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Views: 213 Author: AimLaser Publish Time: 2026-10-13 Origin: Site
Content Menu
● Choosing the Right Green Laser Module Partner
>> Product Relevance and Manufacturing Identity
>> Research, Development, and Customization
>> Quality Control and Delivery Stability
>> Certification and Commercial Eligibility
● Russia's Photonics Industry: Useful Context for Buyers
● Supplier Comparison: Capacity, MOQ, and Certification
● 1. AIMING LASER TECHNOLOGY CO., LTD.
>> Company Background and Core Strengths
>> OEM Suitability for Small and Medium-Sized Brands
>> Markets and Verification Priorities
● 2. Laser-Compact / Laser-export
>> Establishment and Product Focus
>> Core Strengths and OEM Scope
>> Main Markets and Purchasing Cautions
● 3. ATC–Semiconductor Devices
>> Establishment and Manufacturing Capability
>> Core Strengths and Custom Development
>> Markets and Certification Checks
● 4. Special Systems. Photonics
>> Establishment and Supplier Role
>> Core Strengths and Engineering Support
>> A Decisive Compliance Limitation
● 5. FEDAL
>> Establishment and Supporting Capabilities
>> OEM Scope and Relevant Markets
>> Company Background and Industrial Focus
>> Core Strengths and OEM Scope
>> Capacity and Procurement Boundaries
● Buyer's Guide: Specifying a Green Laser Module
>> Direct-Diode Green Versus 532 nm DPSS
>> Material Grades and Process Controls
● Sample Qualification, Factory Verification, and Logistics
>> Verify the Contracting Entity
>> Qualify Samples in the Intended Instrument
>> Review Shipment Eligibility Before Production
● Procurement Pitfalls and an Overlooked Acceptance-Test Issue
>> The Overlooked Trap: Equal Power Does Not Mean Equal Line Performance
● Conclusion: Choose by Product Fit, Evidence, and Legal Eligibility
● FAQ
>> 1. How Can Buyers Check Whether an ISO Certificate Is Expired or Suspended?
>> 2. Can a Module's Safety Classification Be Used for the Finished Laser Level?
>> 3. How Can Buyers Prevent Production Modules From Differing From Samples?
>> 4. Is a 532 nm DPSS Source Always Better Than a Direct Green Diode?
● Sources
Selecting a Green Laser Module supplier requires more than comparing output power and unit price. For construction-tool brands, industrial equipment manufacturers, and wholesalers, the real challenge is finding a partner that can reproduce an approved optical design consistently, document product compliance, and support repeat orders.
Russia has an established laser and photonics ecosystem, with relevant businesses concentrated in Moscow and Saint Petersburg. However, this ecosystem includes several distinct categories: semiconductor manufacturers, compact solid-state laser producers, distributors, laser-electronics specialists, and complete equipment manufacturers. These categories should not be treated as interchangeable.
A supplier producing scientific 532 nm lasers may not offer miniature green line modules for laser levels. Likewise, a manufacturer of industrial laser machines may have substantial engineering capability without operating a dedicated green-module production line.
This guide therefore evaluates six relevant companies while identifying their actual roles. AIMING LASER TECHNOLOGY CO., LTD. appears first as a China-based international OEM alternative—not as a Russian manufacturer. Other entries cover Russian laser producers, a documented green-source distributor, and supporting engineering companies.
The central purchasing principle is traceability: connect the quoted module to its manufacturing site, approved components, inspection records, and applicable compliance documentation.
The first screening question is whether the business manufactures the required green source or supplies a related component or system.
For each candidate, buyers should establish:
- Who manufactures the laser source.
- Who assembles and aligns the finished module.
- Who controls design changes.
- Who issues the warranty.
- Whether customization is performed internally or by another company.
This distinction affects pricing, engineering access, lead times, and responsibility when production differs from approved samples.
A useful supplier should be able to discuss more than wavelength and housing diameter.
Relevant engineering topics include beam shaping, thermal management, driver protection, mounting tolerances, modulation, stray light, and performance inside the customer's final instrument.
For OEM projects, ask for drawings, tolerance definitions, revision control, and a written sample-approval process. A general claim of "customization available" is not sufficient.
Assess incoming inspection, optical alignment, aging, environmental testing, and final release procedures.
