Odyssey Geared Drums for the HP 2100, HP 8100 and PB 9900 Now Available from Static Control
Sanford, NC _ Static Control Components has recently released Odyssey
™ geared drums for the HP 2100, HP 8100, and PB 9900, each designed to boost your productivity and increase your product quality.
Static Control has targeted the high profit HP 2100 and HP 8100 as two of its highest priorities and we have poured the engineering resources and development dollars into these programs to deliver the products you need to support these cartridges. The premium-quality Odyssey HP 8100 drum is now available with gears. This drum has been exclusively designed for the HP 8100 cartridge and, when combined with its HP 8100 toner, delivers an OEM-equivalent yield of 20,000 pages with a 1.50 plus density rating and excellent grayscale performance.
The HP 2100 is second only to the HP 4000 in the numbers of HP printers sold in both U.S. and World markets. Static now offers the geared Odyssey HP 2100 drum to help support your initial HP 2100 remanufactured cartridges for your customers. This is the first of a complete line of HP 2100 products featuring the advanced Odyssey technology for OPC drums, toners and components.
SCC's new Odyssey PB 9900 geared drum has been developed for this cartridge based on a
cartridge-specific formula which features OEM-equivalent yield of 10,000 pages when used with SCC PB 9900 toner and OEM gram load. Because of excellent transfer efficiency, a density of 1.46 is achieved with no density fall-off through the cartridge cycle.
A complete engine reference center for the HP 2100, HP 8100, and PB 9900 is posted on the company website at www.scc-inc.com. The centers contain reference information, technical documentation, cartridge illustrations and complete product information for the more than 30 popular engines.
For further information, contact SCC in the US at 800-488-2426 or 919-774-3808. The European
corporate offices can be reached at +44 (0) 118 923 8800. The Belgium sales office number is + (00) 32 8 172 1700.
This article originally appeared in the July 1999 issue of Recharger.