Products – i3D

EP-M150

The EP-M150 is a compact SLM metal 3D printer, that offers a perfect synergy of affordability, stability and high consistency.

The build chamber is 150x150x120mm, and features a customizable height. Automated process parameter verification and optimized gas flow system guarantees the consistent parts quality and stable production, which reaches almost 100% density and extremely high accuracy and final part geometry. The EP-M150 also features a relatively compact design, is low maintenance and perfected suited for use is a wide range of industries including aeronautics, tooling and molding, medical, automotive and other high-end applications.

EP-M150 VARIANTS

EP-M150T Dental Metal 3D Printer: Features 150mm x 150mm x 80mm build size, one-click print and and fast production speed. Professionally print dental metal crowns, bridges, brackets with improved powder feeding and sieving system enables a high material utilization rate, which is more than 550 crowns printed only by 1kg powder Optimized chamber structure and excellent sealing properties minimize gas consumption <0.2L/min(printing period is 0.3±0.1MPa).

EP-M150Pro: Features a 150mm x 150mm x 240mm build size, and adopts the patented MPBF™(Metal Powder Bed Fusion)to produce high performance, high accuracy and high details parts. The EP-M150Pro available in optional single/dual laser system, and 200/500W laser source configurations for different production requirements. Available materials include aluminum alloys, titanium alloys, Inconel alloys, maraging steel, stainless steels, CoCr, copper alloys and more...

First Class Results

Creates high density, high-integrity components thanks to unique scanning path and inert gas chamber
High precision print quality for final product (thin layer-thickness)
Adjustable print quality and strength for draft design
Efficient prints (intelligent powder coating method and rapid scanning speed)
Highly stable platform enables over 200 hours of continuous operation
Wide range of applications including: aerospace, biomedical, automotive, engineering, R&D, jewelry, industry, injection molding and resource development

Highly Practical

Create components using a diverse range of metal powders including: stainless steel, high temperature nickel base alloy, maraging steel, titanium alloy, cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy and tungsten alloy
Open source (will support metal powders from any supplier)
Touchscreen control console offers full visualization for user-friendly operation
Printing process can be monitored, controlled and diagnosed from a cellphone or laptop
Multiple built-in safety systems
Eplus control software allows use of 3rd party .stl processing software like NETFABB and Materialize Magics

Low Cost Operation

Over 90% material utilization rate
Total power consumption as low as 1kW
Low gas usage (automatic flow control and circulation filtration of inert gas)


User Experience	Commercial/Academic
Manufacturer/Model	Shining3D	E150
Type	Selective Laser Melting

Build Volume	2.7 litres
Build Dimensions	150mm x 150 mm x 120mm	5.9" x 5.9" x 4.7"

Laser Power	Single 200W/500W Fiber laser	Dual-2*200W (Available)
Scan Speed	8 meters/second
Spot size	40-60 µm
Layer Thickness	20-100 µm
Build Accuracy	±0.08% x L(L≥100mm) ±0.08mm x L (L≤100mm)
Max Build Speed	12 cm³/hr (single laser system)	Dual laser available

Scanning	High precision galvanometer
Gas Chamber Composition	Nitrogen, Argon ≤100 ppm Oxygen content
Materials	Titanium Alloy, Aluminum Alloy, Nickel Alloy, Maraging Steel, Stainless Steel, Cobalt Chrome, Copper Alloy, many more.

Control Software and Input	EPlus 3D Printing Software
Data Format	*.stl or other compatible file
Power Requirement	220V, 12A 50-60Hz, 3.5KW
Outside Dimensions	1750mm x 750mm x 1900mm	68.75" x 29.5" x 78.75"
Machine Weight	900kg	1,984lbs

EP-M250

The EP-M250 is a mid-range sized SLM metal 3D printer, that offers a perfect synergy of affordability, stability and high consistency.

The build chamber is 262x262x370mm. Automated process parameter verification and optimized gas flow system guarantees the consistent parts quality and stable production, which reaches almost 100% density and extremely high accuracy and final part geometry. The EP-M250 also features a relatively compact design, is low maintenance and perfected suited for use is a wide range of industries including aeronautics, tooling and molding, medical, automotive and other high-end applications.

EP-M250 VARIANTS

The EP-M250Pro: is a dual-laser equipped metal 3D printer that uses advanced MPBF™(Metal Powder Bed Fusion) technology for metal additive manufacturing with high productivity and high consistency. Machine building chamber size is 262x262x370mm. The Innovative module design not only ensures the stability and safety of the machine operation, but also help our customer with easy maintenance and transportation.

