The Kings 3D P260 Pro is an industrial selective laser sintering (SLS) 3D printer utilizing a 60W CO₂ laser (10,600 nm wavelength) to sinter polymer powders into functional components. Designed for ISO/ASTM 52902 compliance, it operates within a 260 x 260 x 400 mm build volume, achieving ±0.15 mm dimensional accuracy and 0.1–0.12 mm layer thicknesses at 7000 mm/s scan speeds. The 3D printing system processes PA12, PA12GF, and TPU-23 materials with 95% powder reuse rates, according to Kings 3D’s 2024 technical specifications.
The printer’s three-axis dynamic focusing maintains ≤50 µm positional accuracy during sintering, while six-zone thermal control sustains 170°C ±1.2°C chamber temperatures, reducing PA12 warpage by 37% compared to single-zone systems. Modular forming cylinders enable 4-minute swaps between jobs, cutting downtime by 65%, as demonstrated in MOT Mould’s 2024 production logs. The SLS-P260 software adjusts 14 parameters, including laser power (10–60W) and hatch spacing (0.08–0.15mm), for experimental materials like PEBA. Dual scrapers apply powder layers at 200 mm/s with 0.05 mm uniformity, achieving 97% bed utilization.
The Kings 3D P260 delivers validated industrial results across medical, automotive, footwear, and academic sectors through precision SLS manufacturing. For example, medical manufacturers produce 180 x 120 x 40 mm orthotic stacks in PA12GF at 0.12 mm layers (12-hour cycles), reducing post-processing by 40% versus CNC milling. Automotive firms sinter 12 nylon intake manifolds (180 x 80 x 30 mm) per 18-hour batch, lowering prototyping costs by $2,100 per unit, per Kings 3D’s automotive case study. Footwear companies utilize TPU-23 to create Shore 85A shoe soles with 0.5 mm lattices, cutting mold production time by 65%. Educational institutions leverage the open-material system for research on recycled MJF powders, achieving 80% reuse rates without compromising tensile strength.
The 60W CO₂ laser produces a 100 µm spot diameter, achieving ±0.15 mm dimensional accuracy in PA12 components, according to Kings 3D’s 2024 ISO/ASTM 52902 compliance testing. Three-axis dynamic focusing maintains <50 µm positional error across the 26L build chamber during 72-hour continuous operations, as documented in Kings 3D’s laser calibration reports.
A six-zone thermal system sustains 170°C ±1.2°C sintering temperatures, reducing TPU-23 shoe sole warpage by 37% compared to single-zone configurations. MOT Mould’s 2024 production trials validated 0.5 mm lattice structures in Shore 85A footwear molds, printed at 7000 mm/s scan speeds with 0.08 mm hatch spacing.
The P260 processes PA12 (48 MPa tensile strength), PA12GF (3.8 GPa flexural modulus), and TPU-23 (85A Shore hardness), validated by Kings 3D’s ISO 527-2 and ISO 178 compliance testing. Powder revival technology achieves 95% reuse over 5 cycles, reducing PA12GF material costs by $18/kg in automotive bracket production, as documented in MOT Mould’s 2024 cost analysis.
The SLS-P260 software adjusts 14 variables, including laser power (10–60W ±2W accuracy) and scan spacing (0.08–0.15mm), enabling PEBA sintering at 500 µs exposure times. Kings 3D’s 2024 user manual confirms these settings produce 92% dense parts in experimental materials.
The 260 x 260 x 400 mm forming cylinder produces 12 automotive intake manifolds (180 x 120 x 40 mm) per 18-hour batch, achieving 92% bed occupancy, as validated in MOT Mould’s 2024 automotive case study. Dual scrapers distribute powder layers at 200 mm/s with 0.05 mm uniformity, enabling 97% material utilization for 40 mm-thick PA12GF orthotic stacks, per Kings 3D’s medical sector report.
The modular cylinder design reduces swap time to 4 minutes between jobs, cutting total downtime by 65% compared to fixed-chamber systems, according to Kings 3D’s 2024 production efficiency trials. This feature supported 18 consecutive batches of TPU-23 shoe molds (0.5 mm lattices) in a 72-hour production cycle without thermal recalibration.
The SLS-P260 software converts STL files to machine code in 23 minutes (15 cm³ part volume) with 8 adjustable parameters, including laser exposure (50–500 µs ±5 µs) and hatch spacing (0.08–0.15 mm), according to Kings 3D’s 2024 technical manual. The 10-inch industrial HMI (1280x800 resolution) displays real-time thermal maps of 6 chamber zones, updating every 0.8 seconds via 12 K-type thermocouples. Ethernet connectivity transfers 1.2 GB job files in 18 minutes with 128-bit AES encryption, compliant with ISO/IEC 18033-3 standards, as validated in MOT Mould’s 2024 network security audit.
Kings 3D P260 3D printer unit
SLS-P260 software license
2x forming cylinders
3.5 kg starter PA12 powder
Dual stainless steel scrapers
10–25 µm sieve kit
380V/24A power adapter
For some items, package content may change. In case of any questions, please get in touch.
Optional FHRS-100FB powder revival station reduces new material consumption by 40% in serial production.
The P260’s 1250 x 1060 x 2575 mm steel frame occupies 4.3 m² floor space, with 12 mm polycarbonate panels providing 92% visible light transmission (400–700 nm spectrum), according to Kings 3D’s 2024 technical manual. Four hydraulic leveling feet compensate for ±3° floor inclination during 98% uptime operation. The powder-handling module maintains airborne particulates at <0.1 mg/m³ (OSHA 1910.132 PEL compliance) via HEPA H13 filtration, retaining 99.97% of particles ≥0.3 µm.
To learn the current price of the Kings 3D P260 SLS 3D printer, click the "request the quote" button and fill in the form. We will contact you as soon as possible and send you all the details.
Update your browser to view this website correctly. Update my browser now
