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XRA2000 (Fluorescence X-ray Analyzer)
One-shot analysis of metals that are difficult to understand with hydrometers, etc.
The operation method is very simple.
Just place the work you want to measure in the chamber and click the button!
Even those without specialized knowledge can easily determine the bullion in just a few seconds.
Equipped with Windows 10 and a 7-inch color display.
It is easy to use with a touch panel, and there is no need for the hassle or space of connecting a separate computer! This one unit is perfect for narrow storefronts and carrying purchases! Although it is small, it exerts great power
LM 250
LM 250, manual laser welding system
Standalone system with wheeled, height-adjustable base, it is characterized by an advanced cooling system that allows to operate in any work space. Equipped with an opening bottom that enables to work on big objects and removable trays, it is available also in the LM-T version with both microscope and coaxial camera.
LM-D LYNX
LM-D LYNX, manual laser welding system.
Stable
LM-D LYNX incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D LYNX features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D LYNX machine can also be controlled remotely via smartphone, tablet or computer.
LM-D
LM-D, manual laser welding system.
Stable
LM-D incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D machine can also be controlled remotely via smartphone, tablet or computer.
BIG SMARKY, laser marking and engraving system.
BIG SMARKY, laser marking and engraving system.
Versatile
The advanced features of the laser source allow to carry out engraving, marking and cutting operations in line with the highest technical standards. Big Smarky can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Practical
The 500 mm x 500 mm working chamber (maximum piece height 530 mm with F100 focal length) is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
SMARK CO2
SMARK CO2, laser marking and engraving system.
Versatile
The advanced features of the 20W CO2 laser source, complete with high performance galvanometric head, allow to carry out engraving, marking and cutting operations in line with the highest technical standards. SMARK CO2 can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
SMARK CO2 is a Class 1 system with Ple performance level [certified protection window and double laser safety shutter].
Practical
The 490 mm x 350 mm working chamber is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
Easy “all-in-one” Laser Marking System
EASY, “all-in-one” desktop laser marking system.
Compact
Small-sized laser marking system equipped with high-precision and high-speed motorized Z axis.
Flexible
Available with a wide range of laser sources: 10 W, 20 W, 30 W, 40 W e 50 W. It can be integrated with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining
Easy-Go Laser Marking System
Our range of laser marking and engraving machines for goldsmithing:
integratable sources, compact table desktop systems,
stand-alone systems with support base and work stations.
EASY GO (CLASS I), desktop laser marking system.
Simple
Small-sized laser marking system, equipped with motorized Z axis, marking start button, and side openings.
Adaptable
Available with 20W and 30W laser sources. It can be integrated with SISMA accessories, like the spindle and the plate dragger.
Digitally advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
VC460V
NEW
The VC460V is an induction heated vacuum overpressure casting machine developed for working in graphite crucibles. The VC460V is equipped with novel technology to cast filigree and precise pieces. Low frequency generator ensures excellent mixing of liquid metal.
The VC460V is engineered for continuous and efficient operation by its robust design and fully automatic operation mode. Modular systems guarantees low running costs, easy maintenance and service. Within several options the machine can be even more customized to customer needs. Besides of casting into filigree molds, the machine could be also used for granulation, bar casting and diffusion bonding.
XRA2000 (Fluorescence X-ray Analyzer)
One-shot analysis of metals that are difficult to understand with hydrometers, etc.
The operation method is very simple.
Just place the work you want to measure in the chamber and click the button!
Even those without specialized knowledge can easily determine the bullion in just a few seconds.
Equipped with Windows 10 and a 7-inch color display.
It is easy to use with a touch panel, and there is no need for the hassle or space of connecting a separate computer! This one unit is perfect for narrow storefronts and carrying purchases! Although it is small, it exerts great power
LM 250
LM 250, manual laser welding system
Standalone system with wheeled, height-adjustable base, it is characterized by an advanced cooling system that allows to operate in any work space. Equipped with an opening bottom that enables to work on big objects and removable trays, it is available also in the LM-T version with both microscope and coaxial camera.
LM-D LYNX
LM-D LYNX, manual laser welding system.
Stable
LM-D LYNX incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D LYNX features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D LYNX machine can also be controlled remotely via smartphone, tablet or computer.
LM-D
LM-D, manual laser welding system.
Stable
LM-D incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D machine can also be controlled remotely via smartphone, tablet or computer.
BIG SMARKY, laser marking and engraving system.
BIG SMARKY, laser marking and engraving system.
Versatile
The advanced features of the laser source allow to carry out engraving, marking and cutting operations in line with the highest technical standards. Big Smarky can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Practical
The 500 mm x 500 mm working chamber (maximum piece height 530 mm with F100 focal length) is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
SMARK CO2
SMARK CO2, laser marking and engraving system.
Versatile
The advanced features of the 20W CO2 laser source, complete with high performance galvanometric head, allow to carry out engraving, marking and cutting operations in line with the highest technical standards. SMARK CO2 can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
SMARK CO2 is a Class 1 system with Ple performance level [certified protection window and double laser safety shutter].
Practical
The 490 mm x 350 mm working chamber is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
Easy “all-in-one” Laser Marking System
EASY, “all-in-one” desktop laser marking system.
Compact
Small-sized laser marking system equipped with high-precision and high-speed motorized Z axis.
