How much does a dispensing robot cost?
Why the valve often costs more than the motion platform, and what actually drives the price of an automated dispensing system.
For a dispensing robot the valve is frequently a larger cost driver than the robot. The motion platform is comparatively standardised; matching a valve to your fluid's viscosity, filler content and cure behaviour is the engineering, and it is what the quote turns on.
Valve first, robot second
Time-pressure valves are the simplest and cheapest, and adequate for stable, low-viscosity fluids where shot-to-shot variation of a few percent is acceptable.
Auger and progressive-cavity valves hold volume far more tightly and handle filled or thixotropic materials, at a step up in cost and maintenance.
Jetting valves dispense without touching the surface, reaching places a needle cannot and running faster. They are the top of the range and are specified for a reason, not by default.
What else is in the number
Heated valves and heated reservoirs for materials whose viscosity is temperature-sensitive.
Height sensing or vision, which keeps standoff constant across a warped or variable-height assembly.
Fixturing, again — a bead is only repeatable if the part is.
Two-part meter-mix systems for potting are a materially different class from single-component dispensing.
Benchtop versus in-line
Benchtop cells cover most electronics applications: conformal coating on a panel, glue dots, gasketing, potting a small assembly.
In-line systems justify themselves when dispensing must keep pace with an existing conveyorised line rather than run as a separate operation.
On published prices
We publish a range per model on request rather than a headline figure, because the configuration moves the number more than the machine does. Tell us the part and the volume and we will send the band for a build that actually suits it.
Commonly asked
Which valve do we need?
Viscosity, filler content, pot life and the shape you need — dot, bead, fill or spray — decide it. Send us the fluid and the part; we will dispense it and show you the result before you commit to a valve.
Can one machine do potting, gasketing and glue dots?
Often yes, with valve changes rather than separate machines, provided the volumes and tolerances are in the same class. Where they are not we will say so — running one machine badly across three jobs costs more than it saves.
Do you publish prices?
We publish a range per model on request rather than a headline figure, because the configuration moves the number more than the machine does. Tell us the part and the volume and we will send the band for a build that actually suits it.
Get the answer for your actual part
A guide can only take you so far. Send us the board, the fluid or the fastener and we will run it, film it, and come back with cycle times and a quote.
- Official QUICK & TechMan source
- US stock
- IPC-certified engineers
- TITAN Award 2025