Trusted Expertise
With industry expertise since 2018, we guide businesses in selecting the right SLS printers for specific industrial and prototyping needs.
Buy SLS 3D Printers for Industrial Prototypes in Bangalore
SLS 3D Printing Machines for Prototypes & Parts in Bangalore
At Design Roots, we provide sales and setup of SLS 3D printers for businesses. SLS (Selective Laser Sintering) 3D printing is excellent for high-strength applications, especially with nylon and thermoplastic materials.
It enables the production of snap fits and living hinges in functional, single-piece assemblies. Snap fits allow quick assembly with integrated hooks and slots, while living hinges provide flexible sections designed for repeated use.
For maximum durability, hinges should be longer, thicker, and can be further strengthened with post-printing annealing. SLS printing also offers temperature resistance, making parts suitable for outdoor use in direct sunlight, as well as applications like drones and custom automotive styling components.
SLS 3D Printers
Kings P260 Pro SLS 3D Printer
External Dimensions (L*W*H): 1260 mm*1060 mm*2130 mm Build Cylinder Size (L*W*H): 260 mm*260 mm*400 mm
Kings P440 Pro SLS 3D Printer
External Dimensions (L*W*H): 1775 mm*1315 mm*2095 mm Build Cylinder Size (L*W*H): 440 mm*440 mm*450 mm
Trusted SLS 3D Printer Supplier for Industrial Prototyping
Design Roots is a trusted SLS 3D printer supplier in Bangalore and a certified distributor of Kings 3D printers in India. We provide industrial-grade SLS systems capable of handling the toughest applications.
Our printers process high-quality nylon powders under precision lasers, fusing layers with strength and accuracy, and require no support structures, enabling the creation of intricate geometries and functional prototypes.
Every system features advanced thermal control, consistent powder handling, and intelligent laser management, ensuring dimensional precision and surface quality even under high production demands.
Our SLS solutions are ideal for industries requiring durable, lightweight, and highly detailed components, including automotive, healthcare, and consumer products.
With Design Roots, businesses gain reliable equipment supporting rapid prototyping, low-volume manufacturing, and end-use part production with consistent quality and performance.
Advantages
Advantages of SLS 3D Printers for Industrial Prototyping
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Printing Efficiency: Produce high-quality prototypes using the best materials and making the most of speed and production without losing precision.
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Design Freedom: Design more complex geometries and interlocking components without support structures needed, making it possible to make real innovations in product development.
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Material Strength: Make strong, functional components that have superior mechanical characteristics such that they can be used in both prototyping and final use.
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Surface Quality: Achieve low-level, finely detailed finishes that minimize the use of post-processing to achieve the desired prototyping as well as final products.
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Scalability: Easily upgrade small-scale production runs to larger-scale production runs, and vice versa, with consistent results across volumes.
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Cost-Effectiveness: Cut material waste and decrease the cost of production through reusing unsintered powder and make the process economical without compromising the quality.
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Quick Impact: Accelerate design cycles through the rapid processing of multiple iterations, which allows you to test more quickly, get feedback, and be ready to enter the market.
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Applications across Diverse Markets: Serve a broad spectrum of industries, such as automotive, aerospace, healthcare and consumer products, with parts that are tailored to meet specific needs.
SLS 3D Printers
Top Reasons to Invest in High-Performance SLS 3D Printers
01
Wide Material Options
SLS printers are compatible with numerous powders, such as nylon, glass-filled, carbon-filled, and flexible polymers, allowing engineers to optimize material properties for specific applications.
02
Industrial-Grade Strength
Components manufactured are strong and wear-resistant, suitable for functional testing and end-use applications, making SLS ideal for aerospace, automotive, and medical industries.
03
Supports-Free Printing for Intricate Parts
The powder itself serves as support during printing, allowing highly complex shapes and geometries to be created without extra supports or post-processing issues.
High-Performance Machines
Our SLS printers deliver reliable output with superior strength, precision, and repeatability, ensuring every prototype or part meets demanding standards.
Wide Material Compatibility
We provide systems that support versatile powders, enabling production of durable, flexible, or specialty parts across diverse industrial applications.
Scalable Solutions
Whether you need rapid prototyping or small-batch production, our printers are optimized for efficiency and consistent results at any scale.
End-to-End Support
From installation and training to maintenance, we ensure seamless adoption of SLS technology, helping teams maximize machine performance confidently.
Proven Reliability
Our reputation as a dependable supplier comes from consistent delivery of high-quality printers and solutions tailored to each client’s requirements.
Why Choose us?
Why Choose Design Roots for SLS 3D Printers in Bangalore?
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Buy High-Precision SLS 3D Printing Machines in Bangalore
Experience unmatched accuracy, durability, and efficiency with Design Roots SLS 3D printers. Improve prototyping and production with expert guidance and reliable, industry-grade equipment.
Printer Parameters
High-Performance SLS 3D Printers for Industrial Applications
| Specification | Values |
|---|---|
| Laser Type | CO₂ laser |
| Laser Wavelength | 10.6 µm |
| Build Volume | 200 × 200 × 300 mm to 700 × 380 × 580 mm (varies by model) |
| Layer Thickness | 0.06 mm – 0.2 mm |
| Scanning Speed | Up to 12.5 m/s |
| Beam Spot Size | 0.12 mm – 0.45 mm adjustable |
| Material Options | Nylon 11, Nylon 12, glass-filled nylon, carbon-filled composites, TPU, specialty powders |
| Powder Handling | Automated powder feeding and recycling system for efficient material use |
| Build Chamber Temperature | Up to 190°C depending on material |
| Electrical Requirement | 200-240 VAC, 50/60 Hz, single-phase or three-phase (model-specific) |
| Relative Humidity | 40% non-condensing recommended |
| Software | Advanced slicing and nesting software for optimized batch production |
Applications
SLS 3d Printing Applications To Various Industries
The technology has been extensively applied in the manufacturing of sophisticated geometries with strong and durable prototypes and functional parts; it is very useful in the manufacturing industry.
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In the manufacturing and development of strong plastic component parts in consumer goods and industrial equipment to guarantee dependability and endurance.
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Widely applicable in aerospace and automobile applications of light but high-strength components, allowing improved fuel efficiency and shorter manufacturing lead times.
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Allows the development of medical models, prosthetics, and personalized implants using biocompatible materials, which enhance patient-specific treatment and precision in surgery.
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SLS enables architects and engineers to develop powerful detailed scale models and structural prototypes to improve visualization and design validation.
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Very well adapted to the fabrication of tailored housings, jigs and fixtures in electronic and machinery applications, making sure of a specific fit and quality results.
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Facilitates small-run and fast prototyping of sports equipment, work footwear and industry tools to lower costs and accelerate product development.
FAQ
Common Questions About SLS 3D Printers in Bangalore
SLS printers employ an assortment of powders, such as nylon, carbon-filled, glass-filled, TPU, and specialty materials for functional parts of high strength.
No. The powder will automatically hold the part during printing; the complex geometries are achieved without the support or post-processing.
Yes. SLS components are impact-resistant, very durable, and suitable in prototypes, industrial components and end-use components.
Yes. SLS allows printing in batches and it is not expensive to nest multiple parts in the build chamber to conserve time and money.
SLS offers high dimensional precision, a high level of detail, and reproducible results and is suitable for engineering-level prototypes and functional components.
SLS finds extensive use in hard, accurate, and intricate parts in automotive, aerospace, healthcare, consumer electronics and industrial manufacturing.
Design Roots includes installation, training, and servicing in their composite solutions to enable the optimum functionality of the printers and long life.