For repeat-order reliability, request evidence related to the proposed product family:
- On-time shipment performance.
- Recent production lead times.
- First-pass yield.
- Defect classification.
- Corrective-action records.
- Component-change controls.
Factory floor area and employee count are not substitutes for product-specific capacity evidence.
Management-system certification, product conformity, and transaction authorization are separate issues.
Verify the current ISO certificate, relevant product documentation, and legal eligibility of the proposed shipment. Russia-related purchases may require additional screening of counterparties, beneficial ownership, end users, banks, and export restrictions.
Moscow and Saint Petersburg provide practical starting points for sourcing discussions. Laser-Compact/Laser-export is associated with Moscow, while ATC–Semiconductor Devices, FEDAL, and Special Systems. Photonics identify Saint Petersburg operations. These geographic concentrations indicate access to relevant engineering businesses, but not necessarily a mass-production cluster for construction-tool green modules.
EXPOCENTRE's Photonics 2025 announcement reported more than 230 participating companies, including 138 Russian exhibitors, across 4,400 square metres. This supports the existence of an active photonics ecosystem, rather than a specific estimate of green-module manufacturing output.
Internationally, SPIE's 2026 Optics and Photonics Global Industry Report states that annual revenues from core optics and photonics components reached $381 billion in 2024. The report identified 5,417 producing companies headquartered in 65 countries.
These figures concern the wider photonics industry. They should not be used to estimate Russian Green Laser Module market size, supplier rankings, or export volumes.
For procurement managers, local sourcing may offer access to engineering discussions, system integration, and domestic support. Whether those advantages apply to a particular project depends on the supplier's product range and the legality of the transaction.
"Not publicly verified" means the reviewed sources do not establish the requested information. It does not mean the company lacks that capability.
| Company | Location and supplier role | Relevant focus | Capacity information | OEM MOQ | Certification verification |
|---|---|---|---|---|---|
| AIMING LASER TECHNOLOGY CO., LTD. | China; international OEM manufacturer | Dot, line, cross-line, and uniform-line modules | Assembly and testing equipment described; monthly output undisclosed | Not publicly verified | Request current certificates and model-specific reports |
| Laser-Compact / Laser-export | Moscow, Russia; DPSS manufacturer group | Compact green and other solid-state lasers | Current monthly capacity not publicly verified | Not publicly verified | Request current management-system and product documentation |
| ATC–Semiconductor Devices | Saint Petersburg, Russia; semiconductor and laser manufacturer | Laser diodes, modules, drivers, and DPSS sources | Full-cycle manufacturing stated; green-module output undisclosed | Not publicly verified | Historical ISO wording requires current verification |
| Special Systems. Photonics | Saint Petersburg, Russia; distributor | Photonics equipment, including documented 532 nm sources | Distribution capability is not owned-factory capacity | Product-dependent; not verified | Verify original manufacturer; sanctions review is essential |
| FEDAL | Saint Petersburg, Russia; electronics manufacturer | Laser power supplies and custom electronics | Historical catalog describes its factory and automated lines | Not publicly verified | Request current electronics documentation |
| LASSARD | Moscow, Russia; system and component manufacturer | Industrial laser systems and related components | Website states 100+ machines annually, not green modules | Not publicly verified | Verify the exact proposed component or system |
The table distinguishes published capabilities from missing procurement information. No reviewed source provides a directly comparable capacity, MOQ, and current certificate package for all six companies.
Founded in 2012, AIMING LASER TECHNOLOGY CO., LTD., also known as AimLaser, manufactures solid-state lasers and diode laser modules for OEM instrument applications.
Its published portfolio spans 405 nm to 1640 nm and 0.4 mW to 20 W across different product families. These overall ranges should not be interpreted as specifications for every green module.
Products include dot lasers, line lasers, cross-line lasers, Powell-lens uniform-line modules, fiber-coupled modules, laser line generators, and beam expanders. Published applications include positioning, surveying, laser levels, machine vision, scanning, and industrial measurement.
AimLaser is a relevant candidate for brands seeking customized components rather than complete scientific laser systems.
The company describes customer-specific development involving material selection, driver design, compact structures, and stray-light reduction. Its company page identifies beam inspection, assembly, aging, temperature, and vibration-test equipment.
