World's first
Integrated Pneumatic & Vacuum Interface

pneuvaQ

Any Robot | Any EOAT

Introducing pneuvaQ

pneuvaQ is an Integrated Pneumatic & Vacuum Interface.

Built on the bedrock of a patented technology that controls the flow, direction, and pressure of pneumatic air into a single system, the minimalistic design of pneuvaQ simplifies the deployment of customized tooling with both pneumatic and vacuum tooling.

pneuvaQ enables an integrator to quickly develop an EOAT with both pneumatic and vacuum without having to source many components with dependency on skilled engineering resources. With just one pneumatic tube, pneuvaQ simplifies the deployment by eliminating multiple tubes and wires running across the robot’s body.

pneuvaQ PV21

pneuvaQ
PV21

Weighing at only 300 g (0.67 lbs), provides 2 compressed air and 1 vacuum outlet.

Traditional setup vs pneuvaQ

The Traditional Way

Complex...

Multiple Resources
Design | Controls | Pneumatics

Multiple Vendors
Sourcing and supply
chain challenge

Long Install Time
Design to Install
3 weeks

Messy Install
Restricted Robot Motion

The pneuvaQ Way

Simplified!

Out-of-the-box
One Compact Unit

Single Tube Air Inlet
Connects over just
one compressed air line

Bundled Features
Pneumatic & Vacuum Distribution
Control System | Built-in Silencer

Modbus RTU
Single Cable Communication

PV21 B (1080 x 1080)

Rugged
Design

IP54 rating ideal for harsh environments.

Smart Robot Installation

Compatible with any robot using Modbus RTU 

Simplifying
Integration

Design EOATs with integrated pneumatics and vacuum

Optimized Mechanical Form Factor

Enables easy integration into any custom EOAT

PV21 T (1080 x 1080)

Benefits of pneuvaQ

  • pneuvaQ enables machine tending for complex workpieces in Injection Molding & Press Brake applciations.
  • No dependency on skilled design & engineering resources.
  • Save time and effort coordinating the sourcing of components from multiple vendors.
  • Decrease turnaround time of projects – more projects in a year.
  • Enhance freedom of motion for the robot by needing only a single pneumatic tube and communication cable.
  • Aesthetic robotic cell.
  • Minimal maintenance.
  • Minimize the space requirement.
  • Quicker deployment of projects.
  • Quick redeployment for other applications.