Best Automated Endoscope Reprocessors for GI and SPD

ADVANTAGE PLUS takes the lead because STERIS describes a complete flow around the reprocessor, not just a tank cycle. Two asynchronous basins let scopes enter at different times, while transport cassettes reduce handling between steps. The system records cycles, monitors channels, supports leak testing, and can pass information to SPM Endo and other tracking tools. That continuity matters when the unit has many scopes and a tight procedure schedule.

The cleaning claim has important device-specific limits. STERIS notes exceptions, including duodenoscopes, and the device manufacturer’s IFU remains decisive. Before choosing it, map every scope model to its connector, approved cycle, manual step, and drying path. Then test what happens when one basin fails or a scope returns from repair. The product’s strength is a controlled system when those details are configured correctly.

EVOTECH ECR stands out through its two independent basins and automated minimum effective concentration monitoring. ASP also describes automatic cycle documentation and a brushless cleaning process that adds consistency. These are concrete operational advantages for a GI team that needs to prove what happened on a busy day without relying on handwritten concentration checks and manually assembled cycle evidence.

ASP’s current U.S. page explicitly states that EVOTECH does not eliminate precleaning or manual cleaning. It describes automated brushless cleaning as an additional layer in that workflow, and notes that some scopes can be high-level disinfected but not automatically cleaned. Build the compatibility review around both the scope IFU and the specific connection diagram. Ask ASP to show an actual failed concentration check, an interrupted cycle, and a procedure-linked record. ASP lists certified-technician installation, in-service training, and annual refresher training with capital purchases. Confirm those terms and the facility’s site-preparation responsibilities in the quote.

OER-Elite deserves a place when the program’s scope fleet is already centered on Olympus. The manufacturer presents it as the newer AER in its reprocessing portfolio, alongside its scope documentation, leak testing, drying, and storage tools. One supplier across those touchpoints can simplify compatibility conversations and service escalation for a unit that relies heavily on Olympus devices.

That ecosystem advantage should be demonstrated rather than assumed. Make Olympus map every current and planned scope to the AER, connection set, chemistry, cycle, and software record. Include any non-Olympus scopes; a mixed fleet may weaken the single-supplier case. Ask staff to run the interface through a normal start, a delayed case, and a failed cycle so “Smart Navigation” is judged by the actual work.

Olympus’ safety information makes compatibility the first gate for OER-Elite. It directs facilities to a specific compatible-endoscope and connecting-tube list, and distinguishes the validated Olympus scope ecosystem from repaired or modified devices that may fall outside that validation. Before comparing cycle time, inventory every scope model and connector you intend to process. A two-scope chamber is only valuable for the devices actually cleared in your configuration.

AEROFLEX offers a narrower answer than the three systems above, and that can be exactly right for a small unit. ASP positions it as a single-basin AER that automates washing and high-level disinfection for compatible flexible endoscopes. ASP describes AUTOSURE minimum recommended concentration monitoring with a pass/fail result, automated records, and RFID verification of validated chemistry. Its U.S. page also explicitly requires manual cleaning before placement in the AER. Keep that sink work in the staffing and turnaround calculation rather than counting only the machine cycle.

The single basin sets the throughput ceiling. Model your peak hour, not an average day: if two rooms return scopes together, what waits and for how long? Compare cycle duration, connector setup, chemistry cost, water requirements, and recovery when the unit is down. A smaller system is a good purchase when the workload is truly small and the backup plan is explicit.

ASP’s technical data sheet moves the AEROFLEX comparison from brochure claims into room planning. Water pressure and temperature, drain capacity, service clearance, and data-export options can determine whether a compact single-basin unit fits a particular endoscopy area. Have facilities engineering compare the sheet with the proposed room, then ask IT whether the cycle record reaches your endoscope-tracking system directly or through ASP ACCESS.