Search the complete HCPCS database. Access official guidelines, notes, modifiers, and documentation requirements instantly.
Browse the official clinical code repository for active HCPCS classifications. Up to 50 codes are displayed per page.
| Code | Category / Specialty | Description |
|---|---|---|
| L6029 |
Procedures
General
|
Upper extremity addition, test socket/interface, partial hand including fingers
|
| L6030 |
Procedures
General
|
Upper extremity addition, external frame, partial hand including fingers
|
| L6031 |
Procedures
General
|
Replacement socket/interface, partial hand including fingers, molded to patient model, for use with or without external power
|
| L6032 |
Procedures
General
|
Addition to upper extremity prosthesis, partial hand including fingers, ultralight material (titanium, carbon fiber or equal)
|
| L6033 |
Procedures
General
|
Addition to upper extremity prosthesis, partial hand including fingers, acrylic material
|
| L6034 |
Procedures
General
|
Partial hand, finger, and thumb prosthesis without prosthetic digit(s)/thumb, amputation at transmetacarpal level, including flexible or non-flexible interface, molded to patient model, for use without external power and/or passive prosthetic digit/thumb, not including inserts described by L6692
|
| L6035 |
Procedures
General
|
Single prosthetic digit, mechanical, can include metacarpophalangeal (MCP), proximal interphalangeal (PIP), and/or distal interphalangeal (DIP) joint(s), with or without locking mechanism, can include flexion or extension assist, any material, attachment, initial issue or replacement
|
| L6036 |
Procedures
General
|
Prosthetic thumb, mechanical, can include metacarpophalangeal (MCP), interphalangeal (IP) joint(s), with or without locking mechanism, can include flexion or extension assist, any material, attachment, initial issue or replacement
|
| L6037 |
Procedures
General
|
Immediate postsurgical or early fitting, application of initial rigid dressing, including fitting alignment and suspension of components, and one cast change, partial hand including fingers
|
| L6038 |
Procedures
General
|
Addition to single prosthetic digit or thumb, mechanical, attachment, multiaxial and/or internal/external rotation/abduction/adduction mechanism, with or without locking feature, any material
|
| L6039 |
Procedures
General
|
Passive prosthetic digit or thumb prosthesis not including hand restoration partial hand, full or partial, custom made, any material, initial or replacement, per single passive prosthetic digit or thumb
|
| L6050 |
Procedures
General
|
Wrist disarticulation, molded socket, flexible elbow hinges, triceps pad
|
| L6055 |
Procedures
General
|
Wrist disarticulation, molded socket with expandable interface, flexible elbow hinges, triceps pad
|
| L6100 |
Procedures
General
|
Below elbow, molded socket, flexible elbow hinge, triceps pad
|
| L6110 |
Procedures
General
|
Below elbow, molded socket, (muenster or northwestern suspension types)
|
| L6120 |
Procedures
General
|
Below elbow, molded double wall split socket, step-up hinges, half cuff
|
| L6130 |
Procedures
General
|
Below elbow, molded double wall split socket, stump activated locking hinge, half cuff
|
| L6200 |
Procedures
General
|
Elbow disarticulation, molded socket, outside locking hinge, forearm
|
| L6205 |
Procedures
General
|
Elbow disarticulation, molded socket with expandable interface, outside locking hinges, forearm
|
| L6250 |
Procedures
General
|
Above elbow, molded double wall socket, internal locking elbow, forearm
|
| L6300 |
Procedures
General
|
Shoulder disarticulation, molded socket, shoulder bulkhead, humeral section, internal locking elbow, forearm
|
| L6310 |
Procedures
General
|
Shoulder disarticulation, passive restoration (complete prosthesis)
|
| L6320 |
Procedures
General
|
Shoulder disarticulation, passive restoration (shoulder cap only)
|
| L6350 |
Procedures
General
|
Interscapular thoracic, molded socket, shoulder bulkhead, humeral section, internal locking elbow, forearm
|
| L6360 |
Procedures
General
|
Interscapular thoracic, passive restoration (complete prosthesis)
|
| L6370 |
Procedures
General
|
Interscapular thoracic, passive restoration (shoulder cap only)
|
| L6380 |
Procedures
General
|
Immediate post surgical or early fitting, application of initial rigid dressing, including fitting alignment and suspension of components, and one cast change, wrist disarticulation or below elbow
|
| L6382 |
Procedures
General
|
