Finite3D

At Finite3D we are serving immense CNC machining demands from automotive, aerospace, defence, power and energy, construction equipment, industrial, and several other large-scale manufacturing plants. We believe that Integration of operation of CNC machines with Industry 4.0 through the entire value chain, from programming to simulation and production, all applied at the software level, offer a distinctive advantage. We are offering the technologies that benefit MSMEs, competitive pricing with shortest lead time, investing in customer education and upskilling.

Want to know how Finite3D can improve efficiency, quality, and value? Reach out to us at [email protected]

To suit application-specific needs, Finite3D offers high-quality, precision sheet metal processing services for a variety of metals. It also provides custom metal shapes and parts through stamping and forming processes to create complex shapes.

Vacuum casting is a process for the rapid manufacturing of parts in silicone moulds. This technology makes it possible to reproduce pieces in polyurethane resin in a silicone mould made generally from a master generated by additive manufacturing.

At Finite3D, we can produce short series of pieces with polyurethane resins whose characteristics (flexibility, transparency, resistance to high temperature, fiber loading, fire retardant) are similar to those of the final product: ABS, Polypropylene, Polycarbonate, etc.

Different types of surface finishes, such as painted, chrome, tinted or metallic, among others can be applied to the parts that have been manufactured using this technique.

Vacuum casting is a process for the rapid manufacturing of parts in silicone moulds. This technology makes it possible to reproduce pieces in polyurethane resin in a silicone mould made generally from a master generated by additive manufacturing.

At Finite3D, we can produce short series of pieces with polyurethane resins whose characteristics (flexibility, transparency, resistance to high temperature, fiber loading, fire retardant) are similar to those of the final product: ABS, Polypropylene, Polycarbonate, etc.

Different types of surface finishes, such as painted, chrome, tinted or metallic, among others can be applied to the parts that have been manufactured using this technique.

Our plastic injection moulding process produces custom - rapid prototypes and end-use production parts in 12 days or less. We use aluminium moulds that provide cost-efficient tooling and accelerated manufacturing cycles, and stock quite 100 different thermoplastic resins.
Finite3D offers two injection moulding service options: prototyping and on-demand manufacturing, each with its own set of advantages depending on your project requirements. When part quantities are higher, a low piece-part price is vital, and quick-turn production is essential throughout the product life cycle. Our on-demand production option is great for this.

The greatest advantage of 3D Printing is making prototypes and final parts that are tough with traditional methods for the manufacturing industry.

We strive to maximize the potential of Additive Manufacturing technology for boosting the designing and manufacturing .

We, at Finite3D Printing, are ecstatic about helping the OEMs in delivering low-cost, lightweight, and durable prototypes and finished parts.

Finite3d's data-driven manufacturing solutions will make your supply chain more efficient and reliable.