HEXSPUR DESIGNS

We bring strong engineering knowledge into 3D printing by selecting the right materials and printing strategies based on actual application requirements.
Our approach involves understanding load conditions, environmental factors, and functional requirements to choose suitable materials such as strength-oriented, flexible, or temperature-resistant options.
We optimize the complete printing setup including layer orientation, infill structure, support strategy, and print parameters to achieve the desired performance and surface quality.
Based on the use case, we determine whether the part should be optimized for prototyping, functional use, or production, ensuring the best balance between strength, accuracy, and cost.

We offer a range of 3D printing materials selected based on application requirements, ensuring the right balance between strength, durability, flexibility, and surface finish.
PLA is commonly used for prototyping and visual models due to its ease of printing and good surface quality, making it suitable for concept validation and presentation purposes.
PETG and ABS are used for functional applications where strength, durability, and temperature resistance are required, making them ideal for machine components, enclosures, and industrial parts.
TPU is used for flexible applications where elasticity, impact resistance, and vibration absorption are important, such as seals, gaskets, and shock-absorbing components.

Our 3D printing cost is determined based on factors such as material selection, part size, print time, and complexity of the design.
We optimize print parameters including layer height, infill density, and orientation to achieve the best balance between strength, quality, and cost efficiency.
For functional parts, we focus on durability and performance, while for prototypes and display models, we optimize for speed and surface finish.
This approach ensures that clients receive the most efficient and cost-effective solution based on their specific application requirements.

We provide single-part 3D printing services for rapid prototyping, helping clients quickly convert their design ideas into physical models.
This allows evaluation of form, fit, and functionality before moving to actual production, reducing design errors and development time.
Our process ensures good dimensional accuracy and surface finish suitable for testing and presentation.
Ideal for product development, concept validation, and design iterations.

We develop detailed 3D printed models of machines and plant systems for exhibition, presentation, and marketing purposes.
Our approach focuses on simplifying mechanisms, reducing unnecessary components, and improving manufacturability for cost-effective production.
Designed with focus on clarity and aesthetics, they are highly effective for client presentations and technical demonstrations.
Suitable for industrial exhibitions, project presentations, and educational displays.

We create working 3D printed models that demonstrate actual movement and mechanical functionality of machines.
These models are designed to simulate real-world operations, helping in better understanding of mechanisms and processes.
Special attention is given to assembly, motion clearance, and durability of moving components.
Ideal for educational purposes, demonstrations, and concept validation of mechanical systems.

We manufacture functional 3D printed parts designed for real-world industrial applications and performance.
Components such as timing pulleys, gears, sensor brackets, circuite enclosures and gearbox parts are developed based on load and usage requirements.
Material selection and print parameters are optimized to ensure strength, durability, and dimensional accuracy.
Suitable for machine components, replacement parts, and customized industrial applications.

We develop educational models and demonstration parts for training institutes and technical learning environments.
These models help in better understanding of engineering concepts, mechanisms, and assemblies.
Custom models can be created based on specific teaching requirements.
Ideal for colleges, training centers, and technical presentations.

We support complete custom product development by combining design and 3D printing capabilities.
From concept to final product, we help in developing unique components tailored to specific applications.
This includes design refinement, prototyping, and final production support.
Ideal for startups, innovators, and custom industrial requirements.

Providing CAD Support To Your Idea !