OverviewComplete range of underbench washer‑disinfectors designed for reprocessing medical devices in clinics and doctors’ offices. The New Undercounter Series offers modular loading, intuitive operation and options for Eco or Active drying to meet varied throughput and hygiene requirements.
Purpose and applications- Surgical and MIS instruments
- Gynaecology and ENT instruments
- Ophthalmic instruments
- Anaesthesia instruments
- Theatre footwear
- Baby bottles and general items
Enhanced efficiencyEquipped for reliable, fast cycles with optimized resource use. Key process components include:
- variable‑speed pump for high cleaning performance
- sensor technology for process reliability
- gap‑free rinsing chamber and multi‑stage filters for hygiene
Accessibility and interfaceUser‑friendly colour touch display with intuitive navigation, quick access to favourite programmes and clear status overview. Multilanguage interface supports rapid language switching and on‑screen how‑to guides.
AutoOpenAutoOpen automatically opens the door at cycle end once chamber temperature drops below 70°C, enabling natural evaporation of residual moisture to accelerate drying.
Advanced drying optionsTwo drying options:
- Eco drying: energy‑efficient, gentle drying for general items. Available for DS 5010. Automatic door opening at cycle end assists natural moisture escape.
- Active drying: HEPA‑filtered hot‑air drying for fast, thorough drying of complex and hollow instruments. Available for DS 5011 and DS 5020. Filter maintenance accessible via front plinth cover.
Optimized loadingModular load carriers (upper/lower baskets, load trolleys, inserts) accept a wide range of instruments and wrapping materials to maximise chamber utilisation and throughput.
Key features- Sustainability: application‑specific economical cycles and short programme times reduce water, energy and detergent use
- Durability: designed for 15,000 operating hours with spare‑parts support for 15 years
- High capacity: up to 8 DIN sieve trays; up to 44 ENT hollow instruments with additional load; up to 42 ENT specula
- AutoClose: door closes automatically with a light touch
- Chamber lighting: courtesy and internal lights to ease loading, unloading and monitoring
- Serviceability: service‑friendly component placement for fast commissioning and maintenance
Technologies and systems- Flexible Loading System for modular instrument preparation and ergonomic handling
- Variable‑speed pump, sensor technology, gap‑free rinsing chamber, multi‑stage filters and HEPA‑assisted active drying
CertificationsDesigned to comply with EN ISO 15883‑1/2 (performance), EN ISO 14971, EN 61010 series, EN IEC 61326‑1, EN 62366 and EN 62304. Classified as CE0297 medical devices (Regulation 2017/745/EU, MDR).
Configurations- DS 5010 — Dimensions (H x D x W): 820 x 598 x 598 mm. Load capacity: up to 8 DIN sieve trays or 44 ENT hollow instruments (with additional load) or 42 ENT specula. Eco drying available.
- DS 5011 — Dimensions (H x D x W): 820 x 598 x 598 mm. Load capacity: as DS 5010. Active drying with HEPA available.
- DS 5020 — Dimensions (H x D x W): 820 x 598 x 898 mm. Increased depth for higher load capacity. Active drying with HEPA available.
Technical specifications- Series name: New Undercounter Series
- Product type: Underbench washer‑disinfectors
- Typical load capacity: up to 8 DIN trays; counts for ENT hollow instruments and specula as above
- Doors: glass or stainless steel (model dependent)
- Dimensions (examples): DS 5010 / DS 5011 = 820 x 598 x 598 mm; DS 5020 = 820 x 598 x 898 mm
- Drying options: Eco drying (DS 5010); Active drying with HEPA (DS 5011, DS 5020)
- AutoOpen: automatic door opening below 70°C at cycle end
- Pump: variable‑speed pump
- Filters: multi‑stage filter system; gap‑free rinsing chamber
- Display: colour touch display with multilanguage interface and on‑screen guides
- Operational life guarantee: 15,000 hours; spare‑parts support: 15 years
- Standards & Certification: EN ISO 15883‑1/2, EN ISO 14971, EN 61010 series, EN IEC 61326‑1, EN 62366, EN 62304; CE0297 (MDR 2017/745)