Copyright © 2025 Tabash Design Works
Tabash Design Works
Design. Prototype. Deliver.
About Us
We are a precision engineering and design firm committed to developing high-quality mechanical components for a diverse range of clients, including aerospace manufacturers, defense contractors, and individual innovators. Headquartered in South Florida, our team brings deep expertise in CAD modeling, digital reconstruction, and physical prototyping—delivering solutions that balance performance, manufacturability, and innovation.
From recreating complex legacy parts to streamlining designs for modern production, we support projects through every stage of development. Our in-house capabilities include advanced reverse engineering, additive manufacturing for fit and function validation, and agile prototyping designed to accelerate your product pipeline.
Driven by precision and adaptability, we work closely with clients to refine ideas, solve engineering challenges, and produce results that are both technically sound and production-ready. Whether enhancing an existing design or building something entirely new, we provide the tools and insight needed to bring your vision into reality.
3-D Printing & Computer Aided Design
We provide advanced CAD design services for mechanical components and assemblies, ensuring precise geometry, functional integrity, and manufacturability. Our models are created with a deep understanding of engineering requirements and are compatible with a wide range of manufacturing workflows, from CNC machining to additive manufacturing.
In-house 3D printing capabilities support rapid prototyping and low-volume part production using materials such as PLA, ABS, ASA, PETG, and TPU. Whether you're testing fit and function, iterating on a design, or producing final-use components, we can deliver reliable, high-quality prints tailored to your project’s needs.
Reverse Engineering
Our capabilities include reverse engineering physical components into accurate 3D CAD models and detailed technical documentation—without requiring original design files. Using precision measurement tools and 3D scanning techniques, we capture the geometry of existing parts to reconstruct their form, fit, and function digitally.
Our reverse engineering services are ideal for legacy components, discontinued parts, or systems that require modernization or redesign. Once digitized, parts can be modified for improved performance, enhanced manufacturability, or integration into new assemblies. We deliver native CAD files, 2D manufacturing drawings, and optional 3D-printable formats, tailored to your downstream engineering or production requirements.
Concept Development
We transform early-stage ideas into actionable designs through a structured process that includes concept sketches, feasibility assessments, and preliminary CAD models. Each concept is developed with engineering constraints in mind, ensuring a smooth transition from idea to prototype. Our goal is to provide a clear design roadmap that aligns with your technical and functional requirements.
Prototyping
We build functional prototypes to evaluate form, fit, and performance—enabling effective design validation before committing to full-scale manufacturing. In addition to in-house 3D printing, we partner with trusted local machining businesses to produce high-quality metal or plastic components. This allows us to provide physical test parts that reflect real-world performance and manufacturing conditions.
Drawing Creation
We produce detailed, production-ready engineering drawings that meet industry standards and are tailored to your manufacturing needs. Our documentation includes precise dimensions, tolerances, material callouts, surface finishes, and GD&T as required. Whether for CNC machining, fabrication, or quality inspection, our drawings are optimized to communicate design intent clearly and align with supplier specifications.
Design Optimization
We refine existing designs to improve performance, reduce weight, and lower production costs through a combination of engineering analysis and simulation-driven decision-making. Our process incorporates principles of Design for Manufacturability (DFM) to simplify production, minimize material waste, and streamline assembly. Whether optimizing for strength, thermal performance, or part consolidation, we ensure your design meets functional requirements while being efficient to produce.