Immediate post surgical or early fitting, application of initial rigid dressing including fitting alignment and suspension of components, and one cast change, elbow disarticulation or above elbow
|
| L6384 |
Procedures
General
|
Immediate post surgical or early fitting, application of initial rigid dressing including fitting alignment and suspension of components, and one cast change, shoulder disarticulation or interscapular thoracic
|
| L6386 |
Procedures
General
|
Immediate post surgical or early fitting, each additional cast change and realignment
|
| L6388 |
Procedures
General
|
Immediate post surgical or early fitting, application of rigid dressing only
|
| L6400 |
Procedures
General
|
Below elbow, molded socket, endoskeletal system, including soft prosthetic tissue shaping
|
| L6450 |
Procedures
General
|
Elbow disarticulation, molded socket, endoskeletal system, including soft prosthetic tissue shaping
|
| L6500 |
Procedures
General
|
Above elbow, molded socket, endoskeletal system, including soft prosthetic tissue shaping
|
| L6550 |
Procedures
General
|
Shoulder disarticulation, molded socket, endoskeletal system, including soft prosthetic tissue shaping
|
| L6570 |
Procedures
General
|
Interscapular thoracic, molded socket, endoskeletal system, including soft prosthetic tissue shaping
|
| L6580 |
Procedures
General
|
Preparatory, wrist disarticulation or below elbow, single wall plastic socket, friction wrist, flexible elbow hinges, figure of eight harness, humeral cuff, bowden cable control, usmc or equal pylon, no cover, molded to patient model
|
| L6582 |
Procedures
General
|
Preparatory, wrist disarticulation or below elbow, single wall socket, friction wrist, flexible elbow hinges, figure of eight harness, humeral cuff, bowden cable control, usmc or equal pylon, no cover, direct formed
|
| L6584 |
Procedures
General
|
Preparatory, elbow disarticulation or above elbow, single wall plastic socket, friction wrist, locking elbow, figure of eight harness, fair lead cable control, usmc or equal pylon, no cover, molded to patient model
|
| L6586 |
Procedures
General
|
Preparatory, elbow disarticulation or above elbow, single wall socket, friction wrist, locking elbow, figure of eight harness, fair lead cable control, usmc or equal pylon, no cover, direct formed
|
| L6588 |
Procedures
General
|
Preparatory, shoulder disarticulation or interscapular thoracic, single wall plastic socket, shoulder joint, locking elbow, friction wrist, chest strap, fair lead cable control, usmc or equal pylon, no cover, molded to patient model
|
| L6590 |
Procedures
General
|
Preparatory, shoulder disarticulation or interscapular thoracic, single wall socket, shoulder joint, locking elbow, friction wrist, chest strap, fair lead cable control, usmc or equal pylon, no cover, direct formed
|
| L6600 |
Procedures
General
|
Upper extremity additions, polycentric hinge, pair
|
| L6605 |
Procedures
General
|
Upper extremity additions, single pivot hinge, pair
|
| L6610 |
Procedures
General
|
Upper extremity additions, flexible metal hinge, pair
|
| L6611 |
Procedures
General
|
Addition to upper extremity prosthesis, external powered, additional switch, any type
|
| L6615 |
Procedures
General
|
Upper extremity addition, disconnect locking wrist unit
|
| L6616 |
Procedures
General
|
Upper extremity addition, additional disconnect insert for locking wrist unit, each
|
| L6620 |
Procedures
General
|
Upper extremity addition, flexion/extension wrist unit, with or without friction
|
| L6621 |
Procedures
General
|
Upper extremity prosthesis addition, flexion/extension wrist with or without friction, for use with external powered terminal device
|
The Healthcare Common Procedure Coding System (HCPCS), pronounced "hick-picks", is a standardized coding system utilized primarily to process claims for Medicare and Medicaid, though commercial payers universally require it as well. While the American Medical Association (AMA) created and maintains CPT (which serves as HCPCS Level I), the Centers for Medicare & Medicaid Services (CMS) maintains the HCPCS Level II code set.
For the Certified Professional Coder (CPC) and medical billing expert, mastering HCPCS Level II is absolutely critical for the financial viability of a practice. CPT codes describe the physician's cognitive and surgical labor, but CPT completely fails to account for the massive volume of physical products, drugs, and external services consumed during patient care. HCPCS Level II fills this critical gap, ensuring practices are reimbursed for the tangible goods and specialized services they provide.
