BUY NOW Medical Laser Solutions for OEMs in Healthcare
Standard, configurable, and custom laser sources for medical devices, diagnostics, treatment systems, and medical manufacturing.
RPMC helps medical OEMs down-select laser sources around the application, optical requirements, integration constraints, production needs, and supply considerations. Whether you are developing a new system, replacing an existing source, or need a configuration that standard products do not provide, we can help compare practical options across multiple laser technologies and manufacturers.
- Broad source selection: Compare laser diodes, CW sources, pulsed DPSS and fiber lasers, and other architectures across multiple manufacturers.
- Application-driven down-selection: RPMC can help evaluate wavelength, power or pulse characteristics, beam delivery, packaging, integration, timing, lifecycle, and supply requirements.
- Standard, configurable & custom paths: Start with proven standard or configurable options and bring in custom engineering when the application requires it.
30 Years Supporting OEM Laser Programs from Development Through Production
Need help defining the laser requirement?
Tell us what the system needs to do, which specifications are fixed, and where you have flexibility. RPMC can help compare the practical source options and identify the next technical questions.
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Explore Medical Laser Sources | See Medical Solution Examples
What Kind of Medical Laser Problem Are You Trying to Solve?
Medical OEM programs can reach RPMC at very different stages. Start with the problem that most closely matches your situation. The final source selection may involve several of these considerations at once.
Selecting a Laser for a New Medical System
Start here when the source requirements are still being defined.
RPMC can help compare laser architecture, wavelength, power or pulse format, beam delivery, packaging, timing, and other integration requirements before the design locks in.
Replacing or Second-Sourcing an Existing Laser
Start here when availability, obsolescence, cost, or supply risk is creating a problem.
We can help compare the existing laser requirements with current alternatives and determine where a drop-in, near-drop-in, configurable, or redesigned source path may make sense.
Need a Custom or Hard-to-Source Specification
Start here when the wavelength, performance, package, beam delivery, interface, or operating requirements fall outside straightforward catalog options.
RPMC can help identify configurable platforms first and coordinate with manufacturer engineering teams when a more specialized solution is required.
Moving from Prototype to OEM Production
Start here when technical fit has been demonstrated and production requirements are becoming more important.
Source consistency, configuration control, lead time, documentation, production quantities, supply continuity, and lifecycle planning can become just as important as the optical specifications.
Not sure which path describes your program? Send us the application and the requirements you already know. Part of RPMC’s role is helping turn the system need into a practical laser-source shortlist. Contact Us Today – We Can Help
Medical laser programs rarely hinge on one specification. The examples below show how RPMC has worked with OEMs on challenges involving performance requirements, sourcing, integration, replacement needs, customization, and production constraints.
Explore the solution examples below to see how different medical laser requirements were approached.
Medical & Healthcare Success Stories
Offering the largest selection of standard & custom wavelengths & packaging on the market, RPMC excels at getting you the exact right solution. So, when a leading medical aesthetics company needed high-power laser diodes at unique, custom IR wavelengths for advanced skin resurfacing applications after their previous vendor discontinued production, RPMC was able to deliver custom developed IR multimode laser diodes with free-space output, enabling deep tissue penetration for precise skin rejuvenation. Our flexible design and US-based development supported their high-volume OEM production, providing a reliable and cost-effective, drop-in replacement with superior dollars-per-watt value, outperforming the prior vendor’s pricing.
Technical Specs: Custom IR wavelengths, high-power multimode, free-space output, compact package.
Outcome: Restored supply chain reliability, enhanced treatment precision, and reduced costs for OEM skin resurfacing systems.
RPMC specializes in finding the right standard or custom solution for your requirements. An OEM medical system developer had a lab-grade proof-of-concept laser system for novel vascular & ophthalmologic treatments, but sought a robust, field-deployable laser solution to take to market. RPMC delivered rugged, custom 1064 nm and 532 nm Wedge, Onda, and Sol lasers with nanosecond pulses, low jitter, and high pulse-to-pulse stability, ensuring precise tissue absorption and reliability in the field. Optimized for high-volume production and FDA-qualification, these laser solutions streamlined OEM integration and enabled precise, innovative treatments with highly repeatable performance for both cosmetic and life-saving therapies.
Technical Specs: 1064 nm and 532 nm, nanosecond pulses, low power, low-jitter, compact package.
Outcome: Reduced costs, increased quality, performance, reliability & serviceability, and streamlined production & FDA-qualification.
A leading ophthalmology laser specialist required cost-effective, yet higher power 808 nm laser diodes to pump YAG and YLF crystals for 532 nm and 577 nm laser output in retinal and glaucoma therapy applications. RPMC’s fiber-coupled laser diode module delivers 30 W, enabling efficient crystal pumping for precise ophthalmic treatments. With our 808 nm laser diodes being among the lowest cost 808 nm options on the market, we were able to deliver high-performance diodes, within the design budget, securing our position as the go-to vendor for all laser diode wavelength and power needs.
