SAHAS 3D Printing

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SAHAS 3D Printing We are a technology & innovation company that helps bring new ideas to life for organisations and design studios through cutting edge 3D Printing capability.

03/09/2026

Industrial 3D printing in full colour.

A hand painted prototype housing takes a finisher somewhere between four and eight hours, depending on the masking. That cost sits on every unit, and it is usually what makes small run colour work uneconomical.

Sailner’s platform deposits colour, translucency and surface texture during the build itself, at 21 micron layer resolution. The part comes off the bed finished.

Where that matters:

Consumer product development. Final colourways reviewed before tooling is committed. Three finish options in a week rather than one in a month.

Collectibles and licensed figures. Gradients, translucent hair and sheer fabric effects, with no paint line and no variance between units.

Heritage reproduction. Porcelain and ceramic surfaces where the decoration is part of the object rather than applied to it.

Textiles. Direct printing onto fabric, which allows structured surface work that cut and sew cannot produce.

Want to explore full colour 3D-printing?
Send us a geometry, and we will print it for you.
Connect with us at [email protected]

17/08/2026

Transparent prototypes are not just about how a part looks. They can change how engineers understand, validate and improve a product before moving to production.

With SLA 3D printing and transparent materials, manufacturers can create prototypes that allow them to evaluate:

• Internal channels and fluid flow
• Assembly and component fitment
• Internal mechanisms and moving parts
• Sealing and interfaces
• Optical and visual characteristics
• Complex internal geometries that are difficult to inspect in opaque materials

This makes transparent SLA especially valuable for applications where seeing inside the prototype is as important as evaluating the outside.

At SAHAS, we help companies identify where transparent 3D printing can add value to their product development and manufacturing process.

More importantly, we don’t believe customers should have to invest in a machine without first understanding what it can actually achieve.

Have a component or application that you want to evaluate in transparent material?

Send us your 3D model or application requirement.

Our team can help you assess the application and produce a transparent prototype so you can see the possibilities before making your machine investment.

[email protected]

Don’t just imagine what your prototype could look like.
Print it. See through it. Test it. Then scale it.

Over 1,000 3D-printed parts are already flying on every Airbus A350.From titanium structural brackets to lightweight cab...
07/08/2026

Over 1,000 3D-printed parts are already flying on every Airbus A350.

From titanium structural brackets to lightweight cabin fittings, additive manufacturing is now a real part of modern manufacturing at scale.

It enables lighter parts, complex geometries, stronger performance, and more efficient production. In aviation, every kilogram saved can contribute to fuel efficiency. But the potential of this technology goes far beyond aerospace.

From automotive and industrial equipment to healthcare, tooling, and advanced engineering, metal 3D printing is helping businesses build parts that traditional methods often struggle to produce.

Need to build parts like this?

SAHAS can help you identify the right metal 3D printing technology for lightweight parts, complex geometries, and demanding engineering applications across industries.

Connect with us at [email protected]

How do you reduce the weight of a critical automotive component without compromising strength?Bugatti used 3D-printed ti...
30/07/2026

How do you reduce the weight of a critical automotive component without compromising strength?

Bugatti used 3D-printed titanium to create a brake caliper weighing just 2.9 kg, compared with 4.9 kg for the original aluminium version.

The advantage comes from more than the material. Metal 3D Printing enables complex, lightweight geometries that would be difficult to manufacture using conventional methods.

Need to build high-strength metal parts with complex geometries?
We help you explore the right DMLS 3D printer for your application.
Speak to our experts.

Lost the drawing. Not the opportunity.Every foundry has faced it:* A customer sends a broken part.* The original CAD fil...
23/07/2026

Lost the drawing. Not the opportunity.

Every foundry has faced it:

* A customer sends a broken part.
* The original CAD file doesn’t exist.
* Manual measurements take days.
* Production gets delayed.

With industrial 3D scanning, you can capture complex geometries in minutes and convert them into manufacturing-ready digital models.

What can you do?

* Recreate obsolete cast components.
* Repair and redesign existing parts.
* Inspect dimensional deviations.
* Manufacture replacement tooling.
* Reduce lead times significantly.

Industries

Automotive | Foundry | Heavy Engineering | Aerospace | Oil & Gas | Industrial Equipment

From physical part to digital twin accurately and quickly.

3D printing is changing how drones get built.It’s not just about printing a part. it’s about combining advanced design s...
16/07/2026

3D printing is changing how drones get built.

