Quick CAD shell around your board for standoffs, port alignment, and hand‑feel; FDM prints used to validate fit and ergonomics before tooling. We accelerate enclosure design validation with rapid 3D modeling and iterative prototyping that tests mechanical fit, component clearance, port accessibility, thermal considerations, and user ergonomics—reducing tooling risk and design iteration cycles while ensuring your product feels right before committing to expensive injection molds.
We create a basic enclosure model with correct keep‑outs, standoffs, and snap/fastener plan, then 3D print iterations to validate fit, port alignment, and thermals at a coarse level. This derisks early design without committing to molds, and informs DFM discussions later.
We don't just build solutions; we create experiences that engage, convert, and grow with your business. Every detail is crafted with precision and purpose.Our Team
Our comprehensive approach ensures your project is successful end‑to‑end and optimized for performance, security, and scalability. We break work into measurable milestones, maintain clear acceptance criteria, and keep rigorous CI/CD, testing, and observability in place. The result is software that’s easy to reason about, simple to extend, and safe to run in production.
Deliverables include STEP/STL files, print settings, and a DFM checklist to guide the transition from 3D prints to injection‑mold tooling.
We follow a structured development process that ensures quality, efficiency, and client satisfaction. From initial consultation to final deployment, every step is carefully planned and executed with attention to detail.
Our team of experienced developers works closely with designers and project managers to ensure that your website not only meets but exceeds your expectations. We provide ongoing support and maintenance to keep your site running smoothly and efficiently.