Technical Specs: 808 nm, 30 W, fiber-coupled, multimode, compact module.
Outcome: Powers high-precision retinal and glaucoma treatments, optimizing OEM production with cost-effective performance.
Stuck with limited commercial-off-the-shelf (COTS) diode options, a leading medical device innovator contacted RPMC, seeking significantly higher power near-infrared laser diodes for advanced endoscopic imaging in minimally invasive diagnostics, while maintaining a compact system footprint and staying within budget. RPMC’s multi-emitter laser diode at 810 nm delivers cost-effective high optical power in a compact C-mount package and enables deep tissue penetration with low scattering for enhanced visualization of vascular and cellular structures. The multi-emitter configuration incorporates multiple discrete emission regions on a single chip, providing elevated optical flux, improved signal-to-noise ratios, sharper resolution, and improved measurement reliability in low-light and spectrally complex environments. This solution provided higher optical output within a compact footprint, directly enhancing endoscopic imaging fidelity and diagnostic performance through superior signal quality.
Technical Specs: 810 nm, 10–20 W output, multi-emitter design, C-mount package
Outcome: Provided increased output power, maintaining system size and budget, while enhancing endoscopic imaging resolution and diagnostic accuracy
A leading innovator in cellular diagnostics required precise & stable pulsed illumination with high repetition rate at 1064 nm and 770 nm for a high-throughput flow cytometry system targeting immuno-oncology and rare cell analysis. RPMC’s Wedge XB DPSS laser delivers stable, nanosecond & sub-ns pulses with high repetition rates in a compact package, ensuring precise marker detection and reliable pulse-to-pulse consistency, crucial for single-cell analysis. The elegant triggering scheme supports advanced data acquisition methods, while high beam & pulse stability, minimal waste heat, and compact size help maintain system efficiency and reduce overall footprint. This solution enhances throughput and signal uniformity, supporting accelerated product development, clinical trial success, and high-volume OEM production.
Technical Specs: 1064 nm (<1 ns pulses), 770 nm (<3 ns pulses), 1 kHz PRF, compact design.
Outcome: Significantly improved signal uniformity and high-speed detection resolution, increasing throughput & reducing calibration downtime.
Another OEM ophthalmology system developer needed low-power 808 nm laser diodes for advanced glaucoma treatment using pulsed, direct illumination. RPMC’s IR free-space laser diode delivers 6 W in a compact TO-3 package with free-space output, enabling precise, modulated micropulse delivery for minimally invasive therapy at one of the most competitive 808 nm price points on the market. Tailored for FDA-compliant integration, its cost-effective dollars-per-watt value supports high-volume OEM production, ensuring reliable performance in clinical settings.
Technical Specs: 808 nm, 6 W, multimode, free-space TO-3 package.
Outcome: Enhances glaucoma treatment precision, streamlines OEM integration, and reduces costs with competitive pricing.
A global leader in dental laser technology required a versatile 940 nm laser diode for soft tissue ablation, teeth whitening, and pain therapy in a single system. RPMC’s custom 940 nm 10 W multimode laser diode, delivered with free-space output with a connector for customer fiber integration, offers high hemoglobin absorption and versatile output compatibility for multi-application precision. Its compact design ensures seamless integration, while superior dollars-per-watt value reduces costs for high-volume OEM manufacturing in a cost-sensitive market.
Technical Specs: 940 nm, 10 W, multimode, free-space with connector, compact package.
Outcome: Enables precise, multi-functional dental procedures, streamlines OEM integration, and reduces costs with competitive pricing.
Working on a Similar Medical Laser Challenge?
Tell us what you are trying to accomplish, what specifications are already defined, and where the system still has flexibility. RPMC can help identify practical source options and next steps.
Medical & Healthcare Applications
RPMC supports laser-source selection across medical devices, treatment systems, diagnostics, aesthetics, medical manufacturing, and related OEM applications.
Aesthetics
- Fractional Laser Therapy (non-ablative)
- Hair Removal
- Scar Reduction/Tattoo Removal
Ophthalmology
- Optical Coherence Tomography (OCT)
- Retinal/Corneal Procedures
- Glaucoma Management
Photodynamic Therapy (PDT)
- Cancer Treatment
- Dermatology – PDT
- Ophthalmology – PDT
Dental
- Soft Tissue Surgery
- Periodontal Treatment
- Teeth Whitening
Medical Device Marking
- Black Marking
- Device Labeling
- Implant Identification
Low-Level Laser Therapy (LLLT)
- Pain Management
- Wound Healing
- Anti-Inflammatory Treatments
Surgical Applications
- Minimally Invasive Procedures
- Tissue Ablation
- Precision Cutting
Glass Marking & Processing
- Specialty Glass Marking
- Precision Drilling
- Advanced Cutting
Laser-Induced Thermal Therapy (LITT)
- Tumor Ablation
- Neurological Applications
- Targeted Tissue Heating
RPMC supplies a broad range of laser diodes, CW sources, pulsed DPSS and fiber lasers, and configurable or custom laser solutions for medical OEM and medical manufacturing applications.
