) - a key technology that can be used to produce semiconductor layers with atomic precision. This precision is crucial for modern applications ranging from 5G and 6G communication to optoelectronic components and quantum computers.

The business model is broadly based. Riber not only develops and produces highly specialized systems, but also offers components, software solutions and services. Customers range from research institutions to industrial chip manufacturers. This combination of technological expertise and close cooperation with the scientific community gives the company a strategically strong position in a highly innovative market.

Riber: Margen steigen, KI-Boom treibt – Hidden Champion vor nächsten Kursschub? - ARIVA.DE

joined 6 weeks ago in $ALRIB (+4,05%) 6 weeks ago. After yesterday and today it is up almost 60%. That's what you call a lucky hand in choosing the right time to get in.

Hello my dears,

by now I can roughly estimate what you are looking out for. And especially for the very critical friends @Get_Rich_or_Die_Tryin , @Klein-Anleger it is becoming increasingly difficult to find a company.

That's why I started looking for a hidden champion in Europe today. Because I read in some of the comments that people would like to reduce the USA somewhat. But I've also read that people still want to have the classic US growth sectors in their portfolios. However, some uncertainty is slowly spreading with AI. And due to the sometimes high valuations, it is no longer so easy for me to find a suitable stock for you.

That's why I took a deep dive into the engine room today.

And have focused on a growth sector. And I'm really proud that I've found a stock that doesn't swim in this AI bubble. And should still benefit from investments in data centers. We should also benefit greatly from the autonomous driving revolution that is yet to come.

But what I find really exciting is that they are involved in quantum research.

My dears, that was the story. But I know that nobody here buys on the basis of a good story. That's why I'm still focusing on increasing sales, double-digit profit growth and, most importantly, a rising EBIT margin.

And of course you want all this at an acceptable valuation.

In terms of the chart, however, I would definitely wait for the correction until upward momentum becomes apparent again.

The most exciting thing for me now will be your comments on the company. I am looking forward to it.

$ALRIB (+4,05%)

RIBER fulfills almost all the criteria of a hidden championeven if the company is small and less well known in Germany.

Market leadership in a clearly defined niche → YES

RIBER is, according to its own presentation and industry knowledge:

• World market leader for MBE systems
• World market leader for MBE components (evaporation sources, plasma sources etc.)
• The only supplierthat covers research, pilot production and industrial MBE production

This is an extremely well-defined, highly specialized niche.

Result: ✔️ Hidden champion criterion fulfilled.

1. company profile

RIBER S.A. is a world leader in the manufacture of equipment and services for molecular beam molecular beam epitaxy (MBE). The company has decades of expertise in ultra-high vacuum technology (since 1964) and has focused on MBE since 1977.

These high-tech materials are essential for the production of composite semiconductor materials and new materials for numerous general applications, including new information technologies, OLED flat panel displays and new generation solar cells. The breakdown of net sales by product family is as follows:

- MBE systems (75.3%);

- Components and services (24.7%).

The geographical breakdown of net sales is as follows: Europe (35.7 %), Asia (55.3 %), North America (7 %) and Turkey (2 %).

Number of employees: 119

2. technology & importance

MBE enables the precise application of extremely thin semiconductor layers - layer by layer, with:

• atomic thickness control (up to monolayer),
• high purity,
• excellent uniformity and reproducibility.

This technology is essential for the production of modern components such as:

• LEDs
• laser diodes
• solar cells
• High-speed transistors
• Photonics and sensor systems

3. customers & markets

RIBER supplies worldwide:

• Universities
• Materials research institutes
• Semiconductor foundries
• Epiwafer manufacturers

Demand is growing particularly in areas such as

• Data communication
• 5G/6G
• VCSEL lasers (e.g. for 3D sensing)
• photonics
• sensor technology
• displays

4. product portfolio

RIBER offers:

• MBE research and production systems (e.g. MBE 49 for 150-200 mm wafers)
• MBE components such as RF plasma sources, evaporator sources, low temperature injectors
• Material vaporization sourceswhich are used for:
• Thin-film solar cells
• OLED displays
• modern silicon transistors.