For smaller brands, the practical opportunity is to evaluate a focused OEM design around the intended housing and application.
However, cost-effectiveness, low-volume flexibility, and communication speed should be demonstrated through a quotation and sample project. They cannot be independently established from the company page alone.
Request a named technical contact, a written specification review, separate development and production pricing, and agreed response milestones. This turns communication efficiency into a measurable purchasing criterion.
AimLaser positions its products for OEM instrument applications, but the reviewed page does not provide audited geographic sales shares or confirm current Russia-specific deliveries.
Before ordering, verify the exact green-module model, sample availability, MOQ, destination eligibility, warranty terms, and current compliance documents.
The Laser-Compact group's history dates to 1992. Laser-export, the production company within the group, dates to 2002. The group's anniversary statement distinguishes these two milestones.
Laser-export manufactures continuous-wave and pulsed DPSS lasers, including green, infrared, ultraviolet, and multiwavelength sources.
This company is particularly relevant when a buyer needs a compact solid-state green source for an instrument rather than a basic direct-diode projection module.
Published company information describes applications in spectroscopy, microscopy, interferometry, inspection, and industrial or medical alignment, together with OEM cooperation from prototypes to serial production.
For a construction-tool project, confirm whether the proposed source meets the required size, electrical interface, environmental conditions, and start-up behaviour.
Historical information identifies exports to approximately 40 countries, with the United States, Germany, and Canada described as major destinations at that time. These are historical market statements, not confirmation of current delivery routes.
Ask for current export eligibility, service arrangements, production schedules, and a model-specific quotation.
Do not interpret cumulative historical production as evidence of present monthly capacity.
ATC–Semiconductor Devices, commonly identified as ATC-SD, was founded in 1992. Its company materials describe semiconductor expertise and full-cycle production of high-power laser diodes, arrays, modules, drivers, medical laser devices, and DPSS lasers.
ATC-SD is relevant to projects requiring upstream source engineering, semiconductor knowledge, or integration of laser components and drivers.
Its listed applications include solid-state pumping, material processing, automation, robotics, spectroscopy, and medicine. The company also describes cooperation with domestic and international businesses and research institutions.
Nevertheless, these capabilities do not establish a ready-to-order miniature 520 nm line module for laser levels. Buyers should ask whether the company supplies the finished green source or an upstream component.
The company reports international cooperation and technology-transfer experience involving Southeast Asian research institutes, but it does not provide a current geographic sales breakdown.
Its reviewed company page refers to ISO 9001:2000. That historical wording is not evidence of valid present-day certification.
Request the current certificate, relevant scope, manufacturing site, and proposed green-source datasheet before qualification.
Special Systems. Photonics states that it was founded in 2013 and distributes photonics solutions throughout Russia and the CIS. Its head office is in Saint Petersburg.
Published product documentation includes 532 nm sources. One continuous-wave DPSS family, SSP-ST-532-W-HQ, lists model-dependent output from 1 W to 10 W—a different category from miniature low-power construction-tool modules.
Its relevant role is distribution, product selection, and engineering support. Buyers should establish the original manufacturer, warranty issuer, and authority to approve configuration changes.
The business should not automatically be described as an owned-factory manufacturer of compact green modules.
OFAC's official sanctions search lists SPECIAL SYSTEMS PHOTONICS LIMITED LIABILITY COMPANY under the RUSSIA-EO14024 program and identifies secondary-sanctions risk.
This profile documents a supplier's technical role; it is not a recommendation to transact.
Legal review and current entity screening must precede commercial engagement. Product availability does not establish transaction eligibility.
Founded in 2002, FEDAL specializes in laser electronics. Its historical catalog describes its Saint Petersburg factory, automated production lines, and custom electronic development.
FEDAL may be relevant when a green-laser project requires a customized power supply or supporting electronics. Its documented scope includes laser power supplies and experimental development.
The reviewed evidence does not establish FEDAL as a catalog manufacturer of miniature green laser modules.
Its role is therefore an adjacent engineering partner rather than a direct module substitute. Public materials address industrial and experimental laser applications but do not establish current geographic sales shares.
Define compatibility with the intended source, control interfaces, protection functions, thermal conditions, and responsibility for system qualification.
