Explore Pioon PLDD laser solutions for percutaneous laser disc decompression, featuring 980nm, 1470nm and multi-wavelength laser platforms for clinical applications.
Low back pain and lumbar disc herniation remain among the leading causes of disability worldwide. As healthcare systems increasingly seek less invasive treatment approaches, Percutaneous Laser Disc Decompression (PLDD) has gained attention as an option for appropriately selected patients. Advances in diode laser technology and growing clinical experience are creating new opportunities for hospitals, spine specialists, and medical distributors.
Lumbar disc herniation (LDH) with radiculopathy is associated with significant pain, disability, healthcare utilization, and costs. Evidence from recent systematic reviews shows that the incidence of LDH varies considerably across populations and diagnostic definitions, highlighting its continued clinical and healthcare burden. The lifetime risk of symptomatic lumbar disc herniation is estimated at approximately 1%–3%.[1]
Less invasive approaches to lumbar disc herniation have gained increasing attention as alternatives to conventional surgery. Recent systematic reviews have reported that minimally invasive techniques can offer benefits such as reduced blood loss and shorter hospital stays while achieving comparable clinical outcomes in appropriately selected patients.[2]
Improvements in imaging, fiber delivery systems, and laser technology are enabling more spine interventions to be performed under local anesthesia with streamlined clinical workflows, supporting the growth of ambulatory and day-surgery treatment models.[3]
Clinical evidence for percutaneous and minimally invasive approaches to lumbar disc herniation continues to expand. Recent systematic reviews and meta-analyses have evaluated their effectiveness, safety, and patient outcomes, providing a growing evidence base for treatment selection and clinical decision-making.[4]
Percutaneous Laser Disc Decompression (PLDD) is a minimally invasive procedure designed to relieve pain caused by contained lumbar or cervical disc herniation. Under image guidance, a fine optical fiber is introduced into the nucleus pulposus through a percutaneous needle. Controlled laser energy vaporizes a small portion of the disc nucleus, reducing intradiscal pressure and relieving compression on adjacent nerve roots while preserving surrounding anatomical structures.
Diode lasers provide a compact and flexible energy platform for laser PLDD. By delivering laser energy directly into the nucleus pulposus through a fine optical fiber, they enable controlled thermal interaction and targeted reduction of intradiscal pressure.
1470 nm has strong absorption in water, making it well suited for applications where localized energy deposition and controlled vaporization of water-rich disc tissue are desired.
Key characteristics:
980 nm has been used in PLDD for many years and is supported by published clinical experience. Its tissue interaction characteristics provide effective energy delivery for disc decompression when appropriate treatment parameters are applied.
Key characteristics:
Combining 980 nm and 1470 nm provides access to two different wavelength–tissue interaction profiles within one platform. This allows physicians to select or combine wavelengths according to clinical requirements and treatment strategy.
Key characteristics:
Precise Access to the Target Disc
A fine optical fiber enables laser energy to be delivered directly into the nucleus pulposus through a minimally invasive percutaneous approach. Treatment parameters—including wavelength, power, pulse duration and total energy—can be adjusted according to the clinical situation.
| For Distributors | Value |
|---|---|
| Diverse customer base | Hospitals, spine centers, pain clinics, ambulatory surgery centers |
| High-value procedure | Supports premium minimally invasive treatment offerings |
| Complete solution | Laser system, fibers, accessories, and clinical training |
| Cross-selling opportunities | Expand into vascular, proctology, ENT, and other diode laser applications |
Flexible diode laser platforms designed for different clinical requirements and treatment settings.
Pioon provides flexible laser platforms for Percutaneous Laser Disc Decompression (PLDD), combining reliable diode laser technology, optimized wavelength options, and procedure-ready configurations to support spine specialists, pain management centers, and medical distributors worldwide.
Multi-wavelength Laser Device for PLDD Applications
A compact and cost-effective diode laser platform integrating 980nm, 1470nm, and 650nm wavelengths.
With 980nm + 1470nm mixed emission and independent wavelength selection, S1Pro Plus provides flexible energy delivery for PLDD and other minimally invasive procedures.
Highlights
Ideal for:
Pain Clinics | Specialty Centers | Growing Medical Practices
Find more
Dedicated 1470nm Laser Platform
S1-K12 provides a compact and dedicated 1470nm laser solution for minimally invasive procedures.
The 1470nm wavelength features strong water absorption characteristics, enabling precise energy interaction for selected clinical applications.
Highlights
Ideal for:
Private Clinics | Outpatient Centers | New Market Entry
Find more
Professional Multi-Specialty Surgical Laser Platform
Designed for demanding clinical environments, M2 combines stable high-power output with broad wavelength coverage from 980nm to 1940nm, providing a versatile platform for multiple surgical applications.
Highlights
Ideal for:
Hospitals | Spine Centers | Pain Management Departments
Find more
Premium Platform for Advanced Clinical Applications
MZ focuses on precision energy delivery and intelligent treatment control, with features such as power calibration to help maintain accurate and consistent laser output.
Highlights
Ideal for:
Academic Hospitals | Advanced Medical Centers
Find moreA successful PLDD procedure requires not only reliable laser equipment but also compatible accessories and standardized workflow support.
Pioon provides a complete solution including:
Reliable diode laser platform with flexible wavelength configurations.
