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The Cerbide Short Venturi Blast Nozzle (V-Series) is designed for maximum control in close-range and confined blasting environments. Featuring a compact venturi profile, this nozzle delivers a concentrated blast stream with reduced air expansion, allowing operators to maintain precision where space, visibility, and accuracy are critical.


Unlike longer venturi designs that prioritize abrasive acceleration, the short venturi geometry minimizes air consumption while preserving consistent abrasive flow. This makes it especially effective for detail work, spot cleaning, cabinet blasting, and applications requiring controlled material removal without excessive rebound or overspray.


Constructed from high-density tungsten carbide, the Short Venturi nozzle provides exceptional wear resistance and dimensional stability under continuous use. Its precision-machined internal bore ensures predictable blasting performance while reducing turbulence, improving operator control, and extending service life.


The compact design also contributes to lower operator fatigue, making it ideal for prolonged use in enclosed or ergonomically demanding environments.


Performance Characteristics

  • Controlled abrasive flow for precision blasting

  • Reduced air consumption compared to medium and long venturi nozzles

  • Narrow, concentrated blast pattern

  • Stable pressure with minimal turbulence

  • Optimized for close-range operation


Ideal Applications

  • Precision and detail blasting

  • Cabinet and enclosed blasting systems

  • Spot cleaning and touch-up work

  • Mold and tooling cleaning

  • Confined or restricted workspaces

Cerbide Short Venturi Blast Nozzle (CSVE)

$174.99Price
Quantity

Part Number

Bore Diameter

Length

CSVE-3

3/16″

3-3/8”

CSVE-4

1/4″

3-3/8”

CSVE-5

5/16″

3-3/8”

CSVE-6

3/8″

3-3/8”

CSVE-7

7/16″

3-3/8”

CSVE-8

1/2″

3-3/8”

High-efficiency venturi blast nozzles designed to increase abrasive velocity, reduce air consumption, and deliver longer service life in high-production blasting environments.

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