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First Class Results

Creates high density, high-integrity components thanks to unique scanning path and inert gas chamber
High precision print quality for final product (thin layer-thickness)
Adjustable print quality and strength for draft design
Efficient prints (intelligent powder coating method and rapid scanning speed)
Highly stable platform enables over 200 hours of continuous operation
Wide range of applications including: aerospace, biomedical, automotive, engineering, R&D, jewelry, industry, injection molding and resource development

Highly Practical

Create components using a diverse range of metal powders including: stainless steel, high temperature nickel base alloy, maraging steel, titanium alloy, cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy and tungsten alloy
Open source (will support metal powders from any supplier)
Touchscreen control console offers full visualization for user-friendly operation
Printing process can be monitored, controlled and diagnosed from a cellphone or laptop
Multiple built-in safety systems
Eplus control software allows use of 3rd party .stl processing software like NETFABB and Materialize Magics

Low Cost Operation

Over 90% material utilization rate
Total power consumption as low as 1kW
Low gas usage (automatic flow control and circulation filtration of inert gas)


User Experience	Commercial/Academic
Manufacturer/Model	Shining3D	E250
Type	Selective Laser Melting

Build Volume	24 litres
Build Dimensions	262mm x 262 mm x 350mm	10.3" x 10.3" x 13.7"

Laser Power	500W Fiber laser	Single and Dual laser available
Scan Speed	8 meters/second
Spot size	70 µm
Layer Thickness	20-100 µm
Build Accuracy	±0.08% x L(L≥100mm) ±0.08mm x L (L≤100mm)
Max Build Speed	15-35 cm³/hr (single laser system)	25-55 cm³/hr (dual laser system)

Scanning	High precision galvanometer
Gas Chamber Composition	Nitrogen, Argon ≤100 ppm Oxygen content
Materials	Titanium Alloy, Aluminum Alloy, Nickel Alloy, Maraging Steel, Stainless Steel, Cobalt Chrome, Copper Alloy, many more.
Platform Heating System	Optional Heating platform - heats to 200 degrees Celsius

Control Software and Input	EPlus 3D Printing Software
Data Format	*.stl or other compatible file
Power Requirement	380V, 20A, 50/60Hz, 14KW
Outside Dimensions	3500mm x1300mm x2300mm	137.75" x 51.1" x 90.5"
Machine Weight	1700kg	3,747lbs

EP-M450

Boasting a build volume of 455mm x 455mm x500mm, the EP-M450 couples the high output requirements of large build volumes with high performance and high accuracy, and is an excellent addition to the successful line of MPBF™ 3D printers. The complete open system makes EP-M450 a very powerful tool for larger scale production for users seeking to produce using a wide range of metal powders like titanium, aluminum, nickel alloys and stainless steel, etc

The EP-M450 features:

Superior software and design helps users reach a printed parts' density > 99.9 %
The optimized gas flow design ensures efficient removal of smoke and splashes to enhance uniform full size printing.
Dynamic software with ability to divide the model into different sections like upper and lower surfaces, core areas and small areas etc. Different process parameters can be applied individually to these parts for high printed part quality.
Repeatable positional accuracy along Z-axis of building direction ≤±5 μm.
Overlapping deviation with dual laser printing ≤±0.1 mm. Overall mechanical properties of the printed part remains same when compared to printing results with the single laser machine.
Blow back enabled coarse and fine filtration system ensures prolonged lifetime of filter over 1000 hrs.
Highly user friendly software interface and one-click printing technology simplifies the print process.
Reduced gas consumption during printing ≤6 L/min helps reducing operation cost.
Traceable print records after every print and real-time display of readings for various sensors.

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First Class Results

Creates high density, high-integrity components thanks to unique scanning path and inert gas chamber
High precision print quality for final product (thin layer-thickness)
Adjustable print quality and strength for draft design
Efficient prints (intelligent powder coating method and rapid scanning speed)
Highly stable platform enables over 200 hours of continuous operation
Wide range of applications including: aerospace, biomedical, automotive, engineering, R&D, jewelry, industry, injection molding and resource development

Highly Practical

Create components using a diverse range of metal powders including: stainless steel, high temperature nickel base alloy, maraging steel, titanium alloy, cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy and tungsten alloy
Open source (will support metal powders from any supplier)
Touchscreen control console offers full visualization for user-friendly operation
Printing process can be monitored, controlled and diagnosed from a cellphone or laptop
Multiple built-in safety systems
Eplus control software allows use of 3rd party .stl processing software like NETFABB and Materialize Magics

