Top 10 360 Laser Manufacturers in China

Content Menu

● How We Selected These Suppliers

● Top 10 360 Laser Manufacturers in China

>> 1. AIMING LASER TECHNOLOGY CO., LTD. — Flexible OEM Partner for Industrial Applications

>> 2. Elite Optoelectronics Co., Ltd. — Broad Industrial Laser Module Portfolio

>> 3. Zhongshan MXT Laser Technology Co., Ltd. — Compact 360° Line Laser Modules

>> 4. Huanic Corporation — Laser Module and Driver Integration

>> 5. Dongguan Blueuniverse Laser Co., Ltd. — Broad Wavelength Coverage

>> 6. Zhong Shan He Tong Optics Electronic Technology Co., Ltd. — OEM/ODM Laser Modules

>> 7. Changchun Sunday Optics Co., Ltd. — Multi-Wavelength Options

>> 8. Zhongshan Yuanjing Laser Technology Co., Ltd. — Green 360° Line Laser Modules

>> 9. Zhuhai MZLASER Technology Co., Ltd. — Circular-Line and Alignment Modules

>> 10. Shenzhen XEAST Technology Co., Ltd. — Finished 360° Laser-Level Solutions

● Capacity, MOQ, and Certification Comparison

● Technical Requirements for 360 Laser Sourcing

>> Green vs. Red Laser Modules

>> Materials and Optical Design

● Common Procurement Mistakes

>> Mistake 1: Comparing Output Power Only

>> Mistake 2: Approving a Hand-Tuned Sample

>> Mistake 3: Treating CE or RoHS as a Generic Product Feature

>> Mistake 4: Ignoring the "360° Seam"

● Buyer's Verification Process

● Conclusion

● FAQ

>> 1. How can I verify that a supplier's ISO 9001 certificate is still valid?

>> 2. Does a CE mark prove that a 360 laser can be legally sold in Europe?

>> 3. How long should a 360 laser sample be tested?

>> 4. Is a low MOQ always better for a new brand?

>> 5. Should I buy a 360 laser module or a finished laser-level product?

● References

China remains a major sourcing base for laser modules because it combines semiconductor-laser supply, optical components, driver electronics, CNC/machined housings, tool assembly, and export-oriented manufacturing. Demand for laser technologies continues to be supported by industrial manufacturing, automotive, electronics, and medical applications.

For overseas buyers, the value of sourcing in China is not simply a lower unit price. The stronger suppliers can adapt wavelength, output power, beam pattern, mechanical dimensions, driver configuration, labeling, and packaging to a specific OEM product. The key is identifying which factory can reliably reproduce the approved optical result at scale.

How We Selected These Suppliers

A professional procurement decision should not be based on a product photo, a low quotation, or a claim such as "high-power green laser." The suppliers below were evaluated against the following practical sourcing criteria:

- Relevant product coverage: 360° loop-line modules, line-laser modules, green/red laser modules, or 360° laser-level products.

- OEM/ODM suitability: Ability or stated willingness to customize dimensions, wavelength, optical output, beam pattern, voltage, housings, labels, and packaging.

- Optical engineering depth: Evidence of line-laser optics, uniform-line lenses, DOE optics, laser drivers, fiber coupling, or machine-vision applications.

- Quality-control visibility: Availability of information about aging, temperature, vibration, optical-power, or assembly testing.

- Compliance readiness: Ability to provide product-specific documents for laser classification, CE-related conformity, RoHS, and export-market requirements.

- Communication and project fit: Responsiveness, engineering support, sample handling, and willingness to support small-to-medium brand development.

For laser products sold into Europe, buyers should pay particular attention to laser safety classification, warning labels, user instructions, and the applicable requirements under EN/IEC 60825-1. CE marking should be supported by the appropriate technical documentation and Declaration of Conformity rather than treated as a generic logo on packaging.

Top 10 360 Laser Manufacturers in China

The ranking prioritizes relevance to 360° laser-module sourcing and OEM suitability. It does not represent a claim that one supplier is universally better than another.