It’s not just about printing a part. it’s about combining advanced design software with additive manufacturing technologies to unlock geometries and performance that conventional manufacturing simply can’t achieve.

Lighter frames. Material sits only where strength is needed, which means longer flight times and more payload.

Stronger parts. Load-optimised shapes that can’t be cut or moulded get printed in one piece, so there are no weak joints or fasteners.

Faster iteration. A new design goes from screen to physical part in hours, so testing and improvement move quickly.

Lower barrier to small batches. Without moulds or dies to build first, custom and low-volume drones actually become viable.

The result: drones that fly longer, carry more, and reach the field faster.

By integrating technologies such as Generative Design, DfAM, SLS, DMLS and CCF printing, manufacturers can build drone platforms that are lighter, stronger and faster to develop.

SAHAS

Stop Waiting Weeks for Custom Tooling.A production jig doesn’t always need to be machined from metal.For many assembly, ...
09/07/2026

Stop Waiting Weeks for Custom Tooling.

A production jig doesn’t always need to be machined from metal.

For many assembly, inspection, positioning and low-load manufacturing applications, a 3D printed jig can deliver the same function in a fraction of the time.

Why manufacturers are switching to additive tooling:

✔ Faster lead times – Produce custom jigs in hours or a few days instead of waiting weeks for outsourced machining.

✔ Lower tooling costs – Additive manufacturing reduces material waste and eliminates much of the machining and setup required for one-off or low-volume tools.

✔ Design freedom – Lightweight, ergonomic designs and complex geometries can be produced without increasing manufacturing complexity.

✔ Digital inventory – Store the CAD file, not shelves full of tooling. Reprint only when required.

When is a 3D printed jig the right choice?

* Assembly fixtures
* Inspection gauges
* Positioning and alignment tools
* End-of-arm tooling
* Low to medium load production aids

For applications involving high wear, high temperatures, or heavy machining forces, machined metal tooling may still be the better solution. The right manufacturing method depends on the application.

At SAHAS, we help manufacturers choose the right tooling solution—not just the fastest one.

Design. Print. Validate. Repeat.

Industrial3DPrinting Tooling Engineering

Part consolidation is one of the most practical benefits of 3D printing.Instead of manufacturing several separate compon...
02/07/2026

Part consolidation is one of the most practical benefits of 3D printing.

Instead of manufacturing several separate components and joining them later, 3D printing allows multiple functions to be combined into one optimised part.

The result is simple but powerful:
Fewer joints
Simpler assembly
Reduced failure points
Better design freedom
Improved manufacturing efficiency

At SAHAS, we help companies explore how 3D printing can improve product design, simplify manufacturing, and solve complex production challenges.

To explore a 3D printing application for your business, contact [email protected]

How can the same part become lighter, without losing the strength it needs?That is where 3D printing changes the way par...
25/06/2026

How can the same part become lighter, without losing the strength it needs?

That is where 3D printing changes the way parts are designed.

Instead of making a component completely solid, 3D printing can create smart internal lattice structures. These reduce weight while keeping material and strength exactly where they are needed most.

Less unnecessary material. Better efficiency. Strong performance.

That is what makes 3D printing so powerful for modern engineering and manufacturing.

Want to explore how 3D Printing can help you create lighter, stronger, and more efficient parts?
Sahas has been helping businesses with 3D printing machines, materials, scanning, and industrial 3D printing services for 14 years.

Contact: [email protected]
www.sahassoftech.com

20/03/2026

Scanning black or reflective parts usually comes with extra steps. Most teams end up using sprays or doing some kind of surface prep just to get stable data.

With EINSTAR Rockit, that part of the process is largely removed. The markerless laser mode is able to capture clean and stable geometry directly on these surfaces, without interrupting the workflow.

It makes the entire scanning process simpler and far more consistent.

If you are working with challenging surfaces and want to evaluate whether this approach fits your use case, we can walk you through it.

📩 [email protected]
📞 +91 86570 41357

Address

Unit No. 112/114, 1st Floor, Vijay Print Building No. V1, Mehra Industrial Compound, Andheri Kurla Road
Sakinaka
400072

Opening Hours

Monday 9:30am - 7:30pm
Tuesday 9:30am - 7:30pm
Wednesday 9:30am - 7:30pm
Thursday 9:30am - 7:30pm
Friday 9:30am - 7:30pm
Saturday 9:30am - 6pm

Telephone

+918657041357

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