Low Cost Operation

Over 90% material utilization rate
Total power consumption as low as 1kW
Low gas usage (automatic flow control and circulation filtration of inert gas)


User Experience	Commercial/Academic
Manufacturer/Model	Shining3D	E450
Type	Selective Laser Melting

Build Volume	103 litres
Build Dimensions	455mm x 455 mm x 500mm	17.9" x 17.9" x 19.6"

Laser Power	500W Fiber laser	Single and Dual laser available
Scan Speed	8 meters/second
Spot size	70 µm
Layer Thickness	20-100 µm
Build Accuracy	±0.08% x L(L≥100mm) ±0.08mm x L (L≤100mm)
Max Build Speed	15-35 cm³/hr (single laser system)	25-55 cm³/hr (dual laser system)

Scanning	High precision galvanometer
Gas Chamber Composition	Nitrogen, Argon ≤100 ppm Oxygen content
Materials	Titanium Alloy, Aluminum Alloy, Nickel Alloy, Maraging Steel, Stainless Steel, Cobalt Chrome, Copper Alloy, many more.
Platform Heating System	Optional Heating platform - heats to 200 degrees Celsius

Control Software and Input	EPlus 3D Printing Software
Data Format	*.stl or other compatible file
Power Requirement	380V, 20A, 50/60Hz, 14KW
Outside Dimensions	5500mm x3300mm x3100mm	216" x 129.9" x 122"
Machine Weight	10,300kg	22,700lbs

EP-M650

Using MPBF (Metal Powder Bed Fusion) technology, the EP-M650 is currently the largest SLM printer in the Eplus line with a build envelope of 655mm x 655mm x 800 mm and a four laser systems to ensure a high efficiency printing production.

The precise positioning and innovative area splicing control technology hereby offers uniformity and stability throughout the whole printing phase. The system is compatible with a wide variety of metal powders such as titanium-, aluminum- and nickel-based alloys, die steel, stainless steel, chrome cobalt Alloys and other materials. It is suitable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, automotive and defense industry.

The EP-M650 features:

Printing of mass-individualized parts in the 340 Liter (655 x 655 x 800 mm) build chamber.
Four lasers print simultaneously reaching an output of up to 120 cm3, which is an increased efficiency of 3.5 times compared to a single laser system.
Printing large layer thicknesses of more than 60 um possible.
High parts accuracy in the overlap area of 0.1 mm. The deviation of mechanical properties compared to a single laser system is lower than 3%.
Optimized design the air flow ensures the effective removal of dust and splatter as well as a uniform parts quality in the whole print bed.
The strict calibration ensures the consistency between parts and batches.

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First Class Results

Creates high density, high-integrity components thanks to unique scanning path and inert gas chamber
High precision print quality for final product (thin layer-thickness)
Adjustable print quality and strength for draft design
Efficient prints (intelligent powder coating method and rapid scanning speed)
Highly stable platform enables over 200 hours of continuous operation
Wide range of applications including: aerospace, biomedical, automotive, engineering, R&D, jewelry, industry, injection molding and resource development

Highly Practical

Create components using a diverse range of metal powders including: stainless steel, high temperature nickel base alloy, maraging steel, titanium alloy, cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy and tungsten alloy
Open source (will support metal powders from any supplier)
Touchscreen control console offers full visualization for user-friendly operation
Printing process can be monitored, controlled and diagnosed from a cellphone or laptop
Multiple built-in safety systems
Eplus control software allows use of 3rd party .stl processing software like NETFABB and Materialize Magics

Low Cost Operation

Over 90% material utilization rate
Total power consumption as low as 1kW
Low gas usage (automatic flow control and circulation filtration of inert gas)

Model	EP-M650
Forming chamber	655x655x800mm
Laser	Fiber Laser, 4*500W
Spot	80-120μm
Molding speed	Up to 120m³/h
Materials	Titanium alloy, aluminum alloy, high temperature nickel base alloy, die steel, stainless steel, cobalt chromium molybenum powder
Substrate heating	Substrate heating temperature 200°C
Power consumption	380V, triphase, five wire, 50/60Hz, 25kW, 65A
Protective gas	Double interface of nitrogen and argon
Forming chamber oxygen content	<100ppm
Dimensions	5700x3000x4500mm
Weight	16,000kg
Software	EP-Hatch, E-Plus 3D
Data format	STL or other compatible format

Laserdyne 811

THE FASTEST SOLUTION FOR JD FABRICATION, REPAIRING AND CLADDING WITH QUALITY AND ACCURACY

The Laserdyne 811 is the latest development from Prima Additive in direct energy deposition additive manufacturing process. The machine provide precision and flexibility for a wide variety components. It is equipped with one of the fastest laser processing systems in the industry. The controller supports 7 axes of simultaneous motion, and integrated automation to load and unload component and subassemblies, i.e. robotic, automated stock inputs, turn-table, or out feed platform.

