Printing on cardstock at home works when the paper weight fits your printer’s rated maximum and you use the correct feed slot.
The trick to printing on cardstock at home is matching three things: the paper’s GSM, your printer’s supported media weight, and the feed path you load it into.
Here’s what determines success, how to set up the job without jams, and where most home prints go wrong.
What Weight Cardstock Can a Home Printer Handle?
The honest answer depends on your specific printer model, since inkjets and lasers publish their own media-weight ceilings.
Since limits vary so widely, always check your printer’s spec sheet before buying a ream of heavy stock.
How to Set Up a Cardstock Print Job Step by Step
Start by reading the GSM or cover weight printed on the cardstock package, then compare it to your printer’s rated maximum. Do not rely on the “lb” label alone — use the GSM figure to pick the correct thick setting when your printer offers one.
Follow this sequence for a clean print:
- Check the package. Confirm the cardstock’s GSM and confirm it is under your printer’s stated limit.
- Load the correct tray. For heavier sheets, use the manual, rear, or bypass feed slot rather than the main tray. Some printers prompt you to load card stock in the bypass tray only when asked.
- Set the media type. In your printer settings, choose Cardstock, Heavy Paper, or Thick Paper if available. Leaving it on plain paper can cause poor feed or ink results.
- Print one sheet at a time. Single feeding reduces jams and skew, especially at higher weights.
- Let inkjet prints dry.
When the print finishes, the sheet should look sharp and lie flat. If the paper emerges wrinkled or the printer reports a jam, the stock is likely too heavy for that path.
Why Does Cardstock Jam or Crack?
Cardstock jams usually trace back to one of four mistakes. Exceeding the printer’s stated media-weight limit tops the list, followed by using the standard tray when the printer expects the rear or bypass feed. Leaving the paper type set to plain paper also triggers feed failures and muddy prints.
Folding thick cardstock without scoring is the quiet killer of finished projects. Heavier stock cracks along the fold line when bent cold; scoring the surface first creates a clean crease.
Note that thicker stock may need a straighter feed path and often cannot run duplex (double-sided) on home printers. If your project needs two-sided printing, test a single sheet before committing the whole batch. For projects that need a heavier specialty stock than your current printer supports, a craft printer for cardstock rated for thick media is worth comparing before you buy.
FAQs
Can I print 110 lb cardstock in a regular printer?
Only if your printer’s manual lists 300 gsm (roughly 110 lb cover) as supported media.
What is the difference between cardstock and card stock?
They are the same material; “cardstock” is the common single-word spelling, while manufacturers often write “card stock” in technical manuals.
Do I need a special printer for cardstock?
No, but you need a printer whose paper path supports the weight you choose. Many inkjets and lasers handle light to midweight cardstock fine. Only frequent heavy-stock printing justifies a dedicated machine rated for thicker media.
References & Sources
- Brother UK. “How to Print on Card | Tips for Cardstock & Thick Paper Printing.” Defines the 160–300 gsm home-printing range.
- Epson. “Printing on Card Stock or Matte Board.” Covers the 1.3 mm thickness limit and manual feed slot guidance.
