Surgical Arm Board

Durable stainless steel arm board with dual rotation adjustment for precise patient positioning. Compatible with any operating table, supports supine, prone, and lateral positions. Sterilizable, includes arm bracket for instrument organization. Enhances surgical precision and safety.

Durable stainless steel arm board for surgical tables. Features Double Socket Arm for flexible positioning, compatible with multiple side rails (25-32mm). Supports supine, prone, and lateral positions. Sterilizable, fits any operating table brand.

Durable stainless steel arm board for surgical tables. Features 16mm rod, horizontal/vertical rotation, and fits any brand. Supports supine, prone, lateral positions. Sterilizable, black finish, ideal for hospital use.

Durable stainless steel arm board for patient support during surgery. Compatible with any operating table, featuring a 16mm inserting rod for secure fit. Horizontal and vertical rotation allows optimal positioning. Sterilizable, black finish, ideal for general and orthopedic procedures.

Durable aluminum alloy surgical arm board with 360° rotation and 250kg max load. Compatible with any operation table, multiple side rail sizes, and withstands repeated sterilization for enhanced surgical precision.

Durable stainless steel surgical arm board with polished finish. Compatible with any operation table via 30x8mm or 32x9mm side rails. Offers customizable pad thickness from 30 to 100mm for patient comfort. Sterilizable and designed for supine, prone, lateral, and horizontal positions.

Durable stainless steel arm board for surgical tables. Polished surface ensures patient comfort. Adjustable design fits any operation table with side rails 30x8mm or 32x9mm. Supports multiple sterilization cycles. Customizable pad thickness from 30 to 100mm. Ideal for supine, prone, lateral, and horizontal positions.

High-grade stainless steel surgical arm board for patient arm support during operations. Features customizable pad thickness from 30mm to 100mm, memory foam option, and polished surface for easy sterilization. Fits any operation table, durable for repeated use.

Universal surgical arm board compatible with all operation tables, featuring 500mm x 150mm stainless steel construction and 16mm inserting rods. Designed for supine, prone, lateral, and horizontal positions with 250kg weight capacity and multiple sterilization capability. Ideal for medical procedures and academic research applications.

Professional stainless steel surgical arm board featuring 16mm inserting rods and 500mm × 150mm × 10mm dimensions. Provides secure arm support for supine, prone, lateral, and horizontal surgical positions. Multiple sterilization cycles and universal compatibility with all operation tables. Available with foam pad thickness options from 30mm to 100mm.

Professional stainless steel surgical arm board with 450mm × 120mm × 35mm dimensions and 200kg weight capacity. Features adjustable hand pad thickness (30-100mm) and supports multiple surgical positions. Universal compatibility with all operation tables and capable of repeated sterilization cycles for hospital use.

Professional surgical arm board providing stable support during supine, prone, lateral, and horizontal position surgeries. Features stainless steel construction, multiple sterilization capability, and customizable hand pad thickness from 30mm to 100mm. Compatible with all operation tables for orthopedic, neurosurgery, and general surgical procedures.

Professional surgical arm board made from polished stainless steel with 360° rotation capability. Features multiple pad thickness options from 30mm to 100mm, compatible with any operation table. Supports supine, prone, lateral, and horizontal surgical positions with multi-function joints for versatile medical applications.

Professional surgical arm board with six adjustable joints and 250KG load capacity. Made from aviation aluminum with 360° rotation and universal table compatibility. Features polished surface for easy sterilization and secure locking mechanism for patient safety during shoulder joint procedures.

Professional surgical arm board designed for shoulder joint operations. Features aviation aluminum construction, six multi-joint articulation with 360° rotation, and 250kg load capacity. Universal compatibility with operation tables, polished silver finish for easy cleaning, and precision engineering for medical applications. Ideal for hospitals requiring reliable surgical positioning equipment.

Professional surgical arm board featuring six-joint design with 250kg maximum load capacity and 360° rotation. Constructed from aviation aluminum with polished surface for hygiene. Ideal for shoulder joint operations and compatible with academic robot arms. Dimensions: 950mm × 380mm × 80mm. Free worldwide shipping included.

Professional surgical arm board with six-joint design, 360° rotation, and 250kg load capacity. Made from aviation aluminum with polished silver finish, compatible with all operation tables. Features multiple sterilization capability and adjustable height from 80-110cm for precision shoulder joint surgeries.

Professional six-joint surgical arm board featuring aviation aluminum construction, 250KG load capacity, and 360° rotation. Designed for shoulder joint surgeries with universal operation table compatibility and multiple-use sterilization. Compact 950mm × 380mm × 80mm design weighing only 6.75kg for optimal surgical positioning and stability.

Professional three-joint surgical hand frame featuring 304 stainless steel and aviation aluminum construction. Provides universal adjustment with stable locking for shoulder arthroscopy, neurosurgery, and lateral position procedures. Compatible with all operating table brands and available in metal or carbon fiber hand board options.

Universal medical arm board compatible with various operation table brands. Features 600x150mm dimensions, 16mm metal rod diameter, and customizable sponge pad thickness options from 3cm to 10cm. Professional black finish designed for medical environments with flexible customization to meet specific facility requirements.