INNOVATIVE
The machine can be equipped with REAL_DED (Real-time Adaptive Laser beam for Direct Energy Deposition) laser deposition head, developed and patented by Prima Additive to increase the performance and the efficiency of the deposition process and let the end-user to adapt the laser beam spot dimensions in real-time during the process.

FLEXIBLE
A single machine that supports additive, welding, drilling and cutting 3D and 2D Components. With the BeamDirector® and quick change nozzles, in a matter of a second the machine can be changed from additive, welding to drilling or to cutting. The machine can be equipped with 3 axes configuration or up to 7 axes.

EFFICIENT
Higher overall equipment efficiency due reduced downtime and maintenance. Less resources dedicated to maintaining the machines. More efficient use of floor space for the total working envelope.

INERT CHAMBER
The machine is designed to be equipped with an inert chamber option in order to print reactive materials such as Aluminum and Titanium. The inert chamber reaches SO ppm of oxygen concentration in all the working volume and it is possible to remove the entire building volume thanks to a pre-chamber without loose inert atmosphere inside the working chamber.

RELIABLE
The machine encompasses over 40 years engineering and industrial laser processing expertise. The LASERDYNE® have strong reputation for consistently and quickly manufacturing quality components.

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Dimensions	2800 x 6780 x 3500mm
Weight	9550kg (21,000lbs)
Power Supply	480V / 60Hz / 24kW
Laser IR	Fiber Laser YB, CW multimode, 3000W, IR 1070-1080nm
Working Volume	1100 x 800 x 600mm
Configuration 3 Axes	X = 1100mm Y = 800mm Z = 600mm
Head Axes	BeamDirector (C-D): axe C + 90 - 90 degrees Axe D + 90 - 90 degrees
Axes Velocity	X-Y-Z > 50 m/min BeamDirector (C-D): 0 - 30 rpm
Resolution	BeamDirector (C-D): 0.005 degrees
Accuracy	Linear (X-Y-Z): 25μm bi-directional BeamDirector (C-D): ± 15 arc-second
Repeatability	Linear (X-Y-Z) 25μm bi-directional BeamDirector (C-D): ± 15 arc-second
Rotor Tilt Table	2 interpolated axes (tilt & rotation) Standard load capacity 300kg, optional 600kg
Deposition Rate	Up to 70cm³/hr ((Dependent on process parameters and materials used)
Roughness RA	Min 20 micron, typical 40 micron
Deposition Accuracy	± 0.2mm / 2mm
Powder Feeder	1 to 4 hopper (1.5L)
Cam Software	MaterCam DED
CNC Software	S94P Prima Power

A350

The A350 is Shining 3D’s point of entry into the SLA market.

The smallest of the Eplus ‘A’ series still boasts a very large print area (36.75 litres) and incorporates Shining’s patented Variobeam technology to make give the A350 a speed and resolution that far outstrips other SLA printers in its class

High Accuracy and Efficiency

Integrated high precision calibration technology
Patented VarioBeam technology
High-speed scan
Ease of use: one-click print and superior performance

Stable & Reliable

Auto calibration and error detection module to ensure working stability
Dense high precision marble moving substrate
Optimized structure for less maintenance
Continuous technical support

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User Experience	Advanced/Commercial
Manufacturer/Model	Shining3D	A350
Type	Stereolithography

Build Volume	36.75 litres
Build Dimensions	350mm x 350 mm x 300mm	13.75" x 13.75" x 11.75"

Laser	Diode pumped, solid state laser Nd:YVO4, 3W	Variobeam technology available
Scan Speed	6-12 meters/second
Layer Thickness	50-250 microns
Build Accuracy	±0.08% x L(L≥100mm) ±0.08mm x L (L≤100mm)
Build Speed	80-200 cm³/hr

Scanning	Galvanometer scanning system	High speed and fine dual modes spot size 80-800µm
Resin Specifications	355nm photosensitive resin	third party resin compatible
Build Platform	Marble platform
Bed Leveling	Full automatic

Control Software and Input	EPResin
Data Format	.stl, .slc, .cli, .epi
Power Requirement	200-240VAC, 50-60Hz, 3KW
Outside Dimensions	1100mm x 950mm x 1640mm	59" x 51" x 86.5"
Machine Weight	700kg	1,543lbs

A450

The A450 features many qualities that make it the ideal commercial grade SLA printer by combining its comparable 70.88 litre build envelope with a the high speed scanning and patented Variobeam technology built into all A-series Eplus SLA printers.