If a specific service or item is accurately described by both a CPT code and an HCPCS Level II code, the general rule is to utilize the CPT code. However, Medicare strictly requires the HCPCS Level II code (such as the G-codes for preventative screenings) over the CPT code. A professional coder must always check the specific payer's contract policies before submitting the claim.
Imagine a patient with chronic osteoarthritis who visits an orthopedic clinic to receive a knee injection. The physician's work—evaluating the patient, prepping the site, and performing the intra-articular injection—is billed using CPT (e.g., 20610). However, the syringe contains an expensive hyaluronic acid derivative.
The CPT code does not pay for the drug itself; it only pays for the labor of the injection. Without HCPCS Level II, the clinic would absorb the massive cost of the medication, operating at a severe financial loss. By appending the appropriate HCPCS J-code (e.g., J7321) to the claim alongside the CPT injection code, the clinic is reimbursed for both the physician's expertise and the pharmaceutical cost.
HCPCS Level II codes are strictly alphanumeric. They consist of a single alphabetical letter (A through V) followed by four numeric digits. This structure makes them instantly recognizable and distinct from 5-digit numeric CPT codes. The leading letter immediately identifies the general category of the item or service.
The HCPCS manual is divided into multiple alphabetical sections. For a medical coder managing Revenue Cycle Management (RCM), certain sections are heavily utilized daily.
J-codes are arguably the most financially significant section of the HCPCS manual for outpatient clinics (especially Oncology, Rheumatology, and Pain Management). They report drugs that ordinarily cannot be self-administered, including intravenous medications, intramuscular injections, and inhalation solutions.
A critical challenge for the CPC is mastering the dosage increments. J-code descriptors specify a definitive dosage unit (e.g., "Injection, infliximab, 10 mg"). If a physician administers 100 mg of infliximab, the coder must not bill one unit; they must calculate the dosage and bill 10 units of the J-code. Failure to calculate drug units correctly leads to devastating revenue loss or, conversely, federal False Claims Act violations for over-billing.
A-codes capture non-physician services like ambulance transport (Basic Life Support, Advanced Life Support, air vs. ground) as well as routine medical and surgical supplies (e.g., specific types of surgical dressings, ostomy supplies, and specialized catheters). While individually inexpensive, high-volume clinics must capture A-codes to offset supply chain costs.
DME encompasses items that can withstand repeated use, serve a medical purpose, and are appropriate for use in the home. E-codes cover wheelchairs, hospital beds, oxygen delivery systems, and CPAP machines. Billing E-codes often requires a separate DME MAC (Medicare Administrative Contractor) enrollment and strict adherence to Certificates of Medical Necessity (CMN).
G-codes are uniquely utilized by CMS to identify professional healthcare procedures and services that do not yet have assigned CPT codes, or where Medicare has decided their payment policies require a different code description than what the AMA provides. For example, Medicare refuses to pay for routine CPT preventative medicine codes, requiring coders to use G-codes (e.g., G0438 - Annual wellness visit, initial) for Medicare beneficiaries.
These codes are utilized extensively by orthopedic surgeons, podiatrists, and specialized O&P clinics. L-codes cover everything from custom-molded arch supports and ankle-foot orthoses (AFOs) to highly complex robotic prosthetic limbs. Billing L-codes requires meticulous documentation proving that the device was custom-fitted or custom-fabricated to the specific patient.
Just like CPT, HCPCS Level II contains its own set of unique alphanumeric modifiers. However, while CPT modifiers usually describe alterations to a physician's service (like a discontinued procedure), HCPCS modifiers generally provide high-level anatomical specificity, indicate drug wastage, or specify the origin of a transportation service.
HCPCS provides extreme granularity for anatomical sites, which is strictly required by Medicare to prevent duplicate billing denials:
Because biological drugs are incredibly expensive, CMS requires clinics to report drug wastage from single-dose vials to track pharmaceutical costs and prevent fraud. This is a massive compliance focal point for the modern CPC.
Diagnostic testing (like an MRI or EKG) is conceptually split into two pieces: the equipment/staff running the test, and the physician interpreting the results.
If a clinic owns the machine AND the physician reads it, they bill the code globally (without TC or 26 modifiers).
While HCPCS J-codes identify the general drug, the FDA's National Drug Code (NDC) identifies the exact manufacturer, package size, and formulation of the drug. Modern billing requires a complex "crosswalk" where the CPC must link the 11-digit NDC number from the physical vial directly to the HCPCS J-code on the electronic 837P claim form. If the NDC format is incorrect, or if the NDC to HCPCS dosage ratio is miscalculated, the clearinghouse will reject the claim immediately.
