Modern Manufacturing,
Applied Practically.
Our manufacturing approach gives us more flexibility in how products are developed, tested, and produced. Rapid prototyping allows ideas to be refined quickly, while additive manufacturing supports complex geometries, specialized materials, and efficient low-volume production.
Submit your CAD geometry and specifications for rapid review. Our engineering team returns formal pricing, manufacturing feedback, and lead-time schedules within 24 business hours.
We take on projects big and small, from home shops to end-user components.
Not sure how to tackle a project?
Reach out directly. - Team@kommira.com
Proudly Serving Southern Ontario with partners across Canada.
Made to perform as intended.
We select the right process for the mechanical demands of your component, from weight-optimized geometry - to high thermal resistance.
Here are just some of the processes we use:
Resin 3D Printing (SLA)
- Ultra-high detail and smooth surface finishes
- Ideal for complex geometries
- Excellent dimensional accuracy
Resin SLA (Stereolithography) printing uses a high-resolution UV laser or light source to cure liquid photopolymer resin layer by layer. This process enables exceptionally fine surface detail (20 µm), tight tolerances, and complex geometries that are difficult to achieve through conventional manufacturing.
Nylon PA12 ( MJF/SLS )
- Lightweight structural performance
- Excellent resistance to wear, moisture, UV exposure, and chemicals
- Thermal Heat deflection temperature of 175°C/347°F
MJF HP PA12 (Multi Jet Fusion Polyamide 12) is a high-performance engineering thermoplastic manufactured using HP’s powder-bed fusion process, where specialized fusing agents and thermal energy selectively form each layer. Known for its strength, durability, dimensional accuracy, and consistent mechanical properties.
Metal 3D Printing ( LPBF / SLM )
- Metal components with minimal design limitations
- Enables lightweight structures with high strength-to-weight performance
- Advanced materials including titanium and aerospace-grade alloys
Laser Powder Bed Fusion (LPBF), often referred to as Selective Laser Melting (SLM), is an advanced additive manufacturing process that uses a high-powered laser to selectively melt and consolidate successive layers of fine metal powder. The process can produce high-density metal components with lightweight, structurally optimized forms and complex internal geometries that may be difficult or impractical to manufacture through conventional machining alone.
Advanced ( FDM ) Printing
- Strong and durable components
- Compatible with engineering-grade and carbon fiber / glass fiber reinforced materials
FDM (Fused Deposition Modeling) printing builds components layer by layer using thermoplastic filaments engineered for durability, heat resistance, and structural performance. KOMMIRA utilizes advanced industrial materials including carbon fiber reinforced nylon to manufacture rugged functional parts.
Modern Manufacturing,
Applied Practically.
Our manufacturing approach gives us more flexibility in how products are developed, tested, and produced. Rapid prototyping allows ideas to be refined quickly, while additive manufacturing supports complex geometries, specialized materials, and efficient low-volume production.
