Compact 1D / 2D Tube Scanner with DataMatrix Support

DT-90F 2-in-1 reader scanning surgical tools.

Single Tube 1D / 2D Barcode Reader for Medical and Laboratory Applications - DT-90F 2-in-1 reader scanning surgical tools.
  • Single Tube 1D / 2D Barcode Reader for Medical and Laboratory Applications - DT-90F 2-in-1 reader scanning surgical tools.
  • DT-90F single tube barcode scanner reading datamatrix.
  • DT-90F desktop tube scanner in lab setup.
  • DT-90F barcode reader for specimen tracking.

Single Tube 1D / 2D Barcode Reader for Medical and Laboratory Applications

DT-90F

Compact 1D / 2D Tube Scanner with DataMatrix Support

The Single Tube 1D / 2D Barcode Reader delivers exceptional accuracy and speed for reading barcodes on tubes, vials, and ampoules in medical and laboratory environments. With support for DataMatrix, QR Code, and linear barcodes, it ensures reliable specimen identification and traceability in clinical diagnostics, research labs, and pharmaceutical production.

Features
  • Fast & Accurate Scanning – Quickly and accurately scans both 1D and 2D barcodes (DataMatrix and QR Code).
  • Simple Integration – Features plug-and-play USB connectivity, requiring no additional software installation.
  • Dual Scan Engine – Equipped with both 1D and 2D scan engines, supporting single tube barcode scanning as well as DPM (Direct Part Marking) code scanning.
  • Reads Smallest DPM Codes – Capable of reading codes as small as 1.8mm x 1.8mm (DataMatrix).
  • Easy Configuration & Customization – Simple setup with multiple configuration options to meet specific application needs.

Specification

Interface
  • USB-KB, USB-COM
Symbologies Supported
  • 1D Barcodes: All UPC / EAN / JANEAN 128 Code, Code 39, Code 39 Full ASCII, Code 32 / Italian Pharmacode, Code 128, CODABAR / NW7, Interleaved 2 of 5, Industrial 2 of 5, Matrix 2 of 5, MSI, Telepen, Code 93, Code 11, China Postage, GS1 Databar
  • 2D Barcodes: DataMatrix, QR Code
Optical
  • Sensor: 2D: 640 (H) x 480 (V) pixels / 1D: 2,500 pixels
  • Light Source: 2D: Blue LED / 1D: RED LED
  • Resolution: 3 mil (Code 39), 1.8mm x 1.8mm (DataMatrix)
  • Scan Rate: 2D: 120FPS / 1D: 270 scans
  • PCS: 30%
  • Scanning Feedback: Beeper / LED
Electrical
  • Voltage: DC 5V
  • Scanning Currents: 400 mA
  • Standing Currents: 370 mA
User Environment
  • Operating Temperature: -20°C to 50°C (-4°F to 122°F))
  • Storage Temperature: -40°C to 70°C (-40°F to 158°F)
  • Operating Humidity: 10% - 95% RH (Non-condensing)
  • Storage Humidity: 10% - 95% RH (Non-condensing)
  • Drop Spec: 1.8m on concrete surface
  • Light Levels: 100,000 lux
Physical
  • Weight: Scanner: 225g (without cable)
  • Dimensions (L x W x H): 103.34mm x 80mm x 63.31mm
  • Housing Material: ABS plastic / Window - Tempered glass
  • Cable: Length: USB Type A / Length: 150cm
  • Warranty: 1 year
  • Certificate: FCC / CE / UKCA / VCCI / BSMI

Upgrade to precision tube scanning with the DT-90F.

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Single Tube 1D / 2D Barcode Reader Specification
Single Tube 1D / 2D Barcode Reader Specification

Specification of DT-90F Single Tube 1D / 2D Barcode Reader.

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Single Tube 1D / 2D Barcode Reader for Medical and Laboratory Applications Professional Barcode Scanner

NUMA provides DT-90F Single Tube 1D / 2D Barcode Reader for Medical and Laboratory Applications for buyers who need dependable barcode reading performance, practical integration, and long-term product support. This product can support retail, logistics, healthcare, automation, kiosk, or POS applications depending on project requirements.

Our engineering team helps OEM and ODM customers review scanning behavior, interface options, firmware configuration, branding needs, and system compatibility. This makes product sourcing more practical for distributors, equipment builders, and system integrators.

As a Taiwan-based barcode scanner manufacturer, NUMA supports each product with stable manufacturing quality, responsive communication, and technical service. Buyers can work with us to build scanner solutions that fit commercial, industrial, and specialized operating environments.