1. AIMING LASER TECHNOLOGY CO., LTD. — Flexible OEM Partner for Industrial Applications

Founded in 2012, AIMING LASER TECHNOLOGY CO., LTD. is a Xi'an-based manufacturer focused on diode laser modules and custom laser solutions for OEM instrument applications. Its published product scope includes 405–980 nm laser modules, point lasers, line lasers, cross-line lasers, uniform-line modules, fiber-coupled modules, and 360° loop-line laser solutions.

AIMING LASER is particularly relevant for small and mid-sized international brands that need more than an off-the-shelf laser module. Instead of forcing buyers to select only from a fixed catalogue, the company can be evaluated for projects involving customized wavelength, output power, beam pattern, housing size, voltage, installation interface, labeling, and packaging.

This makes it a practical option for:

- Laser-level and alignment-tool brands

- Industrial positioning equipment manufacturers

- Machine-vision integrators

- Medical, laboratory, and defense-related instrument developers

- OEM buyers requiring compact laser modules with stable line projection

Public company information also indicates assembly, aging, high/low-temperature, vibration, and related laser-module testing capabilities. Buyers should still request model-specific test records, acceptance criteria, and batch-inspection data rather than relying only on general factory descriptions.

OEM/ODM focus: Flexible customization, project communication, small-to-medium brand support, engineering coordination, and custom laser-module integration.

2. Elite Optoelectronics Co., Ltd. — Broad Industrial Laser Module Portfolio

Elite Optoelectronics was established in 2003 and is based in Xi'an. Its public product portfolio includes high-stability and low-noise lasers, uniform-line lasers, DOE laser modules, industrial laser modules, DPSS lasers, and OEM/ODM diode laser modules. The company states that it covers wavelengths from 375 nm to 980 nm, with visible-light output up to 1000 mW and 780–980 nm infrared output up to 10 W. [s-laser]

Elite is a strong candidate for buyers whose projects require greater optical flexibility than a standard laser-level module. Its products are positioned for applications such as biological detection, medical equipment, machine vision, 3D scanning, industrial equipment, and material processing. [s-laser]

For 360° line-laser applications, procurement teams should ask for data on:

- Beam-line uniformity across the full circumference

- Seam or closure-point performance

- Line width at the target working distance

- Temperature-related beam drift

- Optical-power stability after aging

- Mechanical stability after vibration or drop testing

OEM/ODM focus: Industrial line lasers, uniform-line optics, custom wavelengths, DOE-based beam shaping, and precision applications.

3. Zhongshan MXT Laser Technology Co., Ltd. — Compact 360° Line Laser Modules

MXTLASER, established in 2012, offers laser modules, laser diodes, fiber solutions, and machine-vision laser products. Its published 360° line laser module is designed to project a full-circle reference line for alignment, positioning, calibration, and measurement applications.

The company's 360° laser module information highlights compact dimensions of approximately 12 × 29.5 mm and wavelength options in the 405–650 nm range, making it relevant to projects with tight mechanical-space constraints.

MXTLASER may be worth considering for:

- Compact laser alignment devices

- Machine-vision positioning systems

- Portable measuring instruments

- Laser-level module integration

- Equipment requiring a small circular-line laser source

The company publicly references ISO 9001, FDA, IEC 60825, and RoHS. However, buyers should verify whether the documents apply to the exact factory, product model, and destination market involved in the purchase order.

OEM/ODM focus: Compact laser modules, machine vision, alignment, custom wavelengths, and miniaturized optical integration.

4. Huanic Corporation — Laser Module and Driver Integration

Huanic Corporation is located in Xi'an and publicly describes itself as a designer and manufacturer of industrial laser diode modules and control circuitry for instruments. It also identifies itself as an OEM manufacturer.

This supplier may be relevant when a buyer needs the laser source, driver circuit, and optical components to be considered together rather than purchased from separate vendors. That can reduce interface risk in projects where current control, thermal design, optical output, and housing dimensions must work as one system.

Before onboarding Huanic for a 360° laser project, buyers should verify:

- Whether the 360° module is manufactured in-house or sourced

- Available wavelengths and beam patterns

- Driver-current stability and ESD protection

- Laser safety classification documentation

- Sample-to-mass-production consistency

- Quality system and traceability process

OEM/ODM focus: Industrial diode modules, laser drivers, optical components, and integrated instrument solutions.

