Medical-Grade DICOMPrinting for ConnectedImaging Workflows.
REAP DICOM Printing Solutions, including the Ultra 101 DICOM Printer and Pro-101 DICOM Printer, are designed to help hospitals, radiology departments, and imaging centers produce high-quality medical images as part of a complete digital imaging workflow.
More than hardware, REAP printers are positioned as a reliable printing layer within the wider imaging ecosystem — integrated with PACS, RIS, and medical imaging systems to support fast, consistent, and cost-efficient image output.
Medical Image Printing Should Not Slow Down the Imaging Workflow
Hospitals and imaging centers still need reliable medical image printing for specific clinical, operational, referral, and patient-use cases. But outdated printing setups, expensive film systems, disconnected devices, and inconsistent image output can create unnecessary cost, delays, and workflow friction.
When printing is treated as a separate hardware process instead of part of the imaging ecosystem, healthcare providers lose efficiency, control, and consistency across radiology operations.
Printing Friction
Disconnected print setups create cost, delays, and inconsistent output.
Legacy film systems increase daily consumable expenses.
Manual print steps severely slow radiology operations.
Output inconsistency directly affects clinical confidence.
Disconnected devices break the imaging continuity.
REAP DICOM Printers Bring Medical Printing Into the Imaging Ecosystem
REAP DICOM Printing Solutions provide high-quality, cost-effective medical image printing systems that integrate with modern imaging workflows. Ultra 101 and Pro-101 are built to support hospitals and imaging centers that need dependable image output without disconnecting printing from the wider diagnostic workflow.
Ultra 101
High-quality medical image output.
Pro-101
Reliable print performance for imaging teams.
Output
Fast, consistent, and cost-efficient prints.
PACS / RIS
Integrated with diagnostic workflow systems.
DICOM printing layer inside the imaging workflow
Think of REAP DICOM Printers as the Printing Layer of the Imaging Workflow
When a patient completes a CT, MRI, X-ray, or ultrasound exam, the imaging device creates DICOM images. These images can move to PACS, radiologist workstations, AI tools, cloud archives, and printing systems.
REAP DICOM Printers receive imaging data from the connected workflow and produce high-quality medical image output when physical prints are required — without breaking the digital imaging process.
DICOM Input
Receives medical imaging data from DICOM-compatible systems and modalities.
Workflow Integration
Connects with PACS, RIS, and imaging environments instead of operating in isolation.
Medical-Grade Output
Produces reliable image prints for clinical, referral, and patient-facing needs.
What Are DICOM Printers?
DICOM printers are medical-grade printing systems designed to receive and print medical images using the DICOM standard. This allows imaging devices, PACS platforms, radiology workstations, and printing systems to communicate using a common medical imaging language.
In real-world healthcare operations, this means images from CT, MRI, X-ray, ultrasound, and other imaging modalities can be sent through the imaging network and printed reliably when needed.
CT / MRI
Images created by diagnostic modalities.
PACS
Studies stored and managed digitally.
Report
Printed output supports clinical use cases.
Printer
Images sent for medical-grade output.
One medical imaging language for connected output
The Universal Language of Medical Imaging
Digital Imaging and Communications in Medicine — DICOM — is the universal standard used by medical imaging devices and healthcare systems to exchange, store, display, process, and print medical images and related information.
It allows different systems and machines to communicate with each other, even when they come from different manufacturers.
Without DICOM
×Every vendor would use a different format.
×Imaging devices would not communicate smoothly.
×PACS, workstations, AI tools, archives, and printers would become harder to connect.
×Hospitals would face workflow fragmentation and operational chaos.
With DICOM
✓Images can move from scanners to PACS.
✓Radiologists can open studies on workstations.
✓AI software can process imaging data.
✓Cloud archives can store imaging studies.
✓Printers can receive and output medical images consistently.
From Scan to PACS, Workstation, Cloud, AI, and Print
Patient Scan
A patient receives a CT, MRI, X-ray, ultrasound, or other diagnostic imaging exam.
DICOM Image Creation
The imaging device creates medical images in DICOM format.
Image Routing
The images are sent securely over the network to connected systems such as PACS, radiologist workstations, AI software, cloud archives, and DICOM printers.
Clinical Review
Radiologists and physicians can open and review images through connected workstations or enterprise imaging platforms.
Printing When Needed
When physical output is required, REAP DICOM Printers produce high-quality medical image prints as part of the connected workflow.
Workflow Continuity
The imaging process remains connected from image capture to storage, viewing, sharing, reporting, archiving, and printing.
Ultra 101 and Pro-101 DICOM Printers
REAP offers medical-grade DICOM printing solutions for hospitals, radiology departments, and imaging centers that require reliable, high-quality image printing within a connected imaging environment.
