Olympus WM-NP2 Mobile Workstation - Endoscopy Video Trolley with MAJ-1641 Monitor Arm & Separation Transformer

Olympus WM-NP2 Mobile Workstation | EVIS EXERA II & III Platform

The Olympus WM-NP2 is the industry-standard mobile imaging platform, engineered specifically for the 2026 demands of the EVIS EXERA® III and legacy EXERA II systems. More than a simple cart, the WM-NP2 is a sophisticated "tower" solution that centralizes power, cable management, and high-load endoscopic equipment into a compact, 650mm-wide footprint.

Designed for the high-turnover environment of GI and surgical suites, the WM-NP2 balances a heavy-duty load capacity with refined ergonomics, ensuring that processors, light sources, and monitors are safe, mobile, and positioned for peak clinical efficiency.

Key Performance Features

• Integrated Separation Transformer (MAJ-1647): Features a medical-grade 110-120V transformer that centralizes the tower’s power supply. This ensures all sensitive imaging equipment is powered via a single master switch, protecting circuitry from power surges and maintaining strict electrical leakage compliance.

• Gas-Spring Monitor Arm (MAJ-1641): The heavy-duty LCD arm features an integral gas spring for effortless, balanced adjustment. Clinicians can tilt, swivel, and height-adjust the monitor for a zero-strain viewing angle, even during long, complex procedures.

• Intelligent Cable Architecture: Built-in cable channels within the aluminum workstation hoops and dedicated rear-shelf winders eliminate "cord clutter." This increases OR safety and prevents accidental cable disconnects during cart transport.

• "Clip-In" Customization: A modular rail system supports rapid attachment of procedure-specific accessories, including CO2 cylinder holders (MAJ-1653), water bottle clips, and specialized scope poles (MAJ-1638).

• High-Load Mobility: Despite its 85 kg (unladen) weight, the cart features four high-durability, smooth-rolling casters with front-locking brakes. Ergonomic handles on the front, side, and rear of the top tray provide precise maneuverability when fully loaded.

Technical Specifications

• Manufacturer: Olympus

• Model: WM-NP2 (Second Generation)

• Dimensions: 1826mm (H) x 700mm (D) x 650mm (W)

• Construction: Profiled aluminum hoops, milled steel shelves, and injection-molded ABS top tray.

• Transformer: MAJ-1647 (110-120V Series)

• Max Load Capacity: ~85 kg (including fitted transformer)

• Compatible Systems: Olympus EVIS EXERA III (CV-190), EXERA II (CV-180), and Surgical Platforms.

Clinical & Institutional Advantages

• Maximized Space Utilization: Its narrow design (650mm) allows the endoscopy tower to be positioned closer to the procedure table without obstructing the staff’s range of motion.

• Standardized Safety: The central on/off switch allows for a "one-touch" shutdown, critical for facility-wide power management and emergency protocols.

• Improved Ergonomics: The MAJ-1641 monitor arm reduces neck and eye strain, a critical factor for physician longevity in high-volume endoscopy units.

• Strategic Procurement: Acquiring this "Standard-Setting" workstation in [Specify: New / Demo / Refurbished] condition provides a premium Olympus platform at a significant reduction in capital expenditure compared to brand-new tower configurations.

Ideal Applications

• Gastroenterology (GI): Primary tower for EGD and Colonoscopy suites.

• ENT & Bronchoscopy: Compact enough for smaller outpatient clinics and ICU bedside use.

• Surgical Endoscopy: Supporting laparoscopic towers in the integrated OR.

Condition & Quality Assurance

• Status: Used - Good condition, slight cosmetic blemishes.

• Electrical Validation: The separation transformer has been biomedically tested for continuity and leakage current to meet 2026 hospital safety standards.

• Mechanical Status: Casters and monitor arm gas springs have been verified for smooth operation under load.

• Included Components: WM-NP2 Chassis, MAJ-1647 Transformer, MAJ-1641 Monitor Arm, and integrated shelving. (Keyboards and Scope Poles are modular add-ons).