HP-HUGO
Tissue Processor

Upgraded, high-sensitivity liquid level sensor - resistant to residue and contamination maintains detection accuracy and reduces maintenance frequency for reliable, uninterrupted operation.

Integrated grounding plate - on the retort lid minimizes electrostatic spark risk when in contact with high-concentration alcohol.

Engineered processing retort - fully submerges all cassettes with minimal reagent volume, cutting costs with every run.

Non-stick heated lid - resists residue buildup, extending consumable life and lowering replacement frequency.

Dedicated multi-dimensional reagent management system - tracks consumption, standardising usage and maximising reagent efficiency.

Triple-mode alarm system - delivers instant alerts on-site, locally, and remotely, helping laboratory staffs stay informed and maximize instrument uptime.

On-board alarms - immediately communicate instrument status through indicator lights, on-screen prompts, and audible alerts.

Local alarms - can activate external alarm units beyond the immediate area for a faster, more dependable response.
Remote alarms send real‑time status updates to mobile apps over the Internet, keeping staffs informed anytime, anywhere.

Remote alarms - send real-time status updates to mobile apps over the Internet, keeping staffs informed anytime, anywhere.

Automatic self-test - at power-on and before each run verifies the instrument readiness.

Intuitive touch-screen interface - shows real-time progress including current step and remaining time, keeps operators informed, allows full traceability of every processing stage, and provides metrics for reagent and protocol management.

Enhanced cleaning cycle - with dedicated warm water rinse efficiently removes stains and residual odors from the retort.

Soft breathing reagent cabinet light - with 5 customizable hues adds vibrancy and style to the lab environment.

Innovative top-mounted matrix light array - keeps reagent liquid levels clearly visible at all times, growing even more distinct as reagent residue builds up over extended use.