Ultra 101 DICOM Printer
Ultra 101 is designed for healthcare providers who need dependable DICOM printing performance, high image quality, and seamless integration with imaging workflows.
Pro-101 DICOM Printer
Pro-101 supports professional medical image output with a focus on quality, efficiency, and practical workflow integration for modern imaging operations.
Built for Quality, Speed, and Reliability
Medical Printing That Supports the Full Imaging Workflow
REAP DICOM Printers give healthcare providers a practical, high-quality, and cost-effective way to manage medical image printing. By integrating with PACS and imaging systems, Ultra 101 and Pro-101 help reduce workflow friction, improve output reliability, and support connected radiology operations.
Quality
Reliable medical-grade image output.
Integration
Connected with PACS, RIS, and imaging systems.
Efficiency
Less friction in radiology print workflows.
Cost Control
Practical alternative to expensive legacy systems.
Printing layer for connected imaging operations
More Than Printing — A Connected Solution
Where Printers Create Immediate Value
Tailored DICOM printing solutions for modern healthcare, bridging the gap between digital imaging and physical output requirements.
▤Part of REAP’s Complete Medical Imaging Workflow
REAP DICOM Printers are part of a wider imaging ecosystem that includes NEXUS PACS, CuraLink secure image sharing, NEXTA digital image delivery, and broader healthcare information systems.
This allows healthcare organizations to manage imaging across storage, viewing, sharing, reporting, cloud access, and printing — all through a more connected and scalable model.
NEXUS PACS
CuraLink
NEXTA
RIS Workflows
HIS Workflows
DICOM Modalities
Medical Printing Films
Image Sharing & Reporting
From Isolated Printing to Connected Imaging Output
Before
×Printing operates as a separate hardware process.
×Images are transferred manually.
×Output quality is inconsistent.
×Legacy film systems increase cost.
×Printing is disconnected from PACS and RIS workflows.
×Radiology teams lose time managing print-related friction.
After
✓Printing becomes part of the imaging workflow.
✓Images move through DICOM-compatible systems.
✓PACS-connected output improves consistency.
✓Costs become easier to control.
✓Radiology operations become faster and more reliable.
✓Hospitals gain a stronger end-to-end imaging ecosystem.
Completing the Imaging Workflow from Digital Capture to Physical Output
REAP DICOM Printers are not positioned as standalone hardware. They are the medical-grade output layer of a complete imaging ecosystem — supporting high-quality printing, reliable workflow integration, cost control, and compatibility with modern PACS and imaging environments.
Digital Capture
Images are created through DICOM-compatible modalities.
Connected Workflow
PACS, RIS, workstations, and imaging systems exchange studies securely.
Medical-Grade Printing
Ultra 101 and Pro-101 produce reliable physical image output seamlessly.
Complete Imaging Output
Printing becomes part of the diagnostic workflow, not separate from it.
Questions About REAP DICOM Printers
Clear answers about DICOM printing, PACS-connected output, medical image quality, supported modalities, and where Ultra 101 and Pro-101 fit into the imaging workflow.
Medical-grade printing should be understood as part of the diagnostic workflow.
Open each question to see how REAP DICOM Printers support connected imaging output.
Frequently Asked Questions
01What are REAP DICOM Printers?
REAP DICOM Printers are medical-grade printing solutions, including Ultra 101 and Pro-101, designed for hospitals, radiology departments, and imaging centers that need high-quality printed medical images within a connected imaging workflow.
02Are REAP DICOM Printers just hardware devices?
No. They should be positioned as part of a complete imaging workflow ecosystem, integrated with PACS, RIS, and medical imaging systems.
03What is DICOM?
DICOM stands for Digital Imaging and Communications in Medicine. It is the international standard used to store, exchange, display, process, and print medical images and related information.
04Why is DICOM important for hospitals?
DICOM allows imaging devices and healthcare systems from different manufacturers to communicate with each other. Without DICOM, hospitals would struggle with incompatible formats, disconnected systems, and fragmented imaging workflows.
05Can REAP DICOM Printers connect with PACS?
Yes. REAP DICOM Printing Solutions are positioned to integrate with PACS and imaging workflows, helping hospitals and imaging centers keep printing connected to the diagnostic process.
06What modalities can DICOM printing support?
DICOM printing can support imaging workflows from modalities such as CT, MRI, X-ray, ultrasound, and other DICOM-compatible imaging systems.
07How do DICOM Printers reduce cost?
They help reduce dependency on expensive legacy film systems, improve workflow efficiency, and support better control over printing-related operational costs.
08Who can use REAP DICOM Printers?
They are suitable for hospitals, radiology departments, diagnostic imaging centers, outpatient clinics, and multi-site healthcare providers that need reliable medical image printing.