
Optimize your point-of-sale operations with the Element RW973 MKII Thermal Receipt Printer. Engineered for reliability and speed, this robust black printer delivers high-performance printing at up to 300mm/s, ensuring efficient transaction processing for busy Australian retailers and hospitality venues. It features a versatile triple interface design—incorporating Ethernet, Serial, and USB—providing seamless connectivity options for various POS setups. With advanced features like a patent-pending vertical double auto-cutter and intelligent paper jam detection, the RW973 MKII is built to minimize downtime and maximize productivity.
1. What interfaces are included with the Element RW973 MKII?
The printer comes standard with three built-in interfaces: USB, Serial (RS232), and Ethernet, offering excellent flexibility for connecting to your POS system.
2. Can I switch between different paper widths?
Yes, the RW973 MKII includes a movable paper guard plate that allows you to switch between standard 80mm thermal paper and narrower 58mm rolls.
3. Is this printer compatible with my specific POS software?
The printer supports Windows, Linux, and OPOS drivers. However, we strongly recommend checking compatibility with your specific POS software vendor prior to purchase.
4. How durable is the auto-cutter on this model?
The printer features a unique vertical double auto-cutter designed for long-term reliability, rated for approximately 2 million cuts.
5. Does this printer support QR code printing?
Yes, it has embedded algorithms that support 2D barcodes such as QR codes and PDF417, in addition to standard 1D barcodes.
The Element RW973 MKII is a professional-grade thermal receipt printer designed for Australian businesses seeking efficiency and reliability. Featuring a high-speed 300mm/s output, triple interface connectivity (USB, Serial, Ethernet), and robust components like a 2-million-cut auto-cutter, it excels in retail and hospitality settings. Compatible with both 58mm and 80mm paper, this black POS printer offers seamless integration and durable performance.