Designed for stable laser energy transmission and precise delivery.
Including compatible fibers, needles, and protective accessories to support clinical workflow.
Training materials, operation guidance, and technical support for partners.
More Than a Laser System. A Complete Partnership for Your PLDD Business.
Pioon combines a flexible medical laser portfolio with clinical resources, marketing support, and long-term distributor cooperation to help partners build and expand their PLDD business.
From compact 1470nm systems to high-power multi-wavelength platforms, Pioon provides different laser configurations to match diverse clinical settings, investment levels, and market requirements.
S1-K12 · S1Pro Plus · M2 · MZ
Value for distributors:
Build a product portfolio instead of
relying on a single PLDD model.
One Laser Platform, More Clinical Opportunities
PLDD can be an entry point into a broader medical laser business. Pioon's portfolio covers multiple specialties, allowing distributors to expand their customer base and application portfolio.
Value for distributors:
Increase the utilization and
commercial potential of each laser platform.
From Product Knowledge to Market Development
Pioon supports distributors beyond equipment supply with resources designed to help them introduce, demonstrate, and promote laser solutions in their local markets.
Provide structured product training covering system features, configurations, operation, and key technical points, helping distributor teams better understand the products and communicate their value to customers.
Provide application guidance, treatment protocols, educational materials, and procedure-related resources to help distributors communicate with healthcare professionals and support clinical adoption.
Provide ready-to-use brochures, product presentations, videos, images, website content, and other digital assets to support local campaigns, customer presentations, and product promotion.
Provide promotional materials and event support for exhibitions, workshops, product demonstrations, and other local marketing activities to help distributors generate awareness and customer opportunities.
Provide product documentation and quality-related materials to assist distributors with local registration, regulatory submissions, and market compliance requirements.
ANVISA
CE
FDA
ISO13485
Korea GMP
NMPA
IEC
ATC
CQC
ISO9001
ROHS
SGS
TÜV SÜD
UL
IAF
Provide technical assistance, troubleshooting guidance, and ongoing communication to help distributors respond efficiently to customer needs and maintain long-term relationships.
Hear directly from our partners about their experience with Pioon laser solutions, from product performance and clinical applications to technical support and cooperation.
These real-world experiences reflect how Pioon works with distributors and clinical partners to support product promotion, application development, and long-term market growth.
Percutaneous Laser Disc Decompression (PLDD) is a laser-based procedure used to decompress selected herniated discs. During the procedure, a fine optical fiber is introduced through a percutaneous needle into the nucleus pulposus, where controlled laser energy reduces a small amount of disc tissue and intradiscal pressure.
PLDD is also referred to as laser disc decompression or percutaneous laser discectomy in some clinical literature. Patient selection and imaging assessment are important when determining whether the procedure is appropriate.
Diode lasers with wavelengths such as 980nm and 1470nm have been used in PLDD procedures. These wavelengths have different tissue-interaction characteristics, and current clinical literature does not establish a single optimal wavelength for every PLDD procedure.
Pioon offers laser platforms with 1470nm, 980nm + 1470nm, and multi-wavelength configurations, allowing physicians and distributors to select a suitable platform according to clinical requirements and market needs.
PLDD should not be considered a replacement for microdiscectomy in every patient. It is a treatment option for carefully selected patients with appropriate disc morphology and clinical indications.
A randomized controlled trial comparing PLDD with conventional microdiscectomy found that a strategy of PLDD followed by surgery when necessary produced non-inferior outcomes at one year in the selected study population, although recovery was faster with conventional surgery and reoperation rates differed between groups. The choice of treatment should therefore be based on imaging findings, symptoms, neurological status, and physician assessment.
PLDD is generally considered for carefully selected patients with symptomatic, contained disc herniation who have appropriate imaging findings and may not have responded adequately to conservative treatment.
Patient selection varies by clinical protocol. Conditions such as severe neurological deficits, cauda equina syndrome, significant spinal instability, or sequestered disc fragments may require other forms of treatment. Final treatment decisions should be made by a qualified physician after clinical and imaging evaluation.
Pioon offers several laser platforms that can be configured for different clinical and market requirements.
S1-K12 provides a dedicated 1470nm platform, while S1Pro Plus combines 980nm, 1470nm, and 650nm with 980nm + 1470nm mixed emission. M2 offers a professional multi-wavelength platform with broad wavelength coverage, while MZ focuses on precision energy delivery and power calibration.
The appropriate model depends on the target market, clinical setting, application requirements, and investment level.
Yes. Pioon's medical diode laser portfolio covers multiple specialties and applications beyond PLDD, including vascular surgery, proctology, ENT, gynecology, and other surgical applications, depending on the specific laser configuration and applicable market clearances.
This allows distributors to use PLDD as an entry point while gradually expanding their medical laser portfolio.
Pioon provides support across the product and market development process, including:
The level and scope of support can be adapted to the distributor's market and project requirements.
Pioon can provide relevant product, quality, and regulatory documentation to support distributors during local registration and market access processes.
Specific registration requirements vary by country and product classification. Pioon works with distributors to provide the available documentation needed for their local regulatory submissions and compliance processes.
From product selection and clinical education to marketing development and after-sales support, Pioon provides the resources you need to develop PLDD and expand into broader medical laser applications.