HEXSPUR DESIGNS

We develop complete machine designs starting from initial concept to final manufacturing-ready output. Our approach focuses on functionality, reliability, and real-world industrial application.
Each design is created with deep consideration of manufacturing processes, material selection, and cost optimization. We ensure that every component can be practically produced without unnecessary complexity.
Our team performs detailed 3D modeling, assembly validation, and motion analysis to verify performance before manufacturing begins. All engineering drawings are prepared as per ASME Y14.5 standards, ensuring accurate dimensioning and tolerance control.
From small components to complete industrial machines, we transform ideas into production-ready engineering solutions.

We convert old hand sketches, 2D drawings, and legacy engineering data into accurate and structured digital CAD models.
This enables industries to modernize their design database and integrate with current manufacturing and ERP systems.
Our team ensures high precision and proper organization of design data for easy modification and future scalability.
We also upgrade outdated designs with improved manufacturability, clarity, and structured documentation.

We provide reverse engineering services to convert existing physical components or machines into accurate digital CAD models and detailed manufacturing drawings.
Each component is carefully analyzed and measured to recreate precise geometry and assembly relationships, ensuring complete understanding of the original system.
Beyond replication, we also optimize the design by improving performance, reducing cost, and simplifying manufacturing wherever possible.
This service is especially useful for obsolete parts, imported machines, or systems where original design data is not available.

We design robotic welding fixtures based on the specific task requirements provided by the client, ensuring precise positioning and repeatability during welding operations.
Complete fixture design is developed by considering clamping mechanisms, accessibility, and robotic arm movement for smooth and interference-free operation.
Our solutions focus on improving weld quality, reducing setup time, and ensuring consistent production output in automated environments.
From concept to detailed design, we take full responsibility for developing reliable and production-ready fixture systems.

We analyze existing machines and systems to identify performance limitations, inefficiencies, and improvement opportunities under actual working conditions.
Our approach focuses on simplifying mechanisms, reducing unnecessary components, and improving manufacturability for cost-effective production.
We also upgrade manually operated machines into semi-automatic or fully automatic systems, improving consistency, reducing labor dependency, and increasing overall production efficiency.
The result is an optimized and modernized system with improved performance, reduced downtime, and enhanced operational efficiency without the need for complete machine replacement.

We design pressure vessels, heat exchangers, and piping systems in accordance with recognized industry standards such as ASME, TEMA, and IBR.
Our work includes detailed engineering calculations, layout development, and complete fabrication drawings required for manufacturing and installation.
We ensure proper material selection, stress analysis, and strict compliance with applicable codes to guarantee safety, reliability, and long service life.
From individual equipment to complete plant piping systems, we deliver solutions that are fully compliant and ready for industrial execution.

We provide complete mold and die design solutions for various manufacturing processes, ensuring accuracy, durability, and production efficiency.
Our expertise includes injection molding dies, roto molding dies, investment casting dies, and pressure die casting designs tailored to specific product requirements.
Each design is developed with careful consideration of material behavior, manufacturing process constraints, cooling, gating, and ease of maintenance.
We focus on achieving high-quality output, longer tool life, and optimized production cycles through precise and well-engineered die designs.

We provide detailed engineering design calculations for individual components as well as complete assemblies based on functional and loading requirements.
Our calculations include strength analysis, load evaluation, factor of safety determination, and material selection to ensure safe and reliable performance.
We validate designs using analytical methods and engineering principles to meet real-world operating conditions and manufacturing constraints.
This service helps in optimizing design, reducing material usage, and ensuring compliance with required performance and safety standards before manufacturing.

We perform advanced Finite Element Analysis (FEA) to evaluate the performance and safety of components and structures under real operating conditions.
Our analysis includes static, dynamic, thermal, and vibration studies to identify potential failures and optimize design performance.
This helps in reducing material usage, improving reliability, and minimizing design risks before manufacturing.
FEA-driven design ensures that products meet required safety standards and perform efficiently in real-world applications.

Providing CAD Support To Your Idea !