5. positioning

The company emphasizes

• its technological leadership,
• the versatility of the systems,
• the close connection to future technologies,
• and that the creativity of the customers is the only limiting factor.

6. competitive overview (Global MBE Market Landscape)

The MBE market is small, highly specialized and dominated by a few providers. RIBER is indeed the market leader, but not without competition.

A. Main competitors

1. Veeco Instruments (USA)

Strength:

• Largest US manufacturer of epitaxy equipment (MBE + MOCVD).
• Strong in III-V materials, GaN lasers, VCSEL production.

Weakness:

• Stronger focus on MOCVD; MBE is only a sub-area.
• Fewer modular systems than RIBER.

Positioning:

• Industrial production, high-volume manufacturing.

2. Scienta Omicron (Sweden/Germany)

Strength:

• Extremely strong in UHV research systems.
• Very precise, scientifically oriented MBE tools.

Weakness:

• Hardly any industrial production systems.
• Focus on research, not on foundries.

Positioning:

• Premium research equipment for materials science.

3. DCA Instruments (Finland)

Strength:

• Flexible, robust MBE systems for research and pilot production.
• Good reputation in II-VI materials and oxide MBE.

Weakness:

• Smaller, less globally scalable.
• Weaker in service network.

Positioning:

• Niche provider with solid technology.

B. Why RIBER remains the leader

Based on the site and market knowledge:

• Largest portfolio of MBE systems worldwide (research + production).
• Strongest global installation base (universities, foundries, epiwafer manufacturers).
• Broadest range of sources & components (evaporation sources, plasma sources etc.).
• Technological depth through 60 years of UHV expertise.
• Strong position in growth areas such as VCSELs, photonics, 5G/6G.

RIBER is the only providerthat simultaneously:

• Research,
• pilot production,
• industrial series production.

This is a massive strategic advantage.

7 Classification of market opportunities

MBE technology is a niche market, but with disproportionately high growthbecause it is indispensable for many future technologies.

A. Growth drivers

1. VCSELs & 3D sensing

• iPhone-FaceID, AR/VR, Automotive-LiDAR.
• VCSEL epitaxy is MBE-dominated.
• RIBER is extremely strongly positioned here.

2. 5G/6G & high-frequency electronics

• GaAs, InP, GaN heterostructures.
• MBE enables more precise HEMT and HBT structures than MOCVD.

3. photonics & quantum

• Single-photon emitter
• Quantum dots
• Topological materials

MBE is here without alternative.

4 OLED displays & thin-film solar cells

RIBER supplies evaporation sourceswhich are used for:

• OLED TVs
• CIGS solar cells
• organic electronics.

This is a second, often underestimated mainstay.

B. Market size & dynamics

The MBE market is small but highly profitable:

• Estimated market size: $300-500 million annually
• Growth: 8-12% CAGR
• Drivers: photonics, sensor technology, quantum, 6G research

RIBER is estimated to hold >50 % market share in the MBE segment for research & pilot production.

C. Strategic opportunities for RIBER

1. expansion of industrial MBE production

VCSEL foundries are scaling up → RIBER benefits disproportionately.

2. components business (recurring revenue)

Evaporation sources, plasma sources, spare parts → Recurring revenuehigh margins.

3. geopolitical fragmentation

USA, EU, China build up their own semiconductor capacities → More demand for MBE systemsas research & pilot lines are localized.

Riber Inc. is the North American subsidiary of Riber S.A.the world's leading provider of MBE products and services.

The China subsidiary of RIBER is called:

磊备半导体科技（上海）有限公司

4. new material classes

• 2D materials (graphene, MoS₂₂)
• Topological insulators
• Quantum materials

MBE is the standard technology here.

3. risks (brief, but relevant)

• Cyclical investment budgets in research & foundries
• Export controls (USA-China)
• Concentration on a few major customers
• Small overall market → Limited economies of scale

But: RIBER is in a segment that is growing structurally.

