| SPECIFICATION | ||
| PHILIPS INTELLISITE PATHOLOGY SOLUTION SG300 (LIST INTEGRATION) | ||
| I | DATA ADMINISTRASI | |
| JENIS PRODUK | Whole slide imaging system | |
| NAMA PRODUK | PHILIPS INTELLISITE PATHOLOGY SOLUTION | |
| NAMA SOLE AGENT | PT PHILIPS INDONESIA COMMERCIAL | |
| NAMA PABRIK | PHILIPS MEDICAL SYSTEM NEDERLAND B.V., NETHERLANDS | |
| II | DATA SPESIFIKASI | |
| BRAND/ MANUFACTURER | PHILIPS | |
| FACTORY OF ORIGIN | NETHERLANDS | |
| Intended Use | ||
| The Philips IntelliSite Pathology Solution (PIPS) is an automated digital slide creation, viewing, and management system. The PIPS is intended for in vitro diagnostic use as an aid to the pathologist to review and interpret digital images of surgical pathology slides prepared from formalin-fixed paraffin embedded (FFPE) tissue. The PIPS is not intended for use with frozen section, cytology, or non-FFPE hematopathology specimens. | ||
| The PIPS comprises the Image Management System (IMS) and the Pathology Scanner SG60/SG300. The PIPS is for creation and viewing of digital images of scanned glass slides that would otherwise be appropriate for manual visualization by conventional light microscopy. It is the responsibility of a qualified pathologist to employ appropriate procedures and safeguards to assure the validity of the interpretation of images obtained using PIPS. | ||
| III | Technical specifications | |
| 01 | PIPS Pathology Scanner SG300 | Yes |
| The SG300 is designed to for medium to large laboratories that are running a a few occasions per day. Offering high image quality, full automation and a high first time right rate, the SG300 enables high, clinical representative, throughput through it’s scan speed, slide handling and tissue shape detection to non-rectangular optimization of regions of interest (ROI). This results in very efficient total cost of ownership per slide (TCO/slide) as overnight scanning enables high utilization of the SG300. The total scan time of a slide (including handling and pre scan with a 15×15 mm benchmark scan area) at a 40x resolution equivalent is ≤ 62 seconds. This translates into real practice to a throughput time of 30 slides per hour. | ||
| Furthermore, with its tissue shape detection, the scanner adapts the scan region to the shape of the tissue. This results in reduced over-scanning resulting in higher throughput. The automated calibration check per slide, ensures that every slide is scanned by a calibrated system and calibration is only triggered when truly necessary. The Pathology Scanner digitizes slides fully automatically with a 99.5 % first pass rate*, providing a workflow that is robust and reliable. |
| The SG scanner series also offer remote monitoring of the scanner status, allowing operators to monitor the scanner status from a remote PC. The Pathology Scanner’s remote service capability, provides faster service and support responses that result in shorter down-times, and faster roll out of software updates and reduced service costs. |
| Slide capacity: 300 |
| Scanning method: TDI line scanning |
| Focus method: Autofocus |
| Output format: iSyntax Philips proprietary file format with either RAW or iSyntax compression |
| Slide rack: Winlab LS-20/ Winlab LSM-20, Sakura 4768 20-slide basket (max. number of slides 20) |
| Operating temperature: 10 to 35°C |
| Dimensions (LxWxH in mm) doors closed: 680x950x675 |
| Scan time (excluding handling and prescan) per slide: SG300 ≤ 62 seconds at 40x equivalent (15x15mm scan area) |
| Total scan time (including handling and pre-scan) per slide: SG60 ≤ 62 seconds at 40x equivalent (15x15mm scan area) |
| Average percentage of tissue detected and scanned: ≥ 99.5% |
| Power supply: 100-240 V AC, 50/60 Hz, 700 Watt |
| Magnification objective: NA of 0.75 plan Apo |
| Pixel size/ resolution: 0.25 μm/ pixel |
| Compliance to standards: EN IEC 61010-1:2010 /A1:2016, EN IEC 61010-2-101:2018, EN IEC 61326-1:2013 FCC Part 15, The IEC 61326-2-6 (IVD), IEC 61326-1:2012 IEC 61326-2-6:2012 |
|
Barcode support: |
| 1D code type: Code 39 with mod 43 checksum (ISO/IEC 16388:2007) Code 128 (ISO/IEC 15417:2007) 2D code type: Data Matrix ECC 200 – Code 39, Code 128 (ISO/IEC16022:2006) Recommended barcode type for all glass slides. |