5. Dongguan Blueuniverse Laser Co., Ltd. — Broad Wavelength Coverage

Dongguan Blueuniverse Laser Co., Ltd. is listed as a supplier of red, green, blue, and RGB laser modules. Public company information indicates a product range covering semiconductor laser diodes and modules from 400 nm to 980 nm, as well as white laser light sources. The company also presents OEM/ODM service capabilities.

The Dongguan location provides access to a mature electronics, mechanical-parts, cable, packaging, and export-manufacturing ecosystem. This can be useful for buyers sourcing general-purpose laser modules or developing products that combine optics with electronic assemblies.

However, a broad catalogue alone does not confirm 360° line quality. Buyers should request actual sample data for the selected model, especially line uniformity, optical alignment, power stability, and full-circle beam continuity.

OEM/ODM focus: Red, green, blue, and RGB laser modules; standard laser-module projects; export-oriented customization.

6. Zhong Shan He Tong Optics Electronic Technology Co., Ltd. — OEM/ODM Laser Modules

Zhong Shan He Tong Optics Electronic Technology Co., Ltd. is listed as a laser-module manufacturer offering own-brand, ODM, and OEM services.

The company can be included in an RFQ comparison for tool-grade or standard laser-module projects, particularly where a buyer needs flexible sourcing from the Zhongshan electronics and optoelectronics supply base.

Because comprehensive public information on its 360° laser-module testing methods, export markets, and certification scope is limited, buyers should use a structured qualification process:

- Request a factory introduction and production-flow video

- Ask for a model-specific specification sheet

- Test samples under identical conditions against competing suppliers

- Confirm component sourcing and incoming-inspection procedures

- Review lead time for both samples and repeat orders

OEM/ODM focus: Standard laser modules, private-label projects, and cost-sensitive OEM sourcing.

7. Changchun Sunday Optics Co., Ltd. — Multi-Wavelength Options

Changchun Sunday Optics has publicly listed 360° laser-module options in red, green, blue, and violet wavelength ranges, including modules around 520 nm, 638 nm, and 660 nm.

Multi-wavelength access can be useful for buyers developing several product tiers. For example, a brand may use red laser modules for entry-level indoor products and green modules for higher-visibility models.

Buyers should not assume that every available wavelength is equally suitable for a laser-level application. The supplier should provide the following for each proposed model:

- Output power after optical shaping

- Line width and divergence

- Beam uniformity around the full 360° projection

- Working-distance recommendation

- Temperature range

- Power consumption and thermal performance

- Product laser class and labeling requirements

OEM/ODM focus: Multi-wavelength modules, product prototyping, and comparative sample development.

8. Zhongshan Yuanjing Laser Technology Co., Ltd. — Green 360° Line Laser Modules

Zhongshan Yuanjing Laser Technology is publicly associated with 510 nm and 520 nm green laser modules, including 360° line-laser products for alignment and measurement-related applications.

Green laser modules are often selected for applications where indoor visual visibility is important. However, buyers should compare the complete optical and thermal system rather than treating "520 nm green" as a quality guarantee.

For green 360° laser modules, the critical questions include:

- Is the wavelength direct-emission green or frequency-doubled green?

- What is the power draw at continuous operation?

- How does output change as the module warms up?

- Does the line remain continuous and uniform around the full circumference?

- Is the module designed for indoor, outdoor, or receiver-assisted use?

OEM/ODM focus: Green line lasers, 360° laser-level modules, and practical tool-grade applications.

9. Zhuhai MZLASER Technology Co., Ltd. — Circular-Line and Alignment Modules

Zhuhai MZLASER appears in public B2B product listings for circular-line laser modules and related laser-level or alignment applications. Its product positioning includes multiple visible-light options for line projection.

This supplier can be added to an initial supplier pool when buyers need small-batch samples, alternative wavelength options, or a comparison point for compact circular-line modules.

Since detailed public information on audited capacity, certification scope, and export-market coverage is limited, buyers should treat the company as a supplier requiring deeper qualification rather than selecting it solely from online product listings.

