ACL OR-PC®
Medical Panel PC
The classic PC from the ACL OR-PC® product family is a stat-of-the-art workstation developed for continuous operation in hygienically critical areas and is ideal for medical applications. It is exceptionally robust, durable, maintenance-free and perfectly adaptable to the high end demands of clinics and practices.
Features
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Fanless and fully sealed for easy clean up and to prevent dust build-up
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Gorilla glass bonded display to avoid breakages
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Full HD 1080p screen to allow for full clinical review
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Low heat properties due to the unique cooling systems
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Integrated CD/DVD drive in keyboard to allow instant viewing of images
Specifications
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Intel® Core™ Celeron i5/i7, ( Up to 8th gen. ULV processor)
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Up to 64 GB RAM
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Up to 1 TB mSATA/m.2 SSD
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Open, obstruction-free gantry design
Applications
The OR-PC® serves as an input terminal or bed-side workstation for:
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HIS (Hospital Information Systems)
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ePR/ PDMS (Patient Data Management Systems)
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Anesthesia Documentation Systems
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RIS (Radiology Information Systems)
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PACS
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Digital video and endoscopy systems
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Automated data transfer from medical devices
Highly Customizable Options
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PCAP multi-touch
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Display bonding LOCA for extremely high image quality
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RFID reader
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Barcode scanner
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Wi-Fi and Bluetooth
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Interface decoupling 4 kV (RJ-45, RS-232, USB)
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Fiber optic card
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Integrated video capture card
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Loudspeaker
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Cable cover
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Antiseptic coatings
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Individual customer layout
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Individual glass coatings (anti-reflective, anti-microbial, anti-glare, anti-fingerprint)
Monitor Display Sizes: 15", 19", 21", 24", 27", 32", 42"
Hygienic
​The OR-PC® is water and dust proof according to IP65 on the front side. Dust turbulence is avoided by the fanless, completely enclosed design. The full-surface safety glass pane makes it completely disinfectable. An additional antibacterial coating is optionally available.
DICOM Preset
The sensitivity of the eyes to the brightness does not form a linear function. For this reason, the greyscale curve of the monitors is adapted to these human requirements for optimal X-ray image display.
