Multi Jet Fusion

Project Background:A global automotive manufacturer sought fast-turnaround MJF prototypes for interior components of a new electric vehicle lineup, enabling them to test design concepts early.

Challenge: The need for prototypes that not only met functional requirements but also captured the futuristic aesthetic demanded by the electric vehicle market.

Solution: Using MJF, we quickly produced prototypes with exceptional surface finishes and intricate details, matching the vehicle’s advanced design. The technology enabled rapid iteration for precise fit and form.

Results: Our MJF prototypes supported faster design validation, contributing to on-time production and helping the automaker stay ahead of the competition in the electric vehicle market.

Project Background:A leading medical device company required highly customized MJF parts for a line of surgical instruments that demanded both biocompatibility and unparalleled precision.

Challenge: The customer was looking for a solution that could create complex parts with extreme accuracy, essential for the performance and safety of medical tools.

Solution: With MJF, we produced biocompatible surgical components that met stringent healthcare regulations. The parts were designed to endure repeated use while ensuring sterility and precision.

Results: The MJF components passed all quality assurance checks, resulting in streamlined production and fast integration into the final surgical instruments, reducing the time to market.

Project Background:A consumer electronics leader needed to quickly prototype a series of enclosures for a new smart device. These prototypes had to be production-grade for real-world testing.

Challenge: Time-to-market was critical, and the company required prototypes that combined speed, durability, and precise aesthetic appeal for market testing.

Solution: We used MJF technology to produce fully functional prototypes, allowing the company to test device form and fit. The technology’s ability to produce complex geometries quickly helped them iterate designs swiftly.

Results: The prototypes enabled effective market testing, allowing the customer to secure valuable user feedback and make data-driven decisions, resulting in a smooth, timely product launch.

Project Background:An industrial equipment manufacturer was looking for custom tooling parts to improve efficiency in its production lines.

Challenge: The tooling components needed to withstand harsh production environments and high-stress operations, all while maintaining pinpoint accuracy and precision.

Solution: By leveraging MJF, we produced tooling components from high-strength materials that offered both durability and flexibility, allowing for more efficient operations without compromising on precision.

Results: The robust tooling parts reduced machine downtime and increased operational throughput, resulting in long-term cost savings and improved production timelines.

Project Background:A design studio specializing in conceptual art needed MJF technology to produce intricate models for an art installation.

Challenge: The studio required highly detailed models that could showcase a new design concept to clients, providing an accurate representation of the final artistic vision.

Solution: Using MJF, we produced complex, highly detailed models that captured every fine element of the design. These models were perfect for client presentations and visualizations, offering an authentic preview of the artist's vision.

Results: The MJF models helped the studio deliver a flawless presentation, impressing potential clients and opening doors to new artistic collaborations and projects.