The A450 features:

High Accuracy and Efficiency

Integrated high precision calibration technology
Patented VarioBeam technology
High-speed scan
Ease of use: one-click print and superior performance

Stable & Reliable

Auto calibration and error detection module to ensure working stability
Dense high precision marble moving substrate
Optimized structure for less maintenance
Continuous technical support

Contact Us for More Information


User Experience	Advanced/Commercial
Manufacturer/Model	Shining3D	A450
Type	Stereolithography

Build Volume	70.8 litres
Build Dimensions	450mm x 450 mm x 350mm	17.75" x 17.75" x 13.75"

Laser	Diode pumped, solid state laser Nd:YVO4, 3W	Variobeam technology available
Scan Speet	6-12 meters/second
Layer Thickness	50-250 microns
Build Accuracy	±0.1% x L(L≥100mm) ±0.1mm x L (L≤100mm)
Build Speed	80-200 cm³/hr

Scanning	Galvanometer scanning system	High speed and fine dual modes spot size 80-800µm
Resin Specifications	355nm photosensitive resin	third party resin compatible
Build Platform	Marble platform
Bed Leveling	Full automatic

Control Software and Input	EPResin
Data Format	.stl, .slc, .cli, .epi
Power Requirement	200-240VAC, 50-60Hz, 3KW
Outside Dimensions	1350mm x 1200mm x 2200mm	53" x 47.25" x 86.5"
Machine Weight	1,100kg	2,425lbs

A650

The Shining3D A-650 is one of the larger commercially available SLA printers and second only to the A800 in Shining3D’s line of SLA printers. With a large nearly 2' squared build envelope (156 liters), it can handle not only large prints but larger scale production smaller components.

The A650 features:

High Accuracy and Efficiency

Proprietary 3D optical high-precision calibration technology
High-speed scan and patented Variobeam technology
Dense high precision marble substrate
Self-developed software, support continuous upgrade
Automatic detection & calibration by functional module ensure working stability

User-friendly & Intelligent

Brand-new software brings one-click print and outstanding performance
Provides different processing parameter packages
Broad application flexibility
Remote control available
Optimized structure for reduced maintenance

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User Experience	Advanced/Commercial
Manufacturer/Model	Shining3D	A650
Type	Stereolithography

Build Volume	156 litres
Build Dimensions	650mm x 600 mm x 400mm	25.5" x 23.5" x 15.75"

Laser	Diode pumped, solid state laser Nd:YVO4, 3W	Variobeam technology available
Scan Speet	6-12 meters/second
Layer Thickness	50-250 microns
Build Accuracy	±0.1% x L(L≥100mm) ±0.1mm x L (L≤100mm)
Build Speed	80-200 cm³/hr

Scanning	Galvanometer scanning system	High speed and fine dual modes spot size 80-800µm
Resin Specifications	355nm photosensitive resin	third party resin compatible
Build Platform	Marble platform
Bed Leveling	Full automatic

Control Software and Input	EPResin
Data Format	.stl, .slc, .cli, .epi
Power Requirement	200-240VAC, 50-60Hz, 3KW
Outside Dimensions	1500mm x 1300mm x 2200mm	59" x 51" x 86.5"
Machine Weight	1,300kg	2,866lbs

A800

Years of experience in SLA printing and a continual drive to perfect and optimize laser scanning and digital technology has led to the introduction of the A800, the largest SLA printers in its class.

The A800 has a build envelope of 800mm x 800mm x 450mm (288 liters) - 85% more than the A650 - and is perfectly suited for high precision production of large and small parts. The A800 is not just big, it's fast, combining Eplus' patented Variobeam technology and a dynamic optimization of the printing path algorithm. With a dual laser, printing speed is between 30-45% faster.

The A800 features:

Patented Technology, Stable and Reliable, High Precision

Patented VarioBeam Technology,which has a high positioning accuracy, ensures processing efficiency and surface quality as well.
Liquid-level Control Technology, the adjustment accuracy is within ±0.01mm; automatic detection during printing, dynamic fine adjustment.
Automatic detection during printing, dynamic fine adjustment.
The design of machine hardware framework is optimized and more stable.
00-level marble platform to improve the motion accuracy and long-term stability.

