Dressing-Change Leg Racks & U-Shaped Carbon Fiber Image Head Frame — Lower-Limb Support and Intraoperative Imaging Solutions

Dressing-Change Leg Racks & U-Shaped Carbon Fiber Image Head Frame — Lower-Limb Support and Intraoperative Imaging Solutions

Product Title

Dressing-Change Leg Rack and Carbon Fiber U-Shaped Image Head Frame | 304 Stainless Steel Surgical Leg Rest with Adjustable Spacing | Radiolucent Head Frame for DSA Room and Imaging Department | Universal Operating Table Compatibility

Product Overview

This versatile product family combines dressing-change leg racks and a U-shaped carbon fiber image head frame to address two critical needs in the modern operating room and imaging suite — stable, adjustable lower-limb support for wound care, dressing changes, and orthopedic follow-up procedures, and unobstructed radiolucent head positioning for intraoperative and interventional imaging.

All leg rack models are constructed from 304 stainless steel, delivering the corrosion resistance, structural rigidity, and long service life demanded by clinical environments where devices are repeatedly cleaned, disinfected, and repositioned. Each leg rack features a height-adjustable support column ranging from 600 mm to 1000 mm and a contoured 200 × 100 × 50 mm leg support pad that cradles the lower limb securely without creating focal pressure points. The entire range is designed for universal compatibility with any brand of operating table, ensuring seamless integration into multi-brand surgical environments.

The FP-075-A1 carbon fiber image head frame complements the leg rack system by providing a radiolucent, U-shaped head support purpose-built for the imaging department and DSA (Digital Subtraction Angiography) room. Mounted on a carbon fiber bed board, the frame offers full angular adjustability and complete X-ray transparency, enabling high-quality imaging without removing or repositioning the head support — preserving patient comfort and procedural workflow.

Key Features & Clinical Advantages

• 304 stainless steel construction — All leg rack frames are fabricated from medical-grade 304 stainless steel that resists corrosion from repeated disinfection, maintains structural rigidity under load, and meets the durability demands of high-turnover clinical environments.

• Height-adjustable support column — Every leg rack model offers a telescoping column with an adjustment range of 600 mm to 1000 mm, accommodating patients of varying statures and enabling the surgical team to set the optimal limb elevation for wound access, dressing changes, or orthopedic examination.

• Contoured leg support pad — The 200 × 100 × 50 mm support pad distributes pressure evenly across the lower leg, reducing the risk of soft-tissue compression and nerve injury during prolonged limb elevation.

• Adjustable left-right spacing (FP-074-B1) — The mobile dressing leg rack features independently adjustable left and right leg supports with a spacing range of 200 mm to 700 mm, allowing the device to accommodate patients of different body widths and to position each limb at the exact angle required for bilateral wound care or orthopedic assessment.

• Mobile design with braking casters (FP-074-B1) — Integrated wheels enable easy transport between operating rooms, wards, and imaging suites, while the locking brake mechanism secures the frame firmly in position during use — eliminating the need for a fixed table mount and making this model ideal for bedside procedures, outpatient clinics, and multi-room facilities.

• Carbon fiber radiolucency (FP-075-A1) — The U-shaped image head frame is constructed entirely from carbon fiber, providing full X-ray transparency with zero image artifact. Surgeons and interventionalists can obtain high-quality fluoroscopic and radiographic images of the cranial and cervical regions without removing or repositioning the head support.

• Full angular adjustability (FP-075-A1) — The head frame mounts on a carbon fiber bed board and offers adjustable tilt and rotation, allowing the patient's head to be positioned at the optimal angle for the imaging modality or interventional approach — whether anteroposterior, lateral, or oblique views are required.

• Universal operating table compatibility — All leg rack models fit any brand of operating table via standard mounting interfaces, simplifying procurement for facilities with mixed table inventories.

Model Variants & Specifications

FP-073-A1 — Dressing Leg Rack / Doctor's Hand Rack / Leg Rack
Constructed from 304 stainless steel with a telescoping height range of 600 mm to 1000 mm and a 200 × 100 × 50 mm leg support pad. This model serves as a standard fixed-mount dressing leg rack for operating table use, providing stable lower-limb elevation during wound care, dressing changes, and post-surgical follow-up examinations. The clean, minimal profile also makes it suitable as a doctor's hand rack — a dedicated support surface for the surgeon's arm during microsurgical or delicate manual procedures where a stable, padded rest reduces fatigue and improves precision.

FP-074-A1 — Dressing Leg Rack / Leg Rest
Built from 304 stainless steel with a minimum-to-maximum height range of 600 mm to 1000 mm and a 200 × 100 × 50 mm leg support pad. This model is optimized as a dedicated leg rest for dressing-change and lower-limb wound management procedures. The straightforward column-and-pad design provides reliable, stable support at any height within the adjustment range, making it a practical choice for operating rooms, procedure rooms, and outpatient wound-care clinics.