| Relative humidity (no condensation): Between 50% at 40 °C and 80% at 31 °C |
| Weight (kg): 150 |
| SG connectivity ports: Ethernet cable for 10GB (required CAT 6 Cable) / and 1GB/s network cable with RJ45 connector (preferable CAT 6) |
| 02 | Scanner Table (1x) | Yes | |
| The Scanner table is designed for our scanner and providing a stable platform for the scanner. | |||
| 03 | Image Management System (IMS) License (1x) | Yes | |
| The Image Management System (IMS) is a case viewing & management software ‘designed for pathologists with pathologists’ to get pathologist through cases as fast as possible. The IMS is part of the Philips IntelliSite Pathology Solution. It provides easy access to information and resources, thereby enabling better-informed decisions. | |||
| The IMS is pathologist’s gateway to review and analyze digitized images. Comprehensive and flexible workflow tools for routine diagnosis give pathologist an advantage over traditional methods of case organization. | |||
| The IMS offers pathologists the tools to manage their digital pathology workload, connecting them with colleagues anywhere in the world for instant consults, teaching, and knowledge sharing | |||
| • | Real-time collaboration tools that include remote desktop control, rapid notification, and | ||
| instant chat | |||
| • | Quick manipulate images for review, assessment, collaboration, and reporting | ||
| • | Speed pathologists’ workflow by tagging, setting, and assigning cases via a comprehensive | ||
| user worklist | |||
| Collaboration | |||
| • | Single unified case list over multiple locations | ||
| • | Simple and secure case sharing with a single-click invite | ||
| • | Interactive collaboration with measurement/annotation. Review cases quickly using fast | ||
| slide-to-slide transitions, rapid zoom, and clickless panning | |||
| • Send a link to pathologist’s colleagues – Let them assess the case at their convenience with single click access to a shared session directly from the image viewer Workflow management Organize, access, review, manage, and present pathologist’s cases with ease. Role-based, user- specific case lists along with related patient data and notes. • Image alignment automatically aligns multiple serial tissue sections for synchronized panning and zooming • Tissue detection automatically suggests bookmarked sections for single click navigation Smart Navigation via a combination of intuitive workflow oriented shortcut keys and novel clickless panning for comfortable navigation of images | |||
| 04 | LIS Integration Specification | Yes | |
| • | Automatic registration of case and slide orders | ||
| • | Slides organized per case | ||
| • | Bidirection and Unidirectional integration have dependency on the dataset that is | ||
| transferred in the messaging to display information in the IMS viewer. | |||
| • | Barcode integration has a direct dependency on the barcode content in order to parse the | ||
| data into IMS viewer | |||
| • | Automatic update and merge of case and patient information in IMS | ||
| • | Automatic assign pathologist name in IMS | ||
| • | Stain information per slide: | ||
| – Stain name | |||
| – Part ID | |||
| – Block ID | |||
| – Slide sequence ID | |||
| • | Automatic tagging | ||
| • | Slide order cancellation notification | ||
| • | Automatic set of case priority in IMS | ||
| • | Automatic status update in IMS | ||
| • | Deletion notification | ||
| • | Import Thumbnails in LIS | ||
| • | Import Snapshots in LIS | ||
| • | Viewing of IMS in context | ||
| 05 | Project Management & Implementation (per project) | Yes | ||
| • | Project Management | |||
| • | Installation | |||
| • | Super User Training | |||
| • | System Integration Testing and User Acceptance Testing | |||
| • | Go Live Support | |||
| • | 3 years warranty hardware and software support | |||
| 06 | Server + Storage Hardware with min 14TB (1x) | Yes | ||
| Entry level platform for running IMS and connecting max 1 UFS scanner | ||||
| Includes, | ||||
| 1x Server | ||||
| • | Storage minimum 480GB local SSD storage 14TB capacity | |||
| • | Processor minimum 8 Core | |||
| • | Memory minimum 32GB | |||
| 1x Client Workstation | ||||
| • | Minimum Core i.5 | |||
| • | Minimum 16 GB RAM | |||
| • | Storage minimum 256GB | |||
| • | Windows 10 | |||