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User Experience	Advanced/Commercial
Manufacturer/Model	Shining3D	A800
Type	Stereolithography

Build Volume	288 litres
Build Dimensions	800mm x 800 mm x 450mm	31.5" x 31.5" x 17.75"

Laser	Diode pumped, solid state laser Nd:YVO4, 3W	Variobeam technology available
Scan Speet	6-12 meters/second
Layer Thickness	50-250 microns
Spot size	Invariant spot：0.08-0.2mm / Variant spot：0.08~0.8mm with VarioBeam Module
Build Accuracy	±0.1% x L(L≥100mm) ±0.1mm x L (L≤100mm)
Build Speed	80-200 cm³/hr

Scanning	Galvanometer scanning system	High speed and fine dual modes spot size 80-800µm
Resin Specifications	355nm photosensitive resin	third party resin compatible
Build Platform	Marble platform
Bed Leveling	Full automatic

Control Software and Input	EPResin
Data Format	.stl, .slc, .cli, .epi
Power Requirement	200-240VAC, 50-60Hz, 3KW
Outside Dimensions	1650mm x 1500mm x 2250mm	65" x 59" x 88.5"
Machine Weight	1,500kg	3,306lbs

ACCUFAB D-1 DLP

AccuFab-D1 is a desktop DLP 3D printer that was developed for dentistry, but has general applications.

It comes with SHINING 3D’s own optimized data planning and printing control software, which ensures a user-friendly and intuitive workflow. AccuFab-D1 features high print resolution and an outstanding efficiency ; it can be used in multiple applications maintaining great accuracy. This is the ideal printer solution for all dental customers wishing to enter into the era of digital production.

Some of the features include:

Ultra-high Details Use an advanced algorithm with Full-HD 1080p projector to print ultra-fine details.
Wide Range of Applications
Wireless Connection It supports Wi-Fi connection, offering a smooth process of data transfer and print.
High Efficiency With a build volume of 144*81*180mm and a print speed of up to 40mm/h
Intuitive Operation Powered by SHINING 3D’s self-developed software, AccuFab-D1 supports Z-axis auto-calibration, automatic support creation, for convenient post-processing.
Open System & Material AccuFab-D1 imports STL format data and provides flexible options for printing materials.

Machine Size	394 x 406 x 755mm
Weight	Approx. 30kg
Build Size	144 x 81 x 180mm
Print Speed	40mm/hr
XY Resolution	75 μm
Dynamic Z Resolution	25, 50, 100 μm
Interface	USB / Ethernet / Wi-Fi
Material Option	Open; compatible with third-party resin materials

The Einscan FreeScan UE7 and UE11 are Shining’s premium metrology scanner featuring a high precision blue light laser that allows users to scan reflective surfaces . It’s ergonomic and lightweight equipment design, make it easier to hold and operate, providing metrology-grade, high-precision inspection solutions for the automotive, transportation, aerospace industry, moulding inspection, energy generation, machinery manufacturing and etc.

The FreeScan offers:

Metrology-class high precision: Accuracy up to 0.02mm, Volumetric accuracy 0.02mm+0.04mm/m.
Stability of repetitive measurement: FreeScan UE delivers consistent results, when repeatedly scanning the same item.
Wide range of material adaptations: Supporting the scan of black and reflective surfaces to accommodate a wider range of scanning applications.
High efficiency: The scan area can reach 510*520mm, providing larger field of view for a smoother and more efficient scanning experience.
Easy operation: User-friendly operating system with simple software setup and guidance through the whole workflow process, allowing users to master the operation at ease.
Seamless inspection efficiency: The scan data can be imported into inspection software like Geomagic Control X, Verisurf Inspect and Einsense Q with one click, increasing the inspection efficiency.
Portable and lightweight: The device weights only 670g, facilitating handheld scanning more easily and avoiding fatigue due to long working time.

	FreeScan UE7		FreeScan UE11
Scan Mode		Multiple Lines Scan, Single Line Scan
Scan Accuracy		Up to 0.02mm
Volumetric Accuracy		0.02mm + 0.04mm/m
Volumetric Accuracy with DigiMetric		0.02mm + 0.025mm/m
Scan Speed	650,000 points/s		1,020,000 points/s
Working Distance		500mm
Depth of Field		300mm-700mm
Max. Scan Range		510mm x 520mm
Point Distance		0.05mm - 3mm
Light Source	14 lines + 1 line blue laser		22 lines + 1 line blue laser
Laser Class		Class 2M (eye safe)
Connection Standard		USB 3.0
Dimensions		298 x 90 x 74.5mm
Weight		670g
Power Requirement		DC: 12V, 5.0A
Operating Temperature Range		0 - 40°C
Operating Humidity Range		10 - 90%
Certifications		CE, FCC, ROHS, WEEE
Inspection Module		Compatible with multiple inspection software solutions such as Einsense Q, Geomagic Control X, Polyworks, Catia, Etc
Output Format		OBJ, STL, ASC, PLY, P3, 3MF
Data Compatibility Software		3D System (Geomagic Solutions), InnovMetric Software (PolyWorks), Dassault Systems (CATIA V5 & SolidWorks), PTC (Pro/Engineer), Siemens (NX & Solid Edge), Autodesk (Inventor, Alias, 3ds Max, Maya, Softimage), etc
Recommended PC Configuration		OS: Windows 10, 64-bit; Video card: GTX 1080 or better; Memory ≥4G; Processor: i7-8700 or better; Memory: ≥32GB

