Autoabode — Industrial 3D Printers & UAV Manufacturer India

SINTER_X

SELECTIVE LASER SINTERING

INITIALIZE_SCROLL
HOVER_TO_REVEAL
SINTER_X [ENTRY]
UNIT_01

ENTRY

Open-material system for startups and SMEs. Prints Nylon, PA12, and TPU with zero supports.

buildVolume
200 x 200 x 250 mm
materials
PA12 (Nylon),PA11,TPU,Open material system
precision
±0.3mm accuracy
temperature
Build chamber up to 180°C
Initialize Config
HOVER_TO_REVEAL
SINTER_X [EDU]
UNIT_02

EDU

Research-grade precision. Full parameter control for material science experimentation.

buildVolume
250 x 250 x 300 mm
materials
All standard SLS polymers,Experimental materials,Custom powder development
precision
±0.2mm accuracy
temperature
Precise temperature control (0-200°C)
Initialize Config
HOVER_TO_REVEAL
SINTER_X [PROD]
UNIT_03

PROD

High-density nesting & rapid cooling. The continuous production engine for industrial manufacturing.

buildVolume
300 x 300 x 400 mm
materials
PA12,PA11,Glass-filled nylon,Flame-retardant polymers
precision
±0.25mm repeatability
temperature
Advanced thermal management
Initialize Config
HOVER_TO_REVEAL
SINTER_X [PRO]
UNIT_04

PRO

Industrial Selective Laser Sintering 3D Printer designed for high-performance functional parts with multi-material flexibility.

buildVolume
200 x 200 x 300 mm
materials
Nylon 11 (Black/White),Nylon 12 (White),TPU,Open Material System (Up to 2 new)
precision
120μm layer thickness | 0.6mm wall thickness | 1mm holes
temperature
Chamber up to 200°C with regulated infrared heaters
Initialize Config

/// MATERIAL_LIFECYCLE

01
ATMOSPHERE
NITROGEN PURGE
02
ENERGY
LASER SINTERING
03
RECOVERY
POWDER CAKE
04
RECYCLE
MIX & SIEVE
05
REUSE
PRINT AGAIN
01
ATMOSPHERE
NITROGEN PURGE
02
ENERGY
LASER SINTERING
03
RECOVERY
POWDER CAKE
04
RECYCLE
MIX & SIEVE
05
REUSE
PRINT AGAIN

SLS 3D Printing — FAQ

Everything you need to know about industrial SLS printing

What is SLS 3D printing?+

Selective Laser Sintering (SLS) fuses polymer powder — typically nylon — layer by layer using a high-power laser, producing strong, isotropic parts with no support structures needed. It's ideal for complex geometries and batch production.

How does SLS compare to FDM?+

SLS produces fully isotropic parts (equal strength in all directions), no visible layer lines, and no support structures — making it superior for functional, complex parts. FDM is better for large structural single-piece components.

What powders does SinterX Pro support?+

PA12, PA11, glass-filled PA12, carbon-filled nylon, TPU powder, and flame-retardant nylon. Custom powder formulation support is also available.

Is the SinterX Pro truly made in India?+

Yes — designed, engineered, and manufactured entirely in New Delhi by Autoabode. It is India's first and only domestically produced industrial SLS 3D printer.

Can SLS parts be used in defence and aerospace?+

Yes. SinterX Pro has been evaluated for DRDO applications including UAV structural parts, mission-critical housings, and field-deployable components that meet defence mechanical and thermal specifications.

NOT SURE WHICH
SYSTEM FITS?

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