4. conclusion

RIBER is in a highly profitable, technologically indispensable niche market. market. The combination of:

• Market leadership,
• broad portfolio,
• strong future markets (VCSEL, photonics, quantum),
• and recurring revenues from components

makes the company strategically very attractive.

Applications & markets

TECHNOLOGIES

⭐ 1. VCSEL (Vertical-Cavity Surface-Emitting Laser)

What is it? A VCSEL is a tiny laser that emits vertically from the chip surface. It is extremely efficient, fast and can be produced millions of times on a wafer.

What is it needed for?

• FaceID / 3D sensing (iPhone, iPad, AR glasses)
• LiDAR (autonomous driving)
• High-speed data transmission (data centers, fibre optics)
• Industrial sensors

Why is MBE important? VCSELs consist of precise layer stacks (Distributed Bragg Reflectors), which can only be produced in this quality with MBE.

Relevance for RIBER: VCSEL epitaxy is one of the biggest growth drivers for MBE systems

⭐ 2. photonics

What is that? Photonics is the technology that light instead of electrons for information processing. It is the basis for modern optical systems.

What is it needed for?

• Fiber optic communication (Internet, data centers)
• Lasers for industry & medicine
• Optical sensors
• AR/VR displays
• Silicon Photonics (Intel, Nvidia, Broadcom)

Why is MBE important? Photonic components are based on III-V semiconductors (GaAs, InP), which require extremely precise layer structures → MBE is ideal for this.

Relevance for RIBER: Photonics is a megatrendthat will grow exponentially in the long term.

⭐ 3. quantum (quantum materials & quantum devices)

What is this? "Quantum" here means technologies that quantum mechanical effects use quantum mechanical effects, e.g:

• Quantum computers
• Single photon sources
• quantum dots
• Topological materials

What is it needed for?

• Quantum computer (qubits)
• Quantum cryptography
• Highly sensitive sensors
• Research into new classes of materials

Why is MBE important? Quantum materials require atomic precisionoften layer by layer in the range of a few atomic layers. MBE is here without alternative.

Relevance for RIBER: Universities and research institutes buy MBE systems specifically for quantum materials research → stable, growing market.

Why these three areas are so important for RIBER

VCSEL:

• Exploding through 3D sensing & LiDAR
• One of the biggest growth drivers

Photonics:

• Data centers, fiber optics, AR/VR
• Stable demand, many customers worldwide

Quantum:

• Research is booming
• Universities & institutes buy MBE tools

All three require extremely precise semiconductor layerswhich only MBE can supply. This puts RIBER right at the center of these future technologies.

RIBER does not supply mass semiconductor manufacturers such as TSMC or Samsung, but rather high-value specialty and research customerswho require precise III-V epitaxy.

The most important customer segments are:

• Photonics and VCSEL manufacturers
• Epiwafer producers
• Universities & Institutes
• Quantum labs

It is precisely these segments that are growing structurally - a clear advantage for RIBER.

In 2025, the geographical breakdown of annual sales developed as follows: Europe accounted for 45.1% year-on-year (compared to 35.7% in 2024), Asia 39.7% (compared to 57.3%) and North America, also year-on-year, at 15.2% (compared to 7.1%). These changes reflect an increased diversification of the markets served

Outlook

Against the backdrop of large-scale investment programs in artificial intelligence, data infrastructure and quantum technologies, RIBER benefits from a pioneering technological positioning at the core of the semiconductor value chain.

For 2026, RIBER:

• continued strong demand driven by the need for MBE production systems for quantum dot lasers used in data centers;
• the industrialization and gradual expansion of the ROSIE platform, a breakthrough technology in silicon-based integrated photonics that covers high-potential markets.
• In 2026, the production of ROSIE 2, the dual-chamber version, and the availability - through the partnership with NQCP* - of the first samples of BTO/STO* thin films on silicon wafers to the scientific and industrial community will represent an important milestone in RIBER's technological roadmap.

