Ruslanoz

3D Design for Premium Silver Casting Brand

Investment Caster • Self-employed

Sep 2022 - Present • 3 yrs 8 mos

Since 2022, I have been the lead 3D designer for Investment Caster, creating approximately 99% of all production-ready digital models used for metal casting. These models are not concept renders — they are fully engineered master models designed specifically for: Investment casting Silver and precious metal production High-detail miniature reproduction Scalable manufacturing Every design is developed with casting constraints, shrinkage factors, wall thickness tolerances, and structural integrity in mind. ⚙ My Responsibilities Full-cycle 3D modeling from concept to production file Engineering models specifically for metal casting Preparing master models for mold creation Optimizing geometry for clean metal flow Ensuring print-to-cast compatibility Adjusting files based on real-world casting feedback 🔥 Key Challenges Solved ✔ Designing highly detailed pieces that remain castable in silver ✔ Balancing micro-detail with structural durability ✔ Preventing casting defects through geometry optimization ✔ Creating scalable models suitable for batch production ✔ Delivering consistent precision across multiple product releases 💎 Results Long-term collaboration (3+ years) 99% of brand’s digital product base created by me Production-ready files used for real silver casting Consistent commercial product releases Strong trust-based partnership 🧠 Expertise Demonstrated Production-ready 3D modeling Casting-oriented design Metal manufacturing awareness Engineering-level mesh preparation Professional long-term B2B collaboration If you are looking for a designer who understands not only how to model — but how to design for real-world metal production — I can help.

3D Design for Custom Tech Accessories Brand

89Forge • Part-time

Feb 2023 - May 2024 • 1 yr 3 mos

I collaborated with 89Forge to design precision-engineered 3D models for custom accessories intended for 3D printing and post-processing, including metallic coating and finishing. These were not conceptual models — they were production-ready functional parts designed for real-world use and commercial sales. The models required: Exact device fit Mechanical reliability Clean surface geometry for finishing Compatibility with additive manufacturing Consideration of coating thickness and post-processing ⚙ My Responsibilities High-precision 3D modeling based on real device measurements Engineering attachment mechanisms and locking systems Designing parts optimized for FDM / SLA printing Adjusting tolerances to account for metallic coating Preparing production-ready STL / 3MF files Iterating based on real-world testing and manufacturing feedback 🔥 Key Challenges Solved ✔ Achieving perfect fit without looseness or stress points ✔ Accounting for material expansion and coating thickness ✔ Maintaining aesthetic quality while ensuring structural integrity ✔ Optimizing geometry for stable and repeatable printing ✔ Delivering commercially viable production files 💎 Results Successfully developed custom accessories released for sale Models used in real production workflow Physical products printed and professionally finished Reliable B2B collaboration Production-ready assets prepared for scaling 🧠 Expertise Demonstrated Precision industrial 3D modeling Functional product design Manufacturing-oriented modeling Tolerance engineering Additive manufacturing optimization If you are looking for a designer who understands not only how to model — but how to engineer functional parts for real production — I can help.