Color vision test plates are printed (or sometimes laminated) plate sets—often bound as a book—used to screen for color vision deficiencies by asking a person to identify numbers, symbols, or paths embedded in colored dot patterns. They are common in eye clinics, occupational health, pre-employment screening, and broader hospital workflows where rapid, low-cost visual function screening is needed.
Portable vision screener is a handheld or compact clinical device designed to **quickly screen** patients for vision problems and risk indicators that may warrant a more complete eye examination. In busy hospitals and clinics, it helps teams identify patients who may need referral, prioritize care pathways, and document screening results in a consistent way—often in seconds.
Handheld slit lamp is a portable ophthalmic medical device used to examine the front structures of the eye (often called the anterior segment) using a focused “slit” of light and magnified viewing. It brings slit-lamp-style biomicroscopy to the bedside, emergency department, outreach clinics, and other settings where a full tabletop slit lamp is impractical or unavailable.
Non mydriatic fundus camera is a retinal imaging medical device designed to capture photographs of the inside of the eye (the “fundus”)—including the retina, optic disc, macula, and retinal vessels—without routinely using pupil-dilating drops. In many models, the operator aligns the eye using low-intensity illumination and then captures an image with a brief flash.
*This guide is written for clinical users, administrators, procurement teams, and biomedical/operations leaders who need a practical overview of handheld pachymetry—what it does, how it is used safely, and how to think about real-world deployment and support.*
Auto lensometer is a clinical device used to measure key optical parameters of spectacle lenses—typically sphere, cylinder, axis, prism, and near addition—so teams can verify and document eyewear accurately and consistently. In hospital eye departments, outpatient clinics, and optical services, it supports safer workflows by helping staff confirm what a patient is wearing (or what has been dispensed) before results are recorded, glasses are remade, or care pathways proceed.
A Kinesiology tape dispenser is a simple but operationally important piece of hospital equipment used to store, dispense, measure, and cut rolls of kinesiology (elastic therapeutic) tape in a controlled and repeatable way. While it is usually a low-complexity clinical device, it can strongly influence workflow efficiency, tape waste, staff safety (cutting blades), and basic infection-control practices in therapy and outpatient settings.
A Cold compression unit is a therapeutic medical device designed to deliver controlled cooling together with adjustable compression to a targeted body area, typically through a wrap, cuff, or pad connected to a control unit. In hospitals and clinics, this combination is commonly used to support comfort, swelling management, and standardized postoperative or injury-related care pathways—while also reducing the variability and mess often associated with improvised ice packs.
Compression therapy device sports is a category of medical device and related medical equipment designed to apply controlled external pressure to a limb (most commonly the legs, sometimes the arms) using garments such as sleeves or boots. In many designs, a pump cyclically inflates and deflates multiple chambers to create intermittent or sequential compression. In sports medicine and rehabilitation contexts, similar technology is also used as “recovery” compression equipment—however, the intended use, regulatory status, and performance expectations may differ by manufacturer and by country.
Walking boot CAM boot is a removable lower-limb immobilization and support medical device used to help protect the foot and ankle, limit motion, and enable safer mobility during recovery pathways defined by a treating clinician. In many hospitals and clinics it functions as a practical alternative to, or step-down from, rigid casting—especially when repeated skin inspection, dressing changes, or swelling fluctuations are expected.
Internal bone stimulator is an implantable medical device used to deliver therapeutic electrical stimulation at or near a bone healing site, most commonly to support fusion or healing in situations where nonunion risk is higher. Unlike external bone stimulators that are worn outside the body, an Internal bone stimulator is placed surgically and is intended to work continuously without relying on patient adherence.
External bone stimulator is a non-invasive medical device designed to deliver targeted physical energy (most commonly electromagnetic fields, electrical stimulation, or low-intensity ultrasound) to a bone healing site with the goal of supporting bone repair. These systems are used as adjunct hospital equipment in orthopedics, trauma, and spine pathways—often bridging inpatient care and home-based recovery.
Powered reamer system is a powered surgical instrument platform used to enlarge, shape, or prepare bone using rotating reamer heads driven by an electric, battery, or pneumatic motor. In many orthopedic and trauma procedures, this medical device supports consistent bone preparation for implants or fixation hardware while helping teams standardize operating room (OR) workflows.
Orthopedic navigation system is a computer-assisted surgical guidance platform used in orthopedic procedures to help teams plan, track, and verify instrument and implant positioning in real time. In many hospitals, it sits at the intersection of clinical performance, operating room (OR) efficiency, patient safety, and capital equipment strategy—often involving surgeons, OR nursing, anesthesia, sterile processing, biomedical engineering, and IT/security.
ACL fixation device refers to a family of sterile implants and supporting instruments used to secure an anterior cruciate ligament (ACL) graft to bone during ligament reconstruction. In practical hospital terms, it is a mission-critical orthopedic medical device category: it affects operating room (OR) efficiency, inventory complexity, sterilization workflows, traceability, and—most importantly—procedural safety.
A **Suture anchor system** is a widely used implant-and-instrument set designed to secure soft tissue (such as tendon, ligament, or labrum) to bone during orthopedic and sports medicine procedures. In many hospitals and ambulatory surgical centers, it is a core part of arthroscopy and open repair workflows because it helps teams standardize fixation steps, reduce variability, and support reproducible operating room processes.
Meniscal repair device is a specialized surgical **medical device** used during knee procedures—most commonly arthroscopy—to help approximate, stabilize, and secure a torn meniscus so it can heal. In practical hospital terms, it is part of the orthopedic/sports-medicine toolchain that influences operating room (OR) efficiency, implant traceability, sterile processing workload, and patient safety controls.
Arthroscopy shaver blades are sterile cutting and debridement tips used with powered arthroscopy shaver systems to remove or contour soft tissue (and, in some designs, harder tissue) during minimally invasive joint procedures. They are a small component of a larger medical device ecosystem—console, handpiece, footswitch, suction, and fluid management—but they strongly influence procedural efficiency, safety margins, and cost per case.
Bone density ultrasound heel is a non-invasive medical device used to assess bone status at the calcaneus (heel bone) using ultrasound rather than X‑rays. It is commonly categorized as quantitative ultrasound (QUS) and is often used to support osteoporosis risk assessment pathways, especially where quick, low-infrastructure testing is needed.
Skeletal traction pin set is a specialized orthopaedic **medical device** kit used to place a traction pin through bone so that controlled pulling force (traction) can be applied to a limb. It is commonly used in trauma and orthopaedic workflows to help maintain alignment, reduce muscle spasm, support temporary stabilization, and enable safer transport or imaging while definitive treatment plans are arranged.