FP-074-A2 — Dressing Leg Rack / Leg Rest
Features 304 stainless steel construction with a rod length of 600 mm to 1000 mm and the same 200 × 100 × 50 mm leg support pad as the FP-074-A1. This variant offers an alternative rod configuration that may differ in mounting geometry or clamp style, providing flexibility for facilities that require a specific attachment method or rail interface. The core performance — height adjustability, pad dimensions, and load capacity — remains consistent with the FP-074-A1 platform.

FP-074-B1 — Dressing Leg Rack / Doctor's Hand Rack / Leg Rack with Adjustable Spacing
The most versatile model in the dressing leg rack range, the FP-074-B1 is built from 304 stainless steel and features independently adjustable left and right leg supports with a spacing range of 200 mm to 700 mm. This allows the device to accommodate patients of different body widths and to position each limb at a customized angle for bilateral wound care, orthopedic assessment, or post-surgical dressing changes. The frame is equipped with locking casters for easy transport between rooms and secure braking during use — making it a truly mobile solution that can serve the operating room, the ward, the emergency department, and the outpatient clinic without requiring a fixed table mount. The 200 × 100 × 50 mm leg support pads on each side provide comfortable, pressure-distributing support for both limbs simultaneously.

FP-075-A1 — Carbon Fiber U-Shaped Image Head Frame
A U-shaped carbon fiber head frame engineered specifically for the imaging department and DSA (Digital Subtraction Angiography) room. The frame mounts directly onto a carbon fiber bed board and provides full angle adjustability to position the patient's head at the precise orientation required for each imaging sequence or interventional procedure. The U-shaped open design allows unobstructed access to the face and airway while maintaining stable head support. Because the entire frame — including the U-shaped arch and the mounting hardware — is fabricated from carbon fiber, it delivers full radiolucency with zero image artifact, enabling high-resolution fluoroscopy, CT, and DSA imaging of the head, neck, and upper cervical spine without removing or repositioning the support. This makes the FP-075-A1 an essential accessory for neurointerventional procedures, cerebral angiography, and any imaging workflow where head positioning and image quality must both be optimized.

Clinical Applications

This dressing leg rack and image head frame system supports a wide range of clinical scenarios across the operating room, imaging suite, and bedside:

• Wound care and dressing changes — Height-adjustable leg racks elevate the lower limb to the optimal working height for debridement, dressing application, and wound assessment, reducing clinician fatigue and improving access to the surgical site.

• Post-operative orthopedic follow-up — Leg racks provide stable, comfortable limb support during cast changes, suture removal, and range-of-motion assessments after lower-extremity fracture fixation or joint replacement.

• Vascular access and peripheral vascular procedures — Elevated leg positioning improves access to the femoral, popliteal, and tibial vessels for catheterization, graft assessment, and wound management.

• Burn care and plastic surgery — Adjustable leg racks support the lower limb at precise angles during skin graft application, flap monitoring, and burn wound dressing in both supine and semi-recumbent positions.

• Doctor's hand support — The leg rack platform doubles as a padded arm rest for the surgeon during microsurgical procedures, ophthalmic surgery, or any operation requiring sustained manual precision, reducing hand and forearm fatigue over long cases.

• Bilateral lower-limb procedures (FP-074-B1) — The adjustable-spacing mobile leg rack supports both legs simultaneously at customized widths, making it ideal for bilateral wound care, bilateral skin grafting, or simultaneous lower-limb assessment.

• Bedside and outpatient procedures (FP-074-B1) — The mobile design with locking casters allows the leg rack to be wheeled to the patient's bedside, the emergency department, or the outpatient clinic, extending the utility of the device beyond the operating room.

• Neurointerventional and DSA procedures (FP-075-A1) — The carbon fiber U-shaped head frame provides radiolucent head support during cerebral angiography, aneurysm coiling, thrombectomy, and other neurovascular interventions where unobstructed imaging of the cranial and cervical vasculature is essential.

• CT-guided interventions (FP-075-A1) — The radiolucent head frame remains in place during CT scanning, maintaining patient head position without introducing metal artifact that could degrade image quality or obscure anatomical detail.

• Radiation therapy positioning (FP-075-A1) — The carbon fiber construction is compatible with radiation beams, making the head frame suitable for radiosurgery and radiotherapy setups where head immobilization and imaging verification are performed in the same session.

SEO Search Terms & Tags

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Meta Description (for product listing pages)

304 stainless steel dressing-change leg racks with adjustable height (600–1000 mm) and optional left-right spacing (200–700 mm). Mobile design with locking casters available. U-shaped carbon fiber image head frame for DSA room and imaging department — fully radiolucent with angle adjustment. Universal operating table compatibility. Ideal for wound care, orthopedic follow-up, and neurointerventional imaging.