Best
SLS 3D Printing Services in Chennai
3Ding's SLS 3D Printing Services
Looking for top-notch SLS 3D Printing Services? Look no further than 3Ding. We offer high-quality SLS 3D Printing at competitive prices, led by a team of skilled designers. As India's premier MaaS provider, we specialize in SLS 3D Printing, along with other services like Vacuum Casting, CNC Machining, and more. Contact us for a prompt quote.
Upload FilesHow Does SLS 3D Printing Works
SLS 3D Printing is an additive manufacturing process that employs a high-power laser to sinter microscopic particles of polymer powder into solid structures based on a 3D model at a cheap cost while maintaining high quality standards in Rapid 3D.
Printing
In SLS 3D Printing, a laser selectively sinters polymer powder particles, fusing them together and layer by layer producing an object. SLS 3D Printing materials are thermoplastic polymers that arrive in granular form.
Cooling
To achieve optimal mechanical characteristics and avoid warping in pieces, the build chambers must be slightly cooled down inside the print enclosure and then outside the printer after printing. This can take a considerable length of time.
Post Processing
The completed sections must be taken out of the build chamber, separated, and cleaned of superfluous powder. The powder can be recycled, and the printed pieces can be post-processed further via media blasting or media tumbling.
Why Choose 3Ding?
Working with industry leaders in on-demand manufacturing but without the busyness and risk.
Low Cost
3Ding has proven over time that we provide services to our customers at the most affordable prices. It took us years to finalize our cost-cutting initiatives for our customers.
Excellent Quality
3Ding offers high-quality services in the market. We are constantly striving to provide complete customer satisfaction by providing high-quality products.
High Precision
To bring you what you want, from precise cutting pieces to smooth finish edges, our engineers works very hard. We won't let you down.
Rapid Turnaround Time
Our engineers work around the clock to ensure that you get exactly what you want, from honed cutting parts to smooth finish edges. We will not disappoint you.
Advantages of SLS 3D Printing
- Batch printing is easy.
- No need for supports.
- Extremely detailed prints.
- Best for experimental use.
- Very fast 3D Printing.
- Robust 3D Printed parts.
- High dimensional accuracy.
- The cost of printing is comparatively Low.
Materials Used for SLS 3D Printing
SLS materials, including impact-resistant polymers and flame-retardant options, are widely used for automotive parts and enclosures. Choices like glass-filled materials for stiffness and fiber-reinforced plastic for rigidity are available. SLS also offers options for rubber-like flexible parts, ideal for applications like hoses and grip padding.
Polyamide 12 (PA 12)
Strong polyamide 12 thermoplastics capable of replacing typical injection moulded goods; offers food-grade, medical-grade, and flame-retardant variants.
Filled Nylon (PA)
These materials are designed with glass, aluminium, or mineral fibre fillers to provide a range of advanced features in terms of stiffness, temperature resistance, strength, and surface quality.
Polyamide 11 (PA 11)
Polyamide 11 thermoplastics with impact resistance that provide molded-part performance in demanding situations; perfect for snap-fits and living hinges with the ability to bounce back to their original shape.
Elastomeric Thermoplastics
Rubber-like flexibility with good memory, tear, and abrasion resistance for prototypes and production parts.
Castable Polystyrene
Excellent for sacrificial patterns for prototype metal castings and low to medium production runs without the need for tooling.
Characteristics of SLS 3D Printing
Materials
Thermoplastics (usually nylon)
Dimensional accuracy
± 0.2% (lower limit of ± 0.2 mm)
Typical build size
300 x 300 x 300mm (up to 750 x 550 x 550mm)
Common layer thickness
100–120 µm
Support
Not required
Applications Of SLS 3D Printing
SLS uses production-grade nylon materials to create parts that are as strong, useful, and long-lasting as those made using conventional manufacturing techniques. SLS's durability makes it an excellent technology for:
Rapid Manufacturing
- Aerospace Equipment.
- Hardware for UAS, UAV, UUV, and UGV.
- Healthcare and Medical.
- Connectors, packaging, and electronics.
- Border Security.
- Military Equipment.
Rapid Prototypes
- Prototypes with functioning proofs of concepts.
- Models for Design Evaluation (Form, Fit & Function).
- Product Testing & Performance.
- Verification of Engineering Designs.
- Models for Wind-Tunnel Tests.
Tooling and Patterns
- Quick Tooling (concept development & bridge tools).
- Inserts for injection moulds.
- Visual Aid for Tooling and Manufacturing Estimating.
- Patterns for investment casting.
- Jigs and Equipment.
- Sand casting foundry patterns.