Because the reviewed catalog is historical, current capacity, certificates, availability, and delivery terms require fresh confirmation.
LASSARD describes research, development, manufacturing, and sales of lasers, laser equipment, optomechanical components, and optical tables.
Its company page states "11 years in the market." This relative statement should not be converted into an exact incorporation year without a registry record.
The business is most relevant to complete industrial systems and larger integration projects. Published markets include metallurgy, microelectronics, automotive manufacturing, telecommunications, energy, and healthcare.
Its catalog includes diode components, diode modules with fiber output, solid-state sources, and laser electronics. However, the reviewed information does not establish a standard miniature green line module.
LASSARD reports more than 100 machines annually. This is an equipment-production figure, not green-module capacity.
Buyers should request a specific technical proposal before treating the company as a green-source supplier. Confirm its incorporation date, proposed customization scope, component availability, and current documentation.
Direct-diode green modules commonly operate around 515–520 nm. A typical 532 nm DPSS architecture uses an 808 nm pump diode with Nd:YVO4 and KTP crystals.
Direct-diode and DPSS sources differ in architecture and operating behaviour. Technical comparisons identify thermal and modulation considerations, but actual performance remains dependent on the proposed model.
Specify the application before selecting the architecture:
- Required wavelength and tolerance.
- Beam shape and working distance.
- Output after the final optic.
- Start-up behaviour.
- Supply-voltage range.
- Temperature conditions.
- Modulation and driver protection.
- Final housing and heat dissipation.
Replace vague descriptions such as "high-grade materials" with controlled requirements.
A purchasing specification should identify housing alloy, surface finish, dimensional tolerances, optical substrate, coatings, adhesives, cable construction, and connector requirements.
Also require an approved component list and a written process for changes to diodes, lenses, drivers, or adhesives. These are recommended contract controls, not verified capabilities of every listed supplier.
CE marking is a conformity framework, not a generic quality award. The applicable requirements must be identified for the product configuration and destination market.
RoHS addresses restricted substances in applicable electrical and electronic equipment. It does not establish beam quality or long-term optical stability.
IEC 60825-1 addresses laser-product classification, accessible radiation, protective features, labelling, and manufacturer information. A module's quoted milliwatt rating alone does not determine the finished instrument's classification.
Match the quotation, business registration, manufacturing address, bank beneficiary, and certificate holder.
For distributors, establish the original manufacturer and authorization. For manufacturers, request a live review of the relevant assembly and inspection processes.
A practical sequence is:
1. Approve the written specification.
2. Inspect initial samples.
3. Test within the final housing.
4. Evaluate agreed temperature and voltage limits.
5. Complete reliability testing appropriate to the application.
6. Inspect a pilot lot.
7. Freeze drawings and acceptance criteria.
Do not use an arbitrary aging period as a universal requirement. Test durations and pass limits should reflect the intended use and risk.
Agree Incoterms, packaging, customs documents, warranty-return arrangements, and responsibility for transport damage.
Russia-related transactions require review of applicable sanctions and export controls. Official U.S. guidance explains that restrictions may cover reexports and certain foreign-produced items, not only direct shipments from the United States.
| Risk scenario | Recommended safeguard |
|---|---|
| Unapproved diode substitution | Approved component list and change notification |
| Different optics between sample and production | Controlled optical specification |
| Power measured before the projection lens | Defined measurement location |
| Testing only in open air | Qualification inside the intended housing |
| Certificate covering another entity or model | Entity, scope, site, and model verification |
| Unclear distributor warranty | Named warranty issuer in the contract |
These are procurement risks, not allegations against the listed businesses.
For green line modules, total optical power is an incomplete acceptance criterion.
Different projection optics and fan angles distribute light differently. Two modules with the same nominal power may therefore produce different usable lines at the buyer's working distance.
Technical comparisons of green sources reinforce the need to assess more than wavelength and nominal power, while AimLaser's separate line-laser and Powell-lens product categories illustrate the importance of specifying beam-shaping optics.
Define line length, width, straightness, centre-to-edge uniformity, stray light, target distance, temperature, and supply voltage.
The protection is a controlled test fixture with approved acceptance data—not an attractive photograph under unspecified lighting.