The Professional 3D Digitizing Solution

Offers an enhanced Handheld HD Scan Mode and enlarged scan range
Captures 3D model of medium to large size objects with high efficiency
Meets demands for wider range of applications

Product ID	Shining 3D Einscan Pro 2X Plus
Product Number	ACC1020
Scan modes	Handheld HD Scan, Handheld Rapid Scan, Fixed Scan with turntable, Fixed Scan without turntable
Handheld HD Scan accuracy	Up to 0.05mm
Handheld Rapid Scan accuracy	Up to 0.1mm
Fixed Scan accuracy	0.04mm (single shot accuracy)
Volumetric accuracy	0.3mm/m (markers alignment)
Handheld HD Scan speed	20fps; 100,000 points/second
Handheld Rapid Scan speed	30fps; 1,500,000 points/second
Fixed Scan speed	Single scan < 1 second
Handheld HD Scan point distance	0.2mm - 2mm
Handheld Rapid Scan point distance	0.2mm - 2mm
Fixed Scan point distance	0.16mm
Enlarged scan range	312 x 204mm
Depth of field	±100mm
Working distance	400mm
Light source	LED
Handheld HD Scan align mode	Markers alignment
Handheld Rapid Scan align mode	Markers alignment, feature alignment, hybrid alignment
Fixed Scan (with turntable) align mode	Turntable coded targets, feature, markers, manual alignment
Fixed Scan (without turntable) align mode	Markers, feature, manual alignment
Handheld HD Scan texture scan	No
Handheld Rapid Scan texture scan	No
Fixed Scan texture scan	Yes (with color pack addon)
Outdoor operation	Yes, with shelter; avoid direct sunlight
Object format	OBJ, STL, ASC, PLY, 3MF, P3

Based on years of 3D measurement experience and market demand, SHINING 3D innovatively integrates blue LED light and blue laser into EinScan HX handheld 3D scanner. The hybrid laser and LED light sources make EinScan HX compatible with a wider range of object sizes, meeting multiple needs of users. High efficiency and reliable result give EinScan HX more application possibilities.

High Efficiency: Processing speed of EinScan HX under Rapid Scan Mode is up to 1,200,000 points/s, and multiple blue laser lines under Laser Scan Mode makes scanning of most objects in minutes for reverse engineering, CAD/CAM, 3D printing and etc.
Full Color: With built-in color camera, it supports full color texture capturing and tracking by texture.
EinScan HX Reverse Engineering Design Bundle Available: A hybrid light source 3D scanner with reverse engineering and CAD capabilities.
Reliable Results: The high resolution and accuracy meet the needs of most industrial applications for reverse engineering and measuring. Minimum point distance 0.05 mm and accuracy up to 0.04 mm with Laser Scan.

Scan Mode	Rapid Scan	Laser Scan
Scan Accuracy	Up to 0.05	Up to 0.04
Volumetric Accuracy	0.05+0.1mm/m	0.04+0.06mm/m
Scan Speed	1,200,000 points/s 20fps	480,000 points/s 55fps
Camera Frame Rate	55fps	55fps
Align Mode	Feature alignment, markers alignment, texture alignment, hybrid alignment	Markers alignment
Working Distance	470mm	470mm
Depth of Field	200 - 700mm	350 - 610mm
Max FOV	420 * 440mm	380 * 400mm
Point Distance	0.25 - 3mm	0.05 - 3mm
Light Source	Blue LED	7 blue laser crosses
Safety	Eye-safe	Class I (eye-safe)
Built-in Color Camera	Yes
Texture Scan	Yes	No
Connection Standard	USB 3.0
Output Formats	OBJ, STL, ASC, PLY, P3, 3MF
Dimensions	108 x 110 x 237mm
Weight	710g
Certifications	CE, FCC, ROHS, WEEE, KC
Recommended Configuration	OS: Windows 10, 64-bit Graphics card: NVIDIA GTX1080 (or equivalent) Video memory: 4GB Processor: i7-8700 (or equivalent) Memory: 32GB

