SYC Sycs SCQ-E500 18L Medical-Grade Ultrasonic Cleaner

Overview

The SYC Sycs SCQ-E500 is a dedicated medical-grade ultrasonic cleaner engineered for high-reliability cleaning of critical instrumentation in healthcare and pharmaceutical laboratory environments. It operates on the principle of cavitation—where high-frequency acoustic energy (25–100 kHz) generates microscopic vacuum bubbles in an aqueous cleaning solution; their implosive collapse delivers localized mechanical agitation capable of dislodging sub-micron particulate, organic residues, biofilms, and dried proteinaceous contaminants from complex geometries—including lumens, serrations, hinges, and textured surfaces. With a 18 L working volume housed in a fully welded SUS304 stainless steel tank, the SCQ-E500 meets the dimensional and thermal stability requirements for processing surgical instruments, endoscopic accessories, glassware, and disposable devices in central sterile supply departments (CSSD), operating rooms, clinical labs, and GMP-compliant R&D facilities.

Key Features

• Multi-frequency operation (25 / 28 / 40 / 60 / 80 / 100 kHz) enables optimized cleaning across diverse load types: lower frequencies (25–40 kHz) deliver higher cavitation intensity for robust debris removal from stainless steel tools; higher frequencies (60–100 kHz) provide gentler, more uniform energy distribution ideal for delicate optics, micro-instruments, and coated substrates.
• Continuously adjustable ultrasonic power (10–100% of 500 W nominal output) allows precise energy modulation to prevent erosion of sensitive surfaces while maintaining cleaning efficacy—critical for repeated reprocessing of reusable medical devices per ISO 15883 and AAMI ST91 guidelines.
• Integrated heating system (600 W, ambient to 100 °C) supports enzymatic and alkaline detergent activation, enhancing soil solubilization and bioburden reduction without compromising material compatibility.
• Full SUS304 construction—including tank, basket, and lid frame—ensures long-term corrosion resistance against aggressive detergents, disinfectants, and saline residues, exceeding industry-standard material specifications (ASTM A240/A240M) and eliminating galvanic degradation risks associated with lower-grade alloys (e.g., SUS201/202).
• Dual-safety architecture includes real-time temperature monitoring with overheat cutoff, electronic overload protection for the generator and transducer array, and automatic dry-run detection—triggering audible and visual alerts if liquid level falls below operational threshold.
• Ergonomic control panel with tactile membrane keys and LED display provides intuitive navigation through time, temperature, frequency, and power settings; all parameters are retained after power cycling for procedural consistency.

Sample Compatibility & Compliance

The SCQ-E500 accommodates a broad spectrum of medical and laboratory items: rigid and flexible endoscopes (with compatible accessory baskets), laparoscopic instruments, biopsy forceps, dental handpieces, pipette tips, culture tubes, Petri dishes, microscope slides, and infusion sets. Its design conforms to essential regulatory expectations for cleaning equipment used in validated sterilization workflows—including ISO 13485:2016 (medical device QMS), ISO 17664-1:2017 (information for reprocessing of medical devices), and FDA guidance on reprocessing single-use devices. While not a standalone sterilizer, it serves as a foundational step in multi-stage decontamination protocols aligned with AAMI TIR30 and EN ISO 15883-1. The unit’s sealed transducer mounting and IPX4-rated electronics support routine wet-environment operation under GLP/GMP audit conditions.

Software & Data Management

The SCQ-E500 operates via embedded firmware with no external PC dependency. All process parameters—including frequency selection, power setpoint, temperature target, and timer duration—are digitally stored with timestamped execution logs accessible via front-panel review mode. Though not equipped with network connectivity or electronic signature capability, its deterministic control architecture ensures repeatable cycle performance suitable for SOP-driven environments. For facilities requiring 21 CFR Part 11 compliance, integration with external validation systems (e.g., data loggers with calibrated Pt100 sensors and ultrasonic intensity meters per ASTM E1733) is supported through analog output interfaces and physical cycle verification records.

Applications

This instrument is routinely deployed in hospital CSSDs for pre-sterilization cleaning of surgical trays prior to autoclaving; in clinical microbiology labs for decontaminating specimen containers and inoculation loops; in pharmaceutical QC labs for residue removal from HPLC vials and dissolution apparatus parts; and in university research cores for preparing cell culture flasks and electrophoresis equipment. Its versatility extends to non-medical applications requiring stringent cleanliness—such as semiconductor wafer rinsing, precision optics maintenance, and additive manufacturing post-processing—provided compatible chemistries and validation protocols are applied.

FAQ

Is the SCQ-E500 compliant with international medical device reprocessing standards?
Yes—it supports implementation of cleaning processes consistent with ISO 15883-1, AAMI ST91, and EN ISO 17664-1 when operated within validated parameters and paired with appropriate detergents and rinse protocols.
Can the unit be used with enzymatic or alkaline detergents?
Absolutely. The SUS304 tank and heating system are chemically compatible with common medical-grade enzymatic, neutral-pH, and low-foaming alkaline formulations approved for ultrasonic use.
Does it include documentation for IQ/OQ validation?
The unit ships with a Factory Acceptance Test (FAT) report, electrical safety certificate, and material traceability documentation for SUS304 components—serving as foundational inputs for site-specific Installation Qualification (IQ) and Operational Qualification (OQ) protocols.
What is the expected service life of the transducers?
Using proprietary U.S.-sourced piezoceramic chips and epoxy-bonded stainless steel radiating surfaces, SYC specifies ≥5,000 hours of continuous operation under rated load conditions, with field-replaceable modular transducer assemblies.
Is drainage automated or manual?
Drainage is manually controlled via a front-mounted ball valve; no pump or solenoid drain is integrated, preserving mechanical reliability and simplifying maintenance in regulated environments.