Business Details
18 Years
experience
Your Trusted Partner for Engineering & Rapid Prototyping Solutions
Veloce Engineering was founded in 2008 with a vision to expand engineering expertise across diverse industries. Our team combines 20+ years of medical device experience with cutting-edge rapid prototyping technology to deliver innovative solutions. We maintain a strong reputation for quality, speed, and technical proficiency in both medical devices and consumer products. By housing engineering and prototyping under one roof, we streamline development processes and ensure cost-effective production strategies. Our engineers bring decades of combined experience in conceptual design, tolerance analysis, and 3D solid modeling using industry-leading software. We specialize in transforming ideas into functional prototypes through advanced SLA technology, urethane casting, and CNC machining.Our commitment to precision extends to clear finish applications using DSM Somos 11122 resin and multi-stage surface treatments. With state-of-the-art equipment like the ProX 800 SLA and Viper si2 SLA systems, we maintain leadership in Northeast rapid prototyping. Our three-phase prototype development process ensures virtual validation before physical production, minimizing costs and development time. Clients benefit from our comprehensive engineering services including FEA analysis, mechanism design, and production-ready 2D drawings while maintaining strict adherence to project timelines and budgets.
Services
3D Printing
Rapid Prototyping
Engineering Services
Clear Finishes
Equipment
Details
- Year established: 2008
Highlights and features
- We offer 20+ years of combined engineering experience in medical devices and consumer products
- Our in-house rapid prototyping utilizes state-of-the-art SLA technology including ProX 800 systems
- We maintain strict quality control through three-phase prototype development processes
- Our engineers specialize in FEA analysis, tolerance studies, and production-ready 2D drawings
- We provide end-to-end solutions from conceptual design to functional prototypes
What people say
High quality parts
Blazing fast turnaround
Best quality SLA parts
Quick turnaround
Excellent quality parts
Services
Rapid Prototyping
Our rapid prototyping services utilize SLA technology, urethane casting, and CNC machining to create near-production quality prototypes. We transform 3D CAD data into physical models for medical devices and consumer products. Our three-phase process includes virtual prototyping, conceptual models, and functional testing to ensure design accuracy before final production.
3D Printing
We offer industrial-grade 3D printing using ProX 800, ProJet 7000, and Viper si2 SLA systems. Our capabilities include large-format builds up to 26x30x22 inches with high-resolution details. The service supports both prototyping and low-volume production using various resin materials including translucent polycarbonate alternatives for specialized applications.
Engineering Services
Our engineering team provides complete design services from concept to production. We specialize in tolerance analysis, FEA stress testing, mechanism simulation, and 3D solid modeling using SolidWorks and Creo software. The service includes production-ready 2D drawings and design optimization for manufacturability across multiple industries.
Clear Finishes
We provide specialized clear finish applications using DSM Somos 11122 resin with multi-stage sanding and coating processes. Our standard, basic clear, and premium clear options offer varying transparency levels for prototype visualization needs. The service includes vapor honing for white opaque parts to achieve production-quality surface finishes.
Equipment
Our facility houses ProX 800 SLA systems, Viper si2 SLA machines, and MCP vacuum casting equipment. We maintain conventional and CNC machining capabilities for metal and plastic prototypes. The equipment supports rapid injection molding, sheet metal prototyping, and urethane casting with durometer options matching production materials.
People
Robert Pedros
Founder
20+ year medical device engineer with US Surgical/Covidien R&D experience. Holds BS in mechanical engineering from Fairfield University. Specializes in mechanical design and rapid prototyping solutions for complex medical instruments.
Peter Bayer
Medical Device Development Professional
22-year medical device veteran with expertise in FEA, GD&T, and DFSS. Holds BS in physics and mechanical engineering, plus MS in mechanical engineering. Licensed Professional Engineer with 30 patents in medical device innovations.
Pete Dennean
Rapid Prototyping Manager
19-year rapid prototyping specialist with expertise in SLA model building and urethane casting. Manages quality control processes to ensure precision parts. Holds focus in computer programming and accounting from Southern Connecticut State University.
Russell Durand
Estimating and Project Management
29-year industry veteran leading project management operations. Coordinates quote-to-order processes while maintaining fast turnaround times. Specializes in managing complex prototyping workflows and client expectations across multiple projects.
Tom Campanelli
Product Design Engineer
Mechanical engineering graduate with power industry experience. Supports engineering department with 3D modeling and business development initiatives. Applies mechanical aptitude to design solutions for diverse client needs.
Questions
What industries does Veloce Engineering serve?
We primarily serve medical device manufacturers and consumer product developers requiring precision prototyping and engineering solutions.
What 3D printing technologies do you use?
We utilize ProX 800, ProJet 7000/6000, and Viper si2 SLA systems for high-resolution prototyping needs.
Can you create transparent prototype parts?
Yes, we offer clear finishes using DSM Somos 11122 resin with multiple transparency levels through specialized sanding and coating processes.
Do you provide engineering analysis services?
Our engineering team offers FEA analysis, tolerance studies, and mechanism simulations using SolidWorks and Creo software tools.
What prototype materials are available?
We work with SLA resins, urethanes in various durometers, and metals/plastics for CNC machined prototypes directly from 3D CAD data.
How does your prototyping process work?
We follow a three-phase approach: virtual prototyping with 3D models, conceptual prototypes using SLA/urethane methods, and functional prototypes through CNC machining or molding processes.
