
Datamax-ONeil MF4Te
Brand | Datamax-ONeil 2005 |
Model | 200360-100, Mobile, AC Adapter, Barcode |
Released Year | 2005 |
Type | Printers |
Series | micro Flash |
Status | Discontinued |
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Overview
The Datamax-O'Neil MF4Te is a compact mobile printer designed for on-the-go barcode printing within the Micro Flash series. It runs on an AC adapter and is equipped with advanced barcode printing technology optimized for fast, high-quality label producing. The device features thermal printing technology that does not require ink or toner, reducing maintenance needs. Connectivity options typically include serial and USB interfaces, facilitating easy integration with various mobile and desktop systems. The robust casing ensures durability for use in various industrial and retail environments. This model supports a variety of media types and sizes, making it versatile for multiple labeling applications.
Specifications
Input Type | Monochrome |
Output Type | Black & White |
Memory | 8 MB RAM, 4 MB Flash |
MPN | 200360-100, Mobile, AC Adapter, Barcode |
Supported Paper Size | Maximum Label Width: 4.41" |
California Prop 65 Warning | This item does NOT contain any chemicals or materials specified in the California Prop 65 list. |
Type | Label Printer |
Technology | Thermal |
Maximum Resolution | 203 x 203 DPI |
Model | MF4Te |
Connectivity | Serial, USB |
Features | Portable |
Black Print Speed | 2 ips |
Product Line | micro Flash |
UPC | 039517579983 |
Print Technology | Direct Thermal |
Resolution | 203 dpi |
Print Speed | Up to 4 inches per second |
Media Type | Labels and tags |
Media Width | Up to 4 inches |
Power Supply | Rechargeable Battery, AC Adapter |
Dimensions | 7.5 x 5.1 x 3.0 inches |
Weight | Approximately 2.5 lbs |
Supported Barcodes | Code 39, Code 128, UPC, EAN, PDF417, QR Code |
Operating Temperature | 14°F to 122°F (-10°C to 50°C) |
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Key Advantages
The MF4Te offers excellent portability with a lightweight design and durable build, perfect for mobile printing tasks. Its thermal printing technology provides fast, high-resolution output without the need for consumables like ink cartridges. The device supports a broad range of barcode formats, enhancing flexibility across different industries. Long battery life and efficient power use enable extended field operation. Easy media loading and a user-friendly interface make it accessible for non-technical users. Moreover, its compatibility with multiple device drivers and software solutions strengthens its integration capabilities in diverse setups.
Limitations
The thermal printing method may be less durable on labels exposed to heat or sunlight over long periods. The print speed, while adequate for mobile use, is slower compared to some desktop-class printers. Limited connectivity options might restrict integration with newer wireless technologies such as Wi-Fi or Bluetooth. The device's resolution, typically around 203 dpi, may not be sufficient for highly detailed barcode or graphic printing. Replacement parts and accessories can be difficult to source due to the model's age. Battery replacement and maintenance could pose challenges given the discontinued production status.
FAQ
What printing technology does the MF4Te use?
The MF4Te uses direct thermal printing technology which eliminates the need for ink or toner.
Is the MF4Te suitable for high-volume printing?
It's designed for moderate volume mobile printing rather than high-volume continuous operation.
What connectivity options are available for this printer?
The model typically includes serial and USB connectivity but lacks modern wireless options.
Can the MF4Te print various barcode symbologies?
Yes, it supports a wide range of barcode types for diverse labeling requirements.
Is the MF4Te printer still supported by Datamax-O'Neil?
No, the MF4Te has been discontinued and is no longer officially supported.
What power sources does the MF4Te support?
It operates using a rechargeable battery and an AC adapter for stationary use.
Are replacement parts available for the MF4Te?
Due to discontinuation, replacement parts are scarce and may require third-party sourcing.
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