Managing the HCPCS lifecycle is where a Certified Professional Coder transcends basic data entry and becomes a true Revenue Cycle Manager.
First, the CPC must actively manage the practice's charge master. Because HCPCS codes (especially G-codes and Q-codes) are frequently introduced, deleted, or revised quarterly by CMS, a static charge master will bleed revenue. The CPC ensures that front-end staff are selecting the active codes.
Second, the CPC acts as the bridge between clinical inventory and billing. When a new expensive biological drug is brought into the clinic, the CPC must establish the J-code, calculate the exact unit multiplier based on the clinic's preferred mixing protocol, verify the LCD (Local Coverage Determination) for approved ICD-10-CM diagnostic pairings, and set up the JW/JZ modifier logic.
While CPT is often viewed as the glamorous side of medical coding—capturing the high-stakes surgical interventions and cognitive labor of physicians—HCPCS Level II is the logistical engine that keeps the practice financially afloat. Without it, the cost of medical supplies, transportation, durable medical equipment, and life-saving pharmaceuticals would paralyze the healthcare system.
For the professional CPC, mastering the alphanumeric taxonomy of HCPCS, meticulously calculating drug units, and applying stringent anatomical modifiers is the ultimate defense against federal audits and commercial payer denials. It is a demanding, highly regulated arena of medical coding, but one that rewards precision with absolute revenue integrity.
Welcome to the most comprehensive and lightning-fast HCPCS code lookup tool available online. Whether you are a dedicated health information management (HIM) professional, a certified medical coder, a specialized biller, or a clinical data analyst, our advanced search engine allows you to instantly search HCPCS codes and find highly accurate code descriptions in mere milliseconds. Navigating the complex world of healthcare terminology requires precision, and our platform is built to deliver exactly that.
Looking up medical codes can often be a frustrating and time-consuming experience, especially when relying on slow, clunky platforms or physical manuals that quickly become outdated. Our dedicated HCPCS search directory elegantly bridges that gap. By utilizing our highly optimized, state-of-the-art database, you can effortlessly find HCPCS code descriptions by simply typing a keyword, a specific diagnosis or procedure, an anatomical site, or the exact alphanumeric code itself. The results are rendered in real-time as you type, allowing you to completely bypass cumbersome PDF manuals and heavy physical coding books, streamlining your daily workflow.
To perform an accurate HCPCS lookup, navigate to the intuitive search bar located at the top of this page. If you have a specific clinical term or abstract concept in mind, simply type the term into the search field. Our intelligent, NLP-driven algorithm will instantly scan the entire official database to populate a comprehensive list of matching HCPCS codes and descriptions. Conversely, if you already possess the specific code and simply need to verify its validity or read the full tabular guidelines, you can type the identifier directly into the bar to instantly verify its official long-form description.
Our platform is meticulously engineered specifically for medical coders, billers, and clinical analysts who demand both speed and unwavering accuracy. When you search for HCPCS codes on our website, you are guaranteed to receive the exact, official nomenclature published by the governing bodies. We provide the full tabular descriptions, ensuring that you understand the precise clinical nuances, including essential modifiers, bundling edits, and specific indicators required for clean claim submission and flawless clinical documentation.
In the incredibly fast-paced environment of medical auditing, clinical documentation improvement (CDI), and revenue cycle management (RCM), time literally equates to money. Slow, laggy search platforms cause unnecessary friction and contribute to coder burnout. That is exactly why our free HCPCS lookup tool is aggressively engineered to return complex search results in under 120 milliseconds. We have heavily optimized our backend server architecture so that the moment you need to look up an HCPCS code, the data is delivered instantaneously. This relentless focus on performance makes our platform the premier, go-to destination for anyone in the healthcare industry asking, "How do I find an HCPCS code description quickly and reliably?"
We highly recommend that you bookmark this page as your daily, primary resource for all your HCPCS code search needs. We are deeply committed to maintaining this robust, frequently updated database as a permanent, free public utility for the global healthcare data community. Start typing your query into the search bar above to experience the absolute fastest, most reliable medical code lookup available on the internet today. Say goodbye to endless scrolling, frustrating page loads, and outdated indexes. Let our powerful, instantaneous search engine do the heavy lifting for your clinical documentation and coding operations. Whether you are aggressively searching by an exact code, a partial clinical description, or a broad medical category, our advanced tool delivers the exact HCPCS code information you need to ensure total compliance and financial accuracy.