Post-ProcessingSimi Valley, CA, USAFounded 1996· One of 132 Post-Processing companies tracked by AMPulse
Develops industrial ultrasonic cleaning systems for 3D printed parts, replacing toxic solvent-based manual cleaning with hot water and eco-friendly detergents to cut post-processing labor by 75% and accelerate part delivery.
CEO / Founder
Frank Pedeflous
Team Size
11-50
Stage
Active
Total Funding
$4.9M
Latest Round
Debt
Key Investors
Live Oak Bank
Technology & Products
Key Products
Omegasonics develops industrial ultrasonic cleaning systems for 3D printed parts, offering solutions that replace toxic solvent-based manual cleaning with hot water and eco-friendly detergents. Their product portfolio includes various ultrasonic cleaning units designed to reduce post-processing labor and accelerate part delivery.
Technological Advantage
(1) CLAIMED: Faster, safer, solvent-free cleaning with hot water and eco-soaps. (2) VERIFIED: Stratasys Direct Manufacturing case study confirms <4-month ROI, 3 FTEs reassigned, and 1-day faster delivery. DEFENSIBLE: Proprietary detergent formulations and AM-optimized transducer tuning create workflow switching costs, though hardware is replicable.
Differentiation
Value Proposition
Eliminates hazardous chemical handling and disposal costs while reducing post-processing labor time by up to 75%, enabling AM service bureaus to reallocate 3+ FTEs to revenue-generating tasks and deliver parts 24 hours faster.
How They Differentiate
Delivers 3x faster support removal than manual solvent scrubbing and eliminates VOC compliance costs compared to generic industrial cleaners (Crest Ultrasonics, Branson). Pre-calibrated multi-stage systems reduce operator training time by 80% and integrate directly into AM production workflows.
Market & Competition
Target Customers
AM service bureaus, prototyping shops, aerospace/defense manufacturers, medical device companies
Estimated annual revenue ~$10M; operating for ~30 years (3rd decade of business).
Major Milestones
Founded in 1996; Released updated AM-specific ultrasonic cleaning equipment (2021); Secured CSA and CE certifications for medical/industrial cleaning systems; Established distribution partnership with Plural Additive Manufacturing
Omegasonics occupies a narrow but critical niche in additive manufacturing post-processing: industrial ultrasonic cleaning systems purpose-built to remove support material and residual powder from 3D printed parts. Unlike generic ultrasonic baths from Crest Ultrasonics or Branson, Omegasonics has developed AM-specific detergent formulations and transducer tuning that enable solvent-free cleaning with hot water and biodegradable soaps. The company claims this approach eliminates hazardous chemical handling and disposal costs while reducing manual labor time by up to 75%.
The core technology is ultrasonic cavitation driven by transducers optimized for AM part geometries and common materials such as photopolymer resin, nylon, and metal powders. Omegasonics offers multi-stage systems that integrate drying and can be calibrated for specific workflows. A verified case study at Stratasys Direct Manufacturing showed a sub-four-month return on investment, with three full-time employees reassigned from cleaning to revenue-generating tasks and part delivery accelerated by one day.
Target customers include AM service bureaus, prototyping shops, and manufacturers in aerospace, defense, medical devices, and automotive. Named customers include Stratasys Direct Manufacturing and Stryker. The company also partners with Plural Additive Manufacturing for distribution. Omegasonics has operated since 1996 and holds CSA and CE certifications for medical and industrial cleaning systems, with estimated annual revenue around $10 million.
The defensible moat lies in proprietary detergent chemistry and workflow integration that create switching costs for customers. However, the hardware itself is replicable by larger industrial cleaning competitors. The open question is whether Omegasonics can scale beyond its current small-team structure to capture a larger share of the growing AM post-processing market as binder jetting and LPBF adoption increases.
Competitive Intelligence
Competitors, SWOT analysis, and investment insights