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MACROBRILL is a product with the remarkable advantage of eliminating the oxidation problems normally associated with conventional AISI 420 stainless steel balls in the process, combined with a lustrous compound suitable for all types of metals. Therefore, acid degreasing and low water are no longer required. Drainage to drain.
Amazing hardness and low specific gravity allow for a very good finish without the "orange peel" phenomenon often associated with traditional stainless steel ball treatments.
Another important feature of this material is its ability to process very thin and fragile objects (e.g.
known in the gold industry as "gap"), ensuring smoothness and brilliance in a single step without altering color and accentuating the metal's natural properties
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PRODUCT DETAILS:
IGI Report Number: LG522234518
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 9.38 - 9.41 X 5.84 MM
GRADING RESULTS:
Carat Weight: 3.21 CARATS
Color Grade: G
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG522234518
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PRODUCT DETAILS:
IGI Report Number: LG523277818
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 9.55 - 9.58 X 5.84 MM
GRADING RESULTS:
Carat Weight: 3.30 CARATS
Color Grade: F
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG523277818
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PRODUCT DETAILS:
IGI Report Number: LG515232685
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 9.44 - 9.47 X 5.65 MM
GRADING RESULTS:
Carat Weight: 3.13 CARATS
Color Grade: G
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG515232685
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PRODUCT DETAILS:
IGI Report Number: LG523277817
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 9.88 - 9.95 X 6.13 MM
GRADING RESULTS:
Carat Weight: 3.76 CARATS
Color Grade: G
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG523277817
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PRODUCT DETAILS:
IGI Report Number: LG517285556
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 10.41 - 10.48 X 6.32 MM
GRADING RESULTS:
Carat Weight: 4.31 CARATS
Color Grade: F
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG517285556
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PRODUCT DETAILS:
IGI Report Number: LG516257049
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 10.89 - 10.96 X 6.71 MM
GRADING RESULTS:
Carat Weight: 5.03 CARATS
Color Grade: G
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG51625704
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PRODUCT DETAILS:
IGI Report Number: LG516257034
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 11.03 - 11.05 X 6.75 MM
GRADING RESULTS:
Carat Weight: 5.13 CARATS
Color Grade: H
Clarity Grade: VS 1
Cut Grade: IDEAL
ADDITIONAL GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG516257034
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PRODUCT DETAILS:
IGI Report Number: LG492125910
Description: LABORATORY GROWN DIAMOND
Shape and Cutting Style: ROUND BRILLIANT
Measurements: 11.11 - 11.19 X 6.86 MM
GRADING RESULTS:
Carat Weight: 5.31 CARATS
Color Grade: G
Clarity Grade: VS 2
Cut Grade: IDEAL ADDITIONAL
GRADING INFORMATION:
Polish: EXCELLENT
Symmetry: EXCELLENT
Fluorescence: NONE
Inscription(s): LABGROWN IGI LG492125910
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Delmer lD Series Analytical Balances deliver the precise performance and convenient features necessary for accomplishing even the most intricate weighing tasks.
Model | Capacity | Readability | Repeatability (+/-) | Linearity (+/-) | Pan Size (mm/inch) |
---|---|---|---|---|---|
LD 285C | 285 g | 0.1mg / 0.01 mg | 0.1mg | 0.2mg | 70θ mm |
LD 314C | 314 g | 0.1mg | 0.1mg | 0.2mg | 90θ/3.54θ |
LD 224C | 224 g | 0.1mg | 0.1mg | 0.2mg | 90θ/3.54θ |
LD 124C | 124 g | 0.1mg | 0.1mg | 0.2mg | 90θ/3.54θ |
64 g | 0.1mg | 0.1mg | 0.2mg | 90θ/3.54θ |
Standard Features:
- Swift Measurement Times: Significantly reduces operation time, saving valuable time in each weighing process.
- Precision Construction: The micro balance's design, incorporating separate electronic modules and mechanical systems, eliminates temperature changes, ensuring exceptional repeatability.
- Motorized Glass Draft Shield: Activated effortlessly with a wave of the hand over infrared sensors, facilitating quick and seamless work with minimal sample sizes.
- Automatic Internal Calibration: Adjusts with changes in ambient temperature at specified intervals, maintaining accuracy.
- High-Contrast LCD Display: Equipped with LED backlight for excellent readability. Standard RS 232C Interface is provided, with USB available as an optional feature.
- Ultra-Precise Weighing: Specifically designed for filters, featuring a special metal draft shield.
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What is an Atomizer in 3D Printing?
An atomizer is a component in certain types of 3D printers that utilizes ultrasonic vibrations to turn the printing material into a very fine mist or aerosol before depositing it onto the print bed.
How Atomizer 3D Printers Work
3D printers with atomizers use a specialized print head design. Rather than heating and pushing filament through an extruder nozzle like fused deposition modelling (FDM), the print material in an atomizer system is supply as liquid polymer solution.
The atomizer itself comprises a small nozzle attached to an ultrasonic transducer vibrating at sky-high frequencies. As the solution flows through, the ultrasonic energy turns it into a cloud of microscopic droplets. This mist gets sprayed onto the print bed in precise patterns to build up the object layer by layer.
Once deposited, the droplets rapidly dry and cure via UV light directed at the print area, solidifying each layer. This process based on inkjet-style dot printing allows tiny droplet sizes under 20 microns, enabling high part details.
Atomizer Specifications for 3D Printing
- Dispersion Technology: Utilizes advanced atomization technology to convert liquid filaments into a controlled fine mist.
- Nozzle Design: Precision-engineered nozzles for even material distribution, ensuring consistent layer deposition.
- Material Compatibility: Versatility in handling various 3D printing materials, including plastics, resins, and other liquid filaments.
- Precision Control: Offers adjustable settings for precise control over mist density, catering to diverse printing requirements.
- Efficiency Optimization: Maximizes material usage efficiency, minimizing waste and contributing to cost-effectiveness.
- Adaptability: Compatible with a range of 3D printers, providing adaptability to different printing setups and systems.
- Surface Finish Enhancement: Enhances the quality of 3D prints with a focus on achieving smooth finishes and superior detailing.