XYZ Printing Nobel Superfine 3D Printer
Model Name/Number | Nobel Superfine |
Brand | XYZ Printing |
Material | Standard Resin (Purple, Clear, Grey) / Castable Resin / Rigid Resin |
Connectivity | USB 2.0 Cable, USB Flash Drive, Wireless |
Weight | 11kg |
Accurate and FastPowered by DLP technology, you can always print with speed and accuracy. Nobel Superfine prints all the details of a layer at the same time, letting you print multiple objects with complex details efficiently.
The Nobel Superfine is compatible with a wide variety of resin materials including acrylic and castable resins. Using its 405nm UV LED, it can also support 3rd party resins.
To go to 3rd party resin setup:
1. Install XYZware_Nobel with the bundled USB drive and update the software and firmware. (Software version 1.1.35.6 and firmware version 1.6.7.1 or above are required.)
2. Connect the printer to PC, and launch the XYZware_Nobel.
3. Select “Export or Print and select Professional” from the list of material
4. Set up the printing parameters. See next page for the description on each item.
Base Setup / Model Setup
Printing parameters can be assigned differently for the base layers and the rest layers (refered as “Model”).
Generally, you may need more layers at the base (Base Layers) and longer curing duration for the bottom layers for better adhesion.
For larger objects, more base layers may be required for better adhension to the platform.
Adjustable Parameters
The LED module lights up, based on the settings in the section of "Curing":
Curing Time
The item controls the duration for projecting LED light at the bottom of the tank. Range: 50 - 65535 ms
Power Intensity
The item controls the power intensity of the UV light.
Range: 53-100mW
Power Level
The item controls the level of the Power Intensity. To cure at full power, select all 3 items.
Option: 15%, 33%, 52% (You may select more the one option to trigger other power level.)
The LED light goes out after curing the whole layer and wait.
Wait Time 1
The printer pauses and waits for the specified time until the resin is completely polymerized.
Range: 0 - 65535 ms
The platform moves up to peel the cured layer off from the tank and wait.
Speed
The print platform moves up based on the specified speed. Slower ascending speed may be required for resins of lower stiffness after being cured.
Distance
Longer ascending distance may be required for resins of higher viscosity. In general, longer distance for peeling and platform acsending (in the next stage) will result in better print quality.
Range: 0.1 - 25 mm (One decimal place allowed.)
Wait Time 2
The printer pauses and waits for the specified time until the resin has stopped flowing.
Range: 0 - 65535 ms
The platform moves further up and wait. Allow more distance between the platform and the tank surface will lead to better print quality at the detailed features.
Speed
The print platform moves up based on the specified speed. Faster movement at this stage may compensate the time delay for peeling.
Distance
The print platform moves up based on the specified distance. Range: 0 - 24.9 mm (One decimal place allowed; total ascending distance of the platform, including the setting for peeling, should be no more than 25mm.)
Wait Time 3
The printer pauses and waits for the specified time until the resin has stopped flowing. Range: 0 - 65535 ms
The platform moves down and wait before curing the next layer.
Speed
The platform moves down based on the specified speed.
Product Details
Company Details
Product Specification
Model Name/Number | Nobel Superfine |
Brand | XYZ Printing |
Material | Standard Resin (Purple, Clear, Grey) / Castable Resin / Rigid Resin |
Connectivity | USB 2.0 Cable, USB Flash Drive, Wireless |
Weight | 11kg |
Layer Resolution | 25 / 50 / 100microns |
Supported File Formats | .stl , XYZ Format (.3ws, .3wn) |
Operating Systems | Windows 7 / 8 / 8.1 / 10, macOS 10.10 / 10.11 / 10.12 / 10.13 |
Dimensions | 290 x 357 x 427mm |
Graphics RAM | 4GB or more |
Storage Temperature Resin | 10 ~ 32 DegreeC |
Packed Weight | 14 kg |
Packed Dimensions | 500 x 395 x 580 mm |
Operation Humidity | 40 ~ 60 % RH (non condensation) |
Hard disk space | 1GB or more |
Power Requirements | 100V ~ 240V 60W |
Max. Build Area | 64 x 40 x 120mm |
X-Y Resolution | 50 microns |
Print Technology | DLP |
Light Source | UV LED 405nm |
Printing Software | XYZware Nobel |
Language | Multilingual |
User Interface | 2.6inch FSTN LCM |
Operating Temperature Range | 20 ~ 30 DegreeC |
Product Description
It's all in the details. The Nobel Superfine is a VAT photopolymerization 3D printer designed to print intricate designs in high resolution.
Powered by DLP technology, you can always print with speed and accuracy. Nobel Superfine prints all the details of a layer at the same time, letting you print multiple objects with complex details efficiently.
The Nobel Superfine is compatible with a wide variety of resin materials including acrylic and castable resins. Using its 405nm UV LED, it can also support 3rd party resins.
To go to 3rd party resin setup:
1. Install XYZware_Nobel with the bundled USB drive and update the software and firmware. (Software version 1.1.35.6 and firmware version 1.6.7.1 or above are required.)