Given the visibility offered by the order book and subject to obtaining the necessary export licenses to realize the identified opportunities in its systems and services businesses, RIBER aims to achieve revenue growth compared to 2025.

Next date: RIBER will announce its full-year results for 2025 on April 8, 2026 (before the start of trading).

Leistung 2025 getrieben von Produktionssystemen und der Einführung von ROSIE - Riber, Molecular Beam Epitaxy Produkten und Dienstleistungen

Riber receives a new order from Japan for the MBE 6000 to scale quantum dot laser production for datacom.

Riber erhält einen neuen Auftrag aus Japan für den MBE 6000, um die Quanten-Punkt-Laserproduktion für Datacom zu skalieren. - Produkte und Dienstleistungen von Riber, Molecular Beam Epitaxiy

QD Laser bestellt den Riber MBE 6000 zur Skalierung der Quantenpunktlaserproduktion für Datacoms

RIBER receives a major order in Europe for two MBE 6000 production systems, including related services

The customer is a European company with fully vertically integrated production facilities, specializing in the design and manufacture of a broad portfolio of photonic devices serving several fast-growing markets. These include optical connectivity for AI data centers, high-power light sources for LiDAR applications, as well as expanding medical, industrial and scientific markets. This high-value investment marks a new phase in the expansion of the customer's industrial production capacity and enables it to better meet the increasing demand for high-performance optical sources.

RIBER erhält einen Großauftrag in Europa für zwei MBE 6000 Produktionssysteme, einschließlich zugehöriger Dienstleistungen – Riber, Molecular Beam Epitaxy Produkte und Dienstleistungen

Riber receives Taiwanese order for the Compact 21 DZ research MBE system

Riber erhält taiwanesische Bestellung für das Compact 21 DZ Forschungs-MBE-System

In the last financial year, sales at Riber S.A. rose by 4.8% from EUR 39.3 million to EUR 41.2 million. Profit rose by 21.4% from EUR 3.4 million to EUR 4.1 million. The net profit margin was therefore 10.0% compared to 8.7% in the previous year.

EUR in millions

Estimates

Year Turnover Change

2024 41,2 5,1 %

2025 40,3 -2,18 %

2026 45,99 14,11 %

2027 52,18 13,47 %

Year EBIT Change

2024 4,5 15,38 %

2025 4,604 2,31 %

2026 5,923 28,65 %

2027 7,507 26,75 %

Year Net result Change

2024 4,1 20,59 %

2025 4,372 6,64 %

2026 5,614 28,4 %

2027 7,088 26,26 %

Year CAPEX Free cash flow change

2024 2,26 4,249 -36,31 %

2025 2,2 2,1 -50,58 %

2026 2,45 6,45 207,14 %

2027 2,6 4,95 -23,26 %

Year EBIT margin ROE

2024 10,92 % 18,31 %

2025 11,28 % 16,25 %

2026 12,88 % 17,91 %

2027 14,39 % 19,68 %

Year Earnings per share Change

2024 0,2 25 %

2025 0,2049 2,43 %

2026 0,2653 29,52 %

2027 0,3318 25,03 %

Year Dividend Yield

2024 0,08 2,95 %

2025 0,08 1,61 %

2026 0,08 1,61 %

2027 0,08 1,61 %

Year P/E ratio PEG

2024 13.6x 0.5x

2025 24.3x 10x

2026 18.7x 0.6x

2027 15x 0.6x

Market value 103.4

Number of shares (in thousands) 20,805

Date of publication 09.04.2025

Sector comparison 2025

Company P/E ratio

RIBER 24.26x

ASML Holding 47.81x

LAM RESEARCH 44.97x

TOKYO ELECTRON 36.29x

AMCOR TECHNOLOGY 37.73x

Performance

1 week -1.19 %

1 month +31.83 %

6 months +60.32 %

1 year +58.28 %

3 years +188.95 %

5 years +216.56 %

$ALRIB (+4,05%)