What Results Have Customers Seen After Switching to the Delphax Elan 170?

The most concrete published result comes from a direct mail service operation that replaced two unreliable tabletop inkjet envelope systems with a Delphax Elan 170. According to Delphax, that customer doubled output versus the previous dual-tabletop setup, cut running costs to one-tenth of the old configuration, and saved roughly $130,000 in ink alone over five years — with reported gains in speed, reliability, and overall economy. These figures describe one customer's experience as presented by the manufacturer, not a guaranteed outcome; your own results will depend on your current equipment, volume, and job mix.

The customer problem

The operation was a direct mail service provider running high-volume envelope production. Its two tabletop inkjet envelope systems were:

• Frequently breaking down
• Incurring what Delphax describes as exorbitant costs for ink and printheads
• Limiting efficiency and profitability as a result

This is a common profile for mail shops: desktop-class envelope printers are cheap to buy but can become expensive and disruptive once volume climbs and downtime starts eating into deadlines.

The reported outcome

The headline number — $130,000 in ink savings over five years — is the one most worth scrutinizing in your own evaluation, because ink and printhead consumption is where tabletop envelope systems often lose their cost advantage at volume.

Why the Elan 170 is positioned for this kind of swap

Delphax presents the Elan 170 as an envelope-and-more production press rather than a desktop device:

• Production speed of 150 ft/min, equivalent to 18,000 #10 envelopes per hour
• Advanced pigment inkjet technology with water-fast CMYK inks that resist smudging from water or handling
• Resolution up to 1600 x 1600 dpi with a 2.1 picoliter drop size
• Targeted at commercial printers and mail shops handling envelopes, direct mail, packaging, and more

The speed and duty profile is what makes a single press a plausible replacement for two tabletop units — the doubling in output in the case above is consistent with that positioning.

How to check whether similar results are realistic for you

Delphax's stated onboarding path is built around comparing real production data rather than spec sheets. The three starting points it offers are:

1. Print samples — see output quality firsthand on your own stock
2. Ink cost analysis — compare ink consumption against your current device
3. TCO & ROI analysis — a total-cost-of-ownership and return assessment built around your printing operations

Delphax says its team helps compare real production data — labor, setup, and waste — to your current device. That is the right frame for testing the $130,000-style claim: gather your own ink and printhead spend, your labor and setup time, and your waste rate, then run the same comparison.

Caveats before you treat these numbers as a forecast

• The savings figure is a single customer's five-year ink result as published by Delphax; it is not an average or a promise.
• "Running costs to 1/10th" depends heavily on what the old systems were costing you — a shop with newer or better-maintained tabletop units may see a smaller gap.
• The case describes replacing two systems with one press. If you are replacing one, the output and cost math changes.
• No pricing, lease terms, or availability details are published in the source material, so factor acquisition and service costs into any TCO comparison yourself.

The practical takeaway: the Elan 170's published case shows a mail operation roughly doubling throughput while collapsing running costs, driven mainly by ink and printhead economics. Whether you see anything close to that depends on your current cost baseline — which is exactly what the ink cost and TCO/ROI analyses are meant to establish before you commit.