Executive Engineering
Provides metal 3D printing services using EOS M290 LPBF systems for titanium medical implants and components, enabling complex geometries and on-demand production.
- CEO / Founder
- Willie Conradie
- Team Size
- 51-200
- Stage
- Established
- Total Funding
- unknown
- Latest Round
- unknown
Technology & Products
Key Products
Metal 3D printing services; CNC machining; Reverse engineering; Prototyping; Precision engineering
Technological Advantage
Verified advantage: Proprietary process integration of LPBF with post-processing CNC machining for medical-grade titanium implants; defensible through trade secrets and regulatory compliance
Differentiation
Value Proposition
Reduces lead times for custom medical implants from months to weeks while achieving high accuracy and biocompatibility with Ti-6Al-4V, eliminating traditional machining constraints.
How They Differentiate
Specializes in titanium medical implants with integrated CNC post-processing vs. Rapid3D's broader prototyping focus; offers combined AM/machining services unlike pure-service competitors
Market & Competition
Target Customers
Medical device manufacturers, hospitals, and aerospace/defense companies requiring precision titanium components
Industry Verticals
Medical; Aerospace/Defense; Automotive; Petrochemical; Railway; Marine; Agriculture
Competitors
Rapid3D; Aeroswift; LRS Implants
Growth & Milestones
Growth Metrics
Founded in 1994 in a 300m² facility in Kuils River; moved to a 1,650m² facility in Saxenburg Park, Blackheath in 2001; expanded to 3,300m² in 2005; added 1,260m² production and 400m² stores around 2010, totaling over 5,000m²; operates 27 Okuma CNC turning machines, 4 Doosan Lynx lathes, 1 Takisawa, 1 Hyundai, 3 Hardinge, 3 Citizen, 10 Okuma milling centers, 1 Kitamura, 1 Haas, 2 Deckel Maho, and 2 Quaser.
Major Milestones
Founded in 1994; Installed EOS M290 metal 3D printer in 2018; Recognized as AM research partner with Stellenbosch University