OEM/ODM focus: Circular-line modules, alignment lasers, small-batch evaluations, and multi-color options.

10. Shenzhen XEAST Technology Co., Ltd. — Finished 360° Laser-Level Solutions

Shenzhen XEAST is more relevant to buyers seeking finished 3D or 4D laser-level products than to buyers sourcing an individual laser module. Its public website presents laser levels, rotary laser levels, laser distance meters, thermal imaging products, and related test instruments.

For a brand seeking private-label 360° laser levels, a finished-product manufacturer can simplify development by integrating the laser source, self-leveling mechanism, housing, battery system, accessories, packaging, and final assembly.

That said, finished-product OEM requires a broader review than module sourcing. Buyers should verify:

- Horizontal and vertical accuracy

- Self-leveling range

- Locking mechanism

- Battery safety and charging configuration

- IP rating

- Drop resistance

- Tripod and bracket compatibility

- Spare-parts availability

- Warranty and after-sales process

OEM/ODM focus: 3D/4D laser levels, branded tool products, private-label packaging, and finished-product export programs.

Capacity, MOQ, and Certification Comparison

Public product pages rarely provide auditable real-time capacity figures, and MOQ may change substantially depending on wavelength, optics, housing, packaging, custom tooling, and compliance responsibility. Rather than inventing figures, use the following table as an RFQ checklist.

Technical Requirements for 360 Laser Sourcing

Green vs. Red Laser Modules

Green laser modules in the approximate 510–530 nm range are usually perceived as brighter by the human eye, which can improve indoor visibility for laser-level applications. Red laser modules in the approximate 630–650 nm range can offer a lower-cost and lower-power alternative.

The right choice depends on the product's real use case:

- Indoor or outdoor use

- Ambient light level

- Required visible range

- Battery-life target

- Receiver compatibility

- Target retail price

- Required laser classification

- Local compliance requirements

Do not choose a module based only on the quoted wavelength or output power. Ask suppliers to provide line width, beam divergence, power consumption, optical-power stability, and full-circle projection images under defined test conditions.

Materials and Optical Design

A high-quality 360° laser module is not simply a laser diode plus a lens. Its performance depends on the relationship between the diode, optics, thermal structure, driver board, and mechanical alignment.

A technical specification should define:

- Laser-diode wavelength and lot consistency

- Optical lens type, coating, and material

- Cone lens, cylindrical lens, aspheric lens, or DOE configuration

- Beam-line width at specified distances

- Circular-line continuity and closure-point quality

- Housing material and heat dissipation

- Driver-current accuracy and ESD protection

- Adhesive temperature resistance

- Aging-test duration

- Operating-temperature range

- Vibration and drop-test requirements

- Lot traceability and change-control process

Common Procurement Mistakes

Mistake 1: Comparing Output Power Only

A quotation that states "520 nm, 30 mW" does not tell you whether the projected 360° line will be thin, uniform, continuous, or stable. A high-output module can still create a thick, uneven, blurry, or discontinuous line if the optical design and mechanical alignment are poor.

How to avoid it: Ask for beam-line width, uniformity, working-distance specifications, photos or videos under fixed exposure settings, and full-circle projection data.

Mistake 2: Approving a Hand-Tuned Sample

A manually adjusted sample may look excellent, but mass production can vary if the supplier lacks stable fixtures, optical alignment procedures, and incoming-material controls.

How to avoid it: Define a Golden Sample, critical specifications, AQL requirements, test methods, and corrective-action obligations in the purchase contract. Conduct a pilot run before committing to a large order.

Mistake 3: Treating CE or RoHS as a Generic Product Feature

A CE mark is not a universal certificate automatically covering every configuration. The relevant technical documents must match the actual product model, manufacturer, destination-market requirement, and applicable standards.

How to avoid it: Request the Declaration of Conformity, relevant test reports, RoHS material declarations, laser-classification information, labels, and instructions. Confirm that the documents identify the same model you are importing.

Mistake 4: Ignoring the "360° Seam"

A useful industry-level inspection point is the closure seam of the circular laser line. A 360° ring is not always optically perfect at its start/end point. Lens positioning, mechanical eccentricity, optical masking, or assembly tolerances can create a visible brightness drop, thickened line, overlap, ghost image, or gap.