A powerful companion for educators and individuals

Easiest 3D scanning experience for non-technical users
Dual scan modes: Auto Scan and Fixed Scan
Easy to operate and great price-to-performance ratio

Product ID	Shining 3D Einscan SE
Product Number	ACC1006
Scan Modes	Fixed Scan with turntable
Scanning Accuracy	0.1mm (single shot accuracy)
Volumetric Accuracy	0.3mm/m (markers alignment)
Scan speed	<8 seconds single scan time <2 minute single lap time 550,000 points/second
Max Scan Size	700 x 700 x 700mm
Single Scan Range	300 x 170mm
Depth of Field	±100mm
Working Distance	400mm
Light Source	LED
Align Mode	Turntable coded targets, feature alignment, manual aligment
Outdoor Operation	Yes, with shelter; avoid direct sunlight
Object Format	OBJ, STL, ASC, PLY, 3MF, P3

i3D STORE

SELECTIVE LASER MELTING (SLM) PRINTERS

DIRECT ENERGY DEPOSITION (DED) PRINTERS

STEREOLITHOGRAPHY (SLA) PRINTERS

DIGITAL LIGHT PROCESSESSING (DLP)

SELECTIVE LASER SINTERING (SLS)

3D SCANNERS

FUSED DEPOSITION MODEL (FDM) PRINTERS

ACCESSORIES

RESINS

UNREINFORCED FILAMENTS

GLASS FIBER REINFORCED FILAMENTS

ELECTROSTATIC DISCHARGE RESISTANT FILAMENT

CARBON FIBRE REINFORCED FILAMENTS

MEDICAL GRADE FILAMENTS

CarbonX PP+CF

Einscan SE

FibreX PP+GF30

Funmat HT Enhanced

HyperLite PP

Nano Polymer Adhesive

3Dlac 3D Printing Adhesive

PLA – PolyLite

ASA – 3DXMAX

ABS (FR) – Firewire®

TPU – Polyflex

PETT – Taulman t-Glase

PA – Taulman Nylon 645

Taulman PCTPE

OBC – Evolv3D

PC – 3DXMAX

i3D STORE

SELECTIVE LASER MELTING (SLM) PRINTERS

DIRECT ENERGY DEPOSITION (DED) PRINTERS

STEREOLITHOGRAPHY (SLA) PRINTERS

DIGITAL LIGHT PROCESSESSING (DLP)

Accufab D1

SELECTIVE LASER SINTERING (SLS)

3D SCANNERS

FUSED DEPOSITION MODEL (FDM) PRINTERS

ACCESSORIES

RESINS

Taurus

DXM SL100

Momentum

Element

Waterclear Ultra

SH8900H

UNREINFORCED FILAMENTS

GLASS FIBER REINFORCED FILAMENTS

ELECTROSTATIC DISCHARGE RESISTANT FILAMENT

CARBON FIBRE REINFORCED FILAMENTS

MEDICAL GRADE FILAMENTS

CarbonX PP+CF

Einscan SE

FibreX PP+GF30

Funmat HT Enhanced

HyperLite PP

Nano Polymer Adhesive

3Dlac 3D Printing Adhesive

PLA – PolyLite

ASA – 3DXMAX

ABS (FR) – Firewire®

TPU – Polyflex

PETT – Taulman t-Glase

PA – Taulman Nylon 645

Taulman PCTPE

OBC – Evolv3D

PC – 3DXMAX

EP-M150

EP-M150 VARIANTS

First Class Results

Highly Practical

Low Cost Operation

EP-M250

EP-M250 VARIANTS

First Class Results

Highly Practical

Low Cost Operation

EP-M450

First Class Results

Highly Practical

Low Cost Operation

EP-M650

First Class Results

Highly Practical

Low Cost Operation

Laserdyne 811

A350

High Accuracy and Efficiency

Stable & Reliable

A450

High Accuracy and Efficiency

Stable & Reliable

A650

High Accuracy and Efficiency

User-friendly & Intelligent

A800

Patented Technology, Stable and Reliable, High Precision

ACCUFAB D-1 DLP

The Professional 3D Digitizing Solution

A powerful companion for educators and individuals

Key Benefits for 3D Printing

Applications

Zero-emission racing car gets Somos® Taurus’ air in-take ducts for cooling electric motors

Key Benefits

Applications

Key Benefits

Key Benefits for 3D Printing

Applications

Key benefits

Zero-emission racing car gets Somos^® Taurus’ air in-take ducts for cooling electric motors