Rapid Prototyping & 3D Printing
SLA / FDM / SLS / CAD
About Our 3D Printing & Prototyping Process
How it Works
At Mina Product Development, we use advanced SLA, SLS, and FDM technologies to deliver high-precision 3D-printed prototypes. Our layer-by-layer process transforms CAD models into functional parts with fine details, complex geometries, and high-performance materials. Whether for product testing, form verification, or short-run production, we provide fast, cost-effective solutions.
What Can You Make?
Our 3D printing technologies produce high-detail prototypes, durable parts, and custom low-volume components. From medical models and industrial tools to aerospace and scientific applications, we deliver precise, material-optimized solutions. Whether you need flexibility, impact resistance, heat resistance, or biocompatibility, our diverse printing options ensure optimal performance..
Having questions?
Just fill out our form and we will help you out!
SLA 3D Printing
High-strength SLA printing with tough, clear, or flexible resins.
Complex designs with uniform material properties. Medical grade, high accuracy, fine details.
SLA printing offers precision and smooth finishes, perfect for detailed prototypes. SLA printed parts support various resins for tailored material properties, from flexibility to strength. Because it can produce highly accurate and intricate designs, SLA printing is particularly useful for making items like medical devices, dental models, and mechanical parts where exact measurements and fine details are crucial.
Popular Materials
SLA is an extremely precise 3D printing method, capable of producing layers as thin as 10 microns and achieving resolutions of 25 microns or less. With typical dimensional tolerances of ±0.005″, SLA materials ensure high accuracy. Additionally, the process can produce flexible and biocompatible parts, making it suitable for a wide range of applications.
(Material technical data sheets are available upon request.)
Precision
Precision Model Resin delivers high accuracy and fine details with over 99% within 100 μm.
Grey Resin
Grey Resin offers fast printing, high accuracy, and a finish rivaling injection molding
Elastic 50A
Elastic 50A bends, stretches, and compresses, returning to shape without tearing.
Clear
Clear Resin offers transparency and strength, with a smooth, polishable surface.
Biomed White
BioMed White Resin: Rigid, biocompatible, suitable for skin, tissue, and bone contact.
Tough 1500
Tough 1500 Resin: Resilient, skin-safe, ideal for flexible, durable prototypes.
SLS 3D Printing
High Performance with complex Geometries in Nylon
Tailor-made jigs, fixtures, and tools for manufacturing processes.
SLS printing offers precision and high-strength parts at a relatively low cost. SLS parts are produced using high-performance nylon powders, allowing for intricate designs with no need for support structures, resulting in strong, lightweight components. Ideal for functional prototypes and end-use components in industries requiring strength and detail.
FDM 3D Printing
Functional Parts in Engineering Grade Thermoplastics
3D printing suitable for creating robust, functional parts. Durable ABS, PLA, PETG materials.
Fused Deposition Molding (FDM) 3D printing works well for creating functional prototypes at low-cost with a range of materials like ABS, PLA, and PETG. FDM offers good mechanical strength, but the surface finish can be rough, and the parts may have visible layer lines.
Jigs and Fixtures
Custom tools for manufacturing processes.
Enclosures & Housings
Electronics casings or protective covers
Spare Parts
Replacement components for equipment and mach0inery
Medical Devices
Custom braces, splints, and models
Having questions?
Just fill out our form and we will help you out!
CAD Modeling
Precise 3D models for testing form, fit, and function before production.
Complex designs with uniform material properties. Medical grade, high accuracy, fine details.
Rapid Prototyping through Cast Parts Silicone & Polyurethane
The urethane and silicone casting process produces highly detailed, production-like products, ideal for low to medium volume orders. It supports scalable production through multiple or multi-cavity molds, with a lead time of 7-10 days for first articles. This method is a cost-effective solution for rapid prototyping and bridge production without significant upfront investment.
The casting process is suitable for a range of end-use products, including medical devices, automotive parts, consumer electronics, military and science applications.
High Fidelity Printed Parts
Captures a wide color spectrum perfect for lifelike models and study aides for a variety of industries.
Wide Color Spectrum and Material Properties