Many suppliers show only the brightest part of the projection.

How to avoid it: Require a full 360° unwrapped beam image or four-direction measurements at 0°, 90°, 180°, and 270°. Define acceptable limits for line width, illumination variation, and visible discontinuity at the seam.

Buyer's Verification Process

1. Prepare a detailed RFQ. Include wavelength, output power, beam pattern, line width, dimensions, input voltage, operating temperature, target market, annual demand, packaging, and compliance responsibilities.

2. Shortlist at least three suppliers. Ask for company registration details, factory video, quality-management documents, relevant project examples, complete data sheets, and current lead times.

3. Evaluate samples under identical conditions. Compare optical power, line width, uniformity, seam quality, warm-up drift, power consumption, temperature rise, and vibration/drop performance.

4. Run a pilot order. Do not jump from one approved sample to a large production order. A pilot batch reveals whether optical alignment, packaging, lead time, and inspection quality remain consistent.

5. Sign a quality agreement. Include the Golden Sample, critical parameters, AQL, inspection process, change-notification period, failure-analysis timeline, warranty, and spare-parts terms.

6. Confirm shipping and compliance requirements. Laser modules and complete laser-level products may involve electronic-product, battery, labeling, and destination-country import requirements. Confirm HS classification, packaging marks, documentation, and cargo insurance before shipment.

Conclusion

The right 360 laser manufacturer is not simply the supplier with the lowest quoted unit price. A reliable long-term partner should demonstrate repeatable optical performance, transparent engineering communication, workable OEM flexibility, documented quality control, and support for destination-market compliance.

For buyers seeking industrial laser modules and flexible OEM support, AIMING LASER TECHNOLOGY CO., LTD. is a practical first supplier to include in the RFQ process, particularly for small-to-medium brands that need customized line-laser, uniform-line, fiber-coupled, or 360° module solutions. For higher-stability industrial optics, compact modules, or finished laser-level ODM projects, compare AIMING LASER with Elite Optoelectronics, MXTLASER, and suitable finished-product manufacturers before selecting a long-term partner.

FAQ

1. How can I verify that a supplier's ISO 9001 certificate is still valid?

Request the full certificate, including certification body, certificate number, registered address, scope, issue date, and expiration date. Then check the certificate with the issuing body or request written confirmation. Ensure that the scope covers relevant manufacturing activities, not only trading or unrelated products.

2. Does a CE mark prove that a 360 laser can be legally sold in Europe?

No. The CE mark must be supported by appropriate conformity assessment, technical documentation, and a Declaration of Conformity for the actual product. Buyers should also verify laser classification, warning labels, instructions, and the standards referenced in the documentation.

3. How long should a 360 laser sample be tested?

For an initial engineering review, test continuous operation for at least 24–72 hours while recording optical power, line width, temperature rise, beam position, and power consumption. For industrial or demanding applications, add thermal cycling, vibration, ESD, and drop testing.

4. Is a low MOQ always better for a new brand?

Not necessarily. A low MOQ helps reduce market-entry risk, but it does not guarantee stable quality or future supply. Confirm whether the low-volume sample uses the same diode, optics, housing, and inspection process as mass production.

5. Should I buy a 360 laser module or a finished laser-level product?

Buy a module if your company has in-house capability for mechanical design, electronics, calibration, assembly, and after-sales support. Choose a finished-product ODM supplier if speed to market is the priority and you need a complete laser-level solution with housing, leveling mechanism, battery, accessories, and packaging.

References

1. - [China General Administration of Customs: Statistics] — Official source for China trade and export statistics. [english.customs.gov]

2. - [The State Council of the People's Republic of China: 2025 Foreign Trade Data] — China's exports reached RMB 26.99 trillion in 2025, up 6.1% year on year. [english.www.gov]

3. - [EN 60825-1 Laser Product Safety Standard Information] — Laser-product classification and safety requirements. [standards.globalspec]

4. - [6Wresearch: China Laser Market Outlook] — Market outlook covering laser demand from industrial, automotive, electronics, and healthcare sectors. [6wresearch]