Frequently Bought Together
Product Specification
- Product Code
- HPCB385A
- Weight
- 2.85 kg
- Pack Size
- 1
- Pack Dimensions
- 603x168x327 mm
- Manufacturer Ref
- CB385A
- Barcode
- 882780459168
- Alternative Code(s)
- 823088
- Brand
- Hewlett Packard
- Type
- Original
- Drum Reference
- CB385A
Product Details
- Original HP No. 824A/CB385A Cyan Laser Drum Unit
Works With:
Original HP No. 824A/CB385A Cyan Laser Drum Unit is suitable for these printers: HP Colour LaserJet CM6030 / Colour LaserJet CM6030f / Colour LaserJet CM6040 / Colour LaserJet CM6040f / Colour LaserJet CP6015 Series |
With a reputation for unrivalled reliability and constant innovation, HP's products are among the most popular in the business environment. Designed to work flawlessly with your machine and benefiting from Smart Printing Technology, the HP No. 824A Cyan Imaging Drum ensures that all toner is properly applied to the page, ensuring that prints are always clean and clear. Easy to install, you are guaranteed professional results from start to finish.
Brand | HP | |
Description | Original HP CB385A Laser Drum Unit | |
Type | Original HP Laser Drum Unit | |
Manufacturer Reference | CB385A | |
Colour | Cyan | |
Page Yield | Approx. 35,000 pages @ 5% average coverage | |
Works With The Following HP Machines | Colour LaserJet CM6030/CM6030f/CM6040/CM6040f/CP6015/ CP6015de/CP6015dn/CP6015n/CP6015x/CP6015xh |
Why Use Original HP Drum Units?
- Don't be tempted to cut corners by using cheap consumables, as this result in poor output and can even damage your printer. HP's Original Drums will always be the best choice as they have been specifically designed to deliver the best performance from their machines.
- High quality Original HP supplies like the CB385A drum unit work out cheaper than compatibles in the long run by optimising your printers potential and by guaranteeing consistent page yields, with high quality performance and productivity.
- The HP Original CB385A Drum Unit is formulated to exacting standards to ensure you receive the highest possible print resolution and reliability