The right starting point depends on what the laser must do, how it integrates into the system, and whether you are selecting a new source, replacing an existing product, or scaling a program toward production.
For regulated medical programs, source selection can also involve documentation, supplier continuity, configuration control, integration requirements, and the OEM’s device-level qualification process. Many available platforms are configurable, allowing performance and packaging to be adapted without immediately requiring a fully custom design.
Laser Diodes for Medical OEM Applications
| Laser Type | Application |
|---|---|
| 760-810 nm Red Laser Diode Bars/Stacks & 1064 nm DPSS | Epilation/Laser Hair Reduction & Removal |
| UV-Red Laser Diodes in 9mm TO-Can with SMA Connector | Dental Applications |
| 810, 940 & 1940 nm Fiber-Coupled Laser Diodes | Oral & Soft Tissue Surgery |
| Pulsed, Low-Power 808 nm Laser Diodes | Glaucoma Treatment |
| High-Power Multi-Emitter 810 nm Laser Diodes | Endoscopic Imaging |
| Free-Space & Fiber-Coupled Laser Diodes (405-1300 nm) | Acne & Scar Removal |
| High-Power Multimode Custom IR Wavelength Laser Diodes | Skin Resurfacing |
| 808 nm Diode for 532/577 nm Output | Ophthalmic Therapies |
| Red & NIR Laser Diodes | Photodynamic Therapy (PDT) |
Source & Power Options:
Laser diode and CW-source platforms provide a wide range of power levels and architectures for prototype and production programs.
Wavelength & Technology:
Portfolio options span UV through SWIR and may include single-mode, multimode, wavelength-stabilized, DFB, VBG, and narrow-linewidth configurations depending on the platform.
OEM Integration:
Available formats include free-space and fiber-coupled sources, components and modules, plus multiple packaging and coupling configurations.
Configurable Performance:
Depending on the platform, power, wavelength, linewidth, beam shaping, cooling, redundancy, and packaging can be tailored without requiring a fully custom design.
Pulsed Lasers for Medical OEM Applications
| Laser Type | Application |
|---|---|
| Low Jitter ns-Pulsed 1064/532 nm DPSS | Vascular & Ophthalmologic Treatments |
| ns to ps Pulsed 532 nm & 1064 nm DPSS | Tattoo Removal |
| VIS-IR ps-Pulsed DPSS & IR fs-Fiber | Medical Device Black Marking |
| 1030 nm Femtosecond Fiber Lasers | Glass Processing |
| Broadband Tunable ps-Pulsed Supercontinuum Lasers | Optical Coherence Tomography (OCT) |
| Nano- & Sub-ns Pulsed 1064 & 770 nm DPSS | Flow Cytometry/Cellular Diagnostics |
Nanosecond, Picosecond & Femtosecond Options:
Pulsed DPSS and fiber platforms provide different combinations of pulse duration, pulse energy, peak power, repetition rate, and beam characteristics.
Wavelength Flexibility:
Fundamental and harmonic outputs can provide UV, visible, and infrared wavelengths, while selected supercontinuum and OPO platforms provide broader or tunable wavelength access.
Configurable Operating Parameters:
Depending on the platform, pulse width, repetition rate, pulse energy, timing, and beam-delivery options can be configured around the application.
Application-Driven Source Selection:
Medical device marking, tissue-interaction systems, glass processing, diagnostics, and other applications can require very different pulse formats and operating points.
Custom Medical OEM Laser Solutions
From Components to Complete Laser Systems
When a standard configuration does not meet the requirement, RPMC can work with our manufacturing partners to identify a practical custom path. We help translate the application into source requirements, compare configurable options first, and coordinate directly with manufacturer engineering teams when a deeper customization is needed.
Small-Firm Support, Broad Technical Reach
RPMC supports medical OEM programs from early source selection through production. As a technical distributor, our role is to understand the application, translate it into laser-source requirements, compare options across multiple manufacturers, and help identify the best practical path.
When a standard product is not sufficient, we can bring manufacturer engineering teams into the discussion for configurable or fully custom solutions. That gives medical OEMs access to a much broader design space without having to approach each laser manufacturer independently.
RPMC at a Glance
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30 years’ laser-industry experience |
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Broad multi-manufacturer portfolio |
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Standard, configurable & custom source paths |
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Personalized technical support |
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U.S.-made options where available |
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OEM supply-planning options |
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Support from prototype through production |
Program requirements may also include documentation, supplier continuity, lead-time planning, U.S.-made sourcing, buffer stock, scheduled deliveries, or other supply arrangements. Availability varies by manufacturer and program, so these considerations can be addressed during the down-selection process rather than treated as one-size-fits-all promises.
Have a defined specification, a legacy source to replace, or simply an application requirement? Send us what you know and we can help determine the next step.