The strongest supplier choice links an approved optical specification to repeatable manufacturing, current documentation, and a permissible transaction.
AimLaser is relevant to customized component-level OEM projects. Laser-Compact/Laser-export has documented compact DPSS capabilities. ATC-SD offers upstream manufacturing expertise, while FEDAL and LASSARD are better evaluated for supporting electronics or system integration. Special Systems. Photonics has documented green-source offerings, but its sanctions status is a decisive limitation.
For an OEM Green Laser Module project, send AIMING LASER TECHNOLOGY CO., LTD. your wavelength, beam pattern, working distance, housing dimensions, operating conditions, and forecast volume. Request a model-specific proposal, sample plan, written MOQ, and compliance package before production approval.
Search the exact company name or certificate number through IAF CertSearch. Check status, scope, issuing body, accreditation information, and site coverage.
ISO also recommends contacting the relevant certification body. An expiry date printed on a PDF does not independently establish that certification remains active.
Not automatically. The finished instrument must be assessed in its actual configuration.
Optics, accessible emission, controls, operating modes, protective features, and labelling can affect compliance. IEC 60825-1 addresses the laser product rather than merely its source component.
Use controlled drawings, an approved component list, defined acceptance tests, and written change-notification requirements.
Also inspect a pilot production lot. Approval of a carefully prepared sample does not establish consistency across a manufacturing batch.
No. Select according to the required wavelength, optical characteristics, thermal conditions, modulation, size, and integration needs.
Technical comparisons identify different advantages and limitations for each architecture. Require evidence from the actual proposed module rather than choosing by wavelength alone.
No. Review the precise counterparty, ownership, product classification, destination, end user, payment route, and applicable jurisdiction.
Official export-control guidance and sanctions records—not the supplier's assurance alone—must inform that review.
1. AIMING LASER TECHNOLOGY CO., LTD. — "About Us." Manufacturer-provided information on company history, laser module product categories, OEM customization, applications, and testing equipment. [aiminglasers]
2. SPIE — "Ongoing Strength for the Photonics Industry," March/April 2026. Industry-association coverage of the 2026 Optics and Photonics Global Industry Report, including global core-component revenues and the number of producing companies. These figures concern the broader photonics industry, not Russia's green laser module market specifically. [spie]
3. EXPOCENTRE — "Photonics 2025 Shows the World of Lasers." Exhibition-organizer information supporting the article's discussion of Russia's photonics ecosystem and exhibition participation. [expocentr]
4. Laser-export — "About Company," ELANIK website. Company-provided background on the Laser-Compact group and Laser-export, including their distinct historical milestones. [en.elanik]
5. GoPhotonics — "Laser-export Co. Ltd." Third-party supplier profile describing continuous-wave and pulsed DPSS lasers, including green, infrared, ultraviolet, and multiwavelength products. [gophotonics]
6. Rysslandshandel — "Laser-export Co. Ltd.," December 2011. Historical information on establishment, OEM cooperation, applications, and export markets. It should not be interpreted as confirmation of current shipping availability. [rysslandshandel]
7. ATC–Semiconductor Devices — "About ATC-SD" and corporate information. Manufacturer-provided descriptions of establishment, semiconductor expertise, manufacturing capabilities, applications, and international cooperation. Historical certification wording requires current verification. [atcsd]
8. Special Systems. Photonics — Corporate website and SSP-ST-532-W-HQ product documentation. Sources for the company's stated establishment, distribution territory, supplier role, and documented 532 nm DPSS product family. [sphotonics]
9. U.S. Department of the Treasury, Office of Foreign Assets Control — Sanctions List Search entry for Special Systems Photonics Limited Liability Company. Official source supporting the article's sanctions warning. Buyers must check current status and transaction-specific restrictions before proceeding. [sanctionssearch.ofac.treas]
10. FEDAL — "Development & Production of Laser Electronics," 2017 product catalog. Historical manufacturer information on establishment, production facilities, laser electronics, and custom development. Current availability and capacity require confirmation. [fedalel]
11. LASSARD — "About" and "Products." Manufacturer-provided information on industrial applications, equipment production, component categories, and system-level capabilities. Machine-production figures should not be treated as green-module capacity. [web [lassard]
