Metal 3D Printer

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Printing materials:
Stainless steel, mold steel, high temperature alloy, etc.

Technical Specifications

ltem	Unit	Specifications
Model		JIC-SLM440
Build volume	mm	400400360 (with the basic plate)
Powder layer thickness	mm	0.02-0.12 (adjustable)
Powder laying options		One-way, two-way slow and two-way fast
Powder feeding method		Upside feeding
Beam quality		M2≤1.05
Scan speed	m/s	Max. 10
Scan system		Germany SCANLAB full sets
Laser system		Germany IPG laser, 500W*1/2/4
Print speed	cm³/h	25; 50; 100
Minimum oxygen content	ppm	≤100
Protective gas		Nitrogen, Argon
Operating environment	℃	22-28, humidity ≤ 40%
Power consumption	kW	≤ 20 (AC380V 3Ph/N/PE)
Machine dimensions	mm	320012002500
Gross weight	kg	About 2500
Printing materials		Stainless steel, mold steel, high temperature alloy, etc.

Midsole Shoe Mold (ETPU process)	Print Time (per pair)	Single Mold Outer Dimensions (L × W × H)
	16 hours/pair	316 14261 mm
	35 hours/pair	335 147 112mm

RB Shoe Mold	Print Time (per pair)	Single Mold Outer Dimensions (L × W × H)
	34 hours/pair	298 mm × 148 mm × 41 mm (The bottom is partially hollowed.)
	22 hours/pair	30513734 mm (The bottom is solid)

Note: Data based on JIC Machine test conditions. Actual results may vary depending on specific molds and processes used by customers.

Features

Open Parameters: Fully accessible process settings and databases let users customize process packages to match diverse production needs.

High Precision & Smooth Finish: Advanced equipment and processes deliver dimensional accuracy within ±0.05mm, ensuring clear patterns and superior surface quality for all types of shoe molds.

Exceptional Efficiency: Incorporates multi-layer printing, intelligent variable layer thickness (automatically adjusting layer thickness based on part geometry and production speed), shell removal printing (optimizing internal structures to boost efficiency and reduce material use), rapid double spreading (enabling simultaneous dual-layer powder spreading with dual laser heads), and intelligent scanning to significantly increase printing speed.

Versatile Processes: Adaptable for diverse shoe mold designs, including midsole molds (ETPU process) with breathable holes as small as 0.1mm. Specialized breathable steel mold processes enable full breathability without visible holes, while maintaining precise patterns and a smooth surface finish.

Excellent Cost-Performance Ratio: Built entirely with premium imported components for long-term stability and consistency, without cost-cutting simplifications. The machine uses widely compatible, affordable consumables for easy maintenance and reduced operating costs.