2. Connect the printer to PC, and launch the XYZware_Nobel.
3. Select "Export" or Print and select Professional" from the list of material
4. Set up the printing parameters. See next page for the description on each item.
Base Setup / Model Setup
Printing parameters can be assigned differently for the base layers and the rest layers (refered as "Model").
Generally, you may need more layers at the base (Base Layers) and longer curing duration for the bottom layers for better adhesion.
For larger objects, more base layers may be required for better adhension to the platform.
Adjustable Parameters
The LED module lights up, based on the settings in the section of "Curing":
Curing Time
The item controls the duration for projecting LED light at the bottom of the tank. Range: 50 - 65535 ms
Power Intensity
The item controls the power intensity of the UV light.
Range: 53-100mW
Power Level
The item controls the level of the Power Intensity. To cure at full power, select all 3 items.
Option: 15%, 33%, 52% (You may select more the one option to trigger other power level.)
The LED light goes out after curing the whole layer and wait.
Wait Time 1
The printer pauses and waits for the specified time until the resin is completely polymerized.
Range: 0 - 65535 ms
The platform moves up to peel the cured layer off from the tank and wait.
Speed
The print platform moves up based on the specified speed. Slower ascending speed may be required for resins of lower stiffness after being cured.
Distance
Longer ascending distance may be required for resins of higher viscosity. In general, longer distance for peeling and platform acsending (in the next stage) will result in better print quality.
Range: 0.1 - 25 mm (One decimal place allowed.)
Wait Time 2
The printer pauses and waits for the specified time until the resin has stopped flowing.
Range: 0 - 65535 ms
The platform moves further up and wait. Allow more distance between the platform and the tank surface will lead to better print quality at the detailed features.
Speed
The print platform moves up based on the specified speed. Faster movement at this stage may compensate the time delay for peeling.
Distance
The print platform moves up based on the specified distance. Range: 0 - 24.9 mm (One decimal place allowed; total ascending distance of the platform, including the setting for peeling, should be no more than 25mm.)
Wait Time 3
The printer pauses and waits for the specified time until the resin has stopped flowing. Range: 0 - 65535 ms
The platform moves down and wait before curing the next layer.
Speed
The platform moves down based on the specified speed.
Product Video
About the Company
3D printing, also known as rapid prototyping services is a process of making a three-dimensional solid object of virtually any shape from a digital model. The digital model is printed by an additive process where successive materials are laid down in different shapes layer by layer on the 3D printer's head, and a command is given it using CAD software to print. 3D printing is the fastest, convenient, and economical method for producing a physical model from a digital file. It is used by mechanical, architectural, electrical, educational, aviation, healthcare, and automotive industries for rapid prototyping products for testing and enhancing designs.
Our Expertise
We are committed to technology. Our experience and expertise surpassed all the complexities engineering projects raise. Our experience in CAD services and 3D scanning & printing services have helped several manufacturers in having their own custom handmade tools. We provide world-class machining services to manufacturers. If you are troubled with any types of production issues related to CNC machines, contact us for designing custom made tools. Our comprehensive services for rapid prototyping in Hyderabad will allow you to verify designs, test mechanisms, and functions of parts, and get a complete idea and knowledge for taking production decisions confidently.
3D Printing in Tooling
While manufacturing tools play an important role in manufacturing, the major challenge was to produce them cost-effectively. There was also a need to cut down the production time of jigs and fixtures. With Additive Layer Manufacturing (ALM) method, not only the cost and time can be reduced, but you can also have improvised tooling designs with better functionality. Our additive manufacturing designs can enhance the productivity and functions of tools and traditional manufacturing methods. Additive manufacturing tooling has become the best method for low-volume production of manufacturing tools.
If you are not able to find manufacturing tools that fit your needs, we can help you with custom tools and design using additive manufacturing. We are offering 3D printing services for tolling to many industries. Whether you need tooling for casting, machining, assembling, we can offer quality and economical tooling and manufacturing solutions. Call us to take advantage of additive manufacturing to fabricate tooling with customization.
We have understood the broad future of 3D printing and are catering to the rapid prototyping needs of various manufacturers. Our rapid prototypes are as good as the final products and best for improving designs and testing parts. They are cost-effective, high-quality, and specific to projects. We apply the best manufacturing techniques for creating an accurate and economical rapid prototype quickly.
3D printing or additive manufacturing is a process of making three dimensional solid objects from a digital file. The creation of a 3D printed object is achieved using additive processes. In an additive process an object is created by laying down successive layers of material until the object is created.
All most all the industries and applications can use 3d printing. Following are some of the applications but not limited to:
- Aerospace.
- Agriculture.
- Architecture.
- Casting (PLA casting).
- Dental and Medical Industries.
- Education.
- Fashion designing.
- Food 3d printing.
- Hobby creations.
- Innovation.
- Jewelry patterns.
- Manufacturing.
- Pattern making.
- Product development.
- Rapid Prototyping etc.
Seller Contact Details
Padmavati Plaza, Store No 119, Kphb Main Road, Bedsides Kalamandir, Moosapet Hyderabad - 500018, Telangana, India
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