Additive Manufacturing & Custom 3D Printing Hyderabad
Additive Manufacturing (AM) commonly known as 3D printing is a process that builds three-dimensional objects by adding material layer by layer directly from a 3D digital design file.
Turn your designs into physical parts . From early-stage prototypes to functional components and small-batch production, we help you manufacture custom parts based on your requirements.
Choose the process that works best for you.
FDM
(Fused deposition modelling)
Visible layer lines, low fine-detail
Accuracy : ± 0.2mm
Delivery : < 1 day
DLP
(Digital light processing)
Fine details (jewelry, dental)
Accuracy : ± 0.2%
Delivery : 2-3 days
SLA
(Stereolithography)
Smooth finish
Accuracy :± 0.2%
Delivery : 3-5 days
Fused Deposition Modeling (FDM)
FDM (Fused Deposition Modeling) is a 3D printing process in which a thermoplastic filament is heated and deposited layer by layer to create a three-dimensional part.
The result is a physical component made directly from a digital design, without the need for molds or dedicated tooling.
Best For : Cost-effective functional testing, durable mechanical housing, jigs, fixtures, Low-volume production, Functional prototypes.
MATERIALS
PLA
Good surface finish and dimensional consistency.
Not ideal for high-temperature environments
PETG
Better impact resistance and flexibility than typical PLA.
Functional prototypes, protective covers, snap-fit components
ABS
Good toughness and suitable for functional engineering parts
End-use functional parts, automotive components, electronics housings.
Important : FDM parts are built layer by layer, so their strength can vary depending on print orientation, material, infill and design. They may also show visible layer lines.
Digital Light Processing (DLP)
DLP is a light-curing 3D printing process closely related to SLA. Instead of using a laser to trace a part layer by layer, DLP uses a digital projector screen to flash a complete 2D image of an entire layer all at once across the vat of liquid resin. Once a layer cures, the platform moves up, and the projector flashes the next full layer image.
Best For: Rapid production of highly complex, small parts with crisp vertical fine details
Why Use DLP?
Fast Print Speeds: Flashing entire layers simultaneously means print time depends only on height, not on the quantity or complexity of parts on the build plate.High Detail & Fine Accuracy: Digital micro-mirrors provide crisp edge resolution and fine surface details ideal for small, intricate components.
Isotropic Strength: Like SLA, parts cure via chemical bonding, resulting in equal strength across all directions (X, Y, Z).
Materials : Photo-polymer resins
Stereolithography (SLA)
Unlike FDM—which melts and squeezes plastic filament through a nozzle—SLA uses photo-polymerization, meaning light chemically bonds the liquid resin into a solid. This optical curing process is what allows SLA to achieve exceptionally smooth surfaces, sharp details, and fine geometric features that look and feel like injection-molded parts.
Materials : Photo-polymer resins
What you can Make with Additive Manufacturing
Custom components & Small-Batch Parts
Replacement Parts & Machine Components
Prototypes & Product Models
Brackets, Covers, Jigs, and Fixtures
Customized Commercial Products
Electronic Enclosures
Why Choose Additive Manufacturing & 3D Printing?
1. Complete Design Freedom
2. Accelerated Speed to Market
3. Cost Efficiency for Low to Medium Volumes
4. Parts without expensive moulds
5. Supply Chain Flexibility & Reduced Waste
Our Core Additive Manufacturing Services
Custom 3D Printing
We make customized 3D printed parts based on your design or requirements. You can provide a 3D file, drawing, photo, sketch, or physical part, and we utilize additive manufacturing to turn it into a finished, functional component.
CAD Design & Engineering
Don’t have a 3D drawing? No problem. Share your idea, sketch, drawing, photo, or sample, and we can create a validated 3D CAD model optimized perfectly for the additive manufacturing process.
Customized Parts On-Demand
Need a part that is difficult to find or not available in the market? We can help create a customized engineering solution using advanced additive manufacturing workflows based on your exact requirements.
Frequently Asked Questions (FAQ)
Standard rapid prototyping timelines range between 24 to 72 hours, depending directly on the component’s geometry, chosen technology (SLA/DLP/FDM), and material requirements.
Yes. Through our advanced Reverse Engineering services, you can ship or drop off the physical broken part at our Hyderabad facility. We will accurately extract its dimensions, generate a clean digital CAD file, correct structural vulnerabilities, and manufacture a brand-new component.
Yes. While additive manufacturing is optimal for rapid prototyping and low-volume production, we also seamlessly integrate with vacuum casting and custom Silicon Moulds to scale production efficiently to larger batch quantities.
Yes, we provide metal inserts for 3d printed parts based on the requirement
we do provide CAD design services you can get 3d printed part even if you do not have a model.
Don’t worry we take care of that part.