Flexible
Available with a wide range of laser sources: 10 W, 20 W, 30 W, 40 W e 50 W. It can be integrated with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining
Easy-Go Laser Marking System
Our range of laser marking and engraving machines for goldsmithing:
integratable sources, compact table desktop systems,
stand-alone systems with support base and work stations.
EASY GO (CLASS I), desktop laser marking system.
Simple
Small-sized laser marking system, equipped with motorized Z axis, marking start button, and side openings.
Adaptable
Available with 20W and 30W laser sources. It can be integrated with SISMA accessories, like the spindle and the plate dragger.
Digitally advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
VC460V
NEW
The VC460V is an induction heated vacuum overpressure casting machine developed for working in graphite crucibles. The VC460V is equipped with novel technology to cast filigree and precise pieces. Low frequency generator ensures excellent mixing of liquid metal.
The VC460V is engineered for continuous and efficient operation by its robust design and fully automatic operation mode. Modular systems guarantees low running costs, easy maintenance and service. Within several options the machine can be even more customized to customer needs. Besides of casting into filigree molds, the machine could be also used for granulation, bar casting and diffusion bonding.
XRA2000 (Fluorescence X-ray Analyzer)
One-shot analysis of metals that are difficult to understand with hydrometers, etc.
The operation method is very simple.
Just place the work you want to measure in the chamber and click the button!
Even those without specialized knowledge can easily determine the bullion in just a few seconds.
Equipped with Windows 10 and a 7-inch color display.
It is easy to use with a touch panel, and there is no need for the hassle or space of connecting a separate computer! This one unit is perfect for narrow storefronts and carrying purchases! Although it is small, it exerts great power
LM 250
LM 250, manual laser welding system
Standalone system with wheeled, height-adjustable base, it is characterized by an advanced cooling system that allows to operate in any work space. Equipped with an opening bottom that enables to work on big objects and removable trays, it is available also in the LM-T version with both microscope and coaxial camera.
LM-D LYNX
LM-D LYNX, manual laser welding system.
Stable
LM-D LYNX incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D LYNX features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D LYNX machine can also be controlled remotely via smartphone, tablet or computer.
LM-D
LM-D, manual laser welding system.
Stable
LM-D incorporates the Smart Spot technology for a repeatable welding process ensuring a wide depth of field and a stable laser firing already from the first pulses.
Comfortable
The new ergonomic design and low noise level ensure total operator comfort. The ECO function deactivates specific system components during periods of inactivity thereby ensuring reduced consumption.
Connected
LM-D features USB and Ethernet connectivity for welding recipes download/upload and software and firmware update. The LM-D machine can also be controlled remotely via smartphone, tablet or computer.
BIG SMARKY, laser marking and engraving system.
BIG SMARKY, laser marking and engraving system.
Versatile
The advanced features of the laser source allow to carry out engraving, marking and cutting operations in line with the highest technical standards. Big Smarky can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Practical
The 500 mm x 500 mm working chamber (maximum piece height 530 mm with F100 focal length) is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
SMARK CO2
SMARK CO2, laser marking and engraving system.
Versatile
The advanced features of the 20W CO2 laser source, complete with high performance galvanometric head, allow to carry out engraving, marking and cutting operations in line with the highest technical standards. SMARK CO2 can be fitted with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
SMARK CO2 is a Class 1 system with Ple performance level [certified protection window and double laser safety shutter].
Practical
The 490 mm x 350 mm working chamber is open on three sides to facilitate access.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
Easy “all-in-one” Laser Marking System
EASY, “all-in-one” desktop laser marking system.
Compact
Small-sized laser marking system equipped with high-precision and high-speed motorized Z axis.
Flexible
Available with a wide range of laser sources: 10 W, 20 W, 30 W, 40 W e 50 W. It can be integrated with all SISMA accessories, with the coaxial vision system (CVS) and with the Pattern Matching software.
Digitaly advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining
Easy-Go Laser Marking System
Our range of laser marking and engraving machines for goldsmithing:
integratable sources, compact table desktop systems,
stand-alone systems with support base and work stations.
EASY GO (CLASS I), desktop laser marking system.
Simple
Small-sized laser marking system, equipped with motorized Z axis, marking start button, and side openings.
Adaptable
Available with 20W and 30W laser sources. It can be integrated with SISMA accessories, like the spindle and the plate dragger.
Digitally advanced
Entirely developed by SISMA, the integrated software is the ideal solution for file management and parameter definition, even for complex machining.
VC460V
NEW
The VC460V is an induction heated vacuum overpressure casting machine developed for working in graphite crucibles. The VC460V is equipped with novel technology to cast filigree and precise pieces. Low frequency generator ensures excellent mixing of liquid metal.
The VC460V is engineered for continuous and efficient operation by its robust design and fully automatic operation mode. Modular systems guarantees low running costs, easy maintenance and service. Within several options the machine can be even more customized to customer needs. Besides of casting into filigree molds, the machine could be also used for granulation, bar casting and diffusion bonding.
Bestsellers
- Top 20
- VC Series
- Ultrasonic
- Tungsten Nanjing
Laptops & Computers
A182N
All-Purpose Master Alloy For 585-750‰ (14-18 KT) Yellow Gold
A182N is an Ultracast master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182N complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182N can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182N can be increased by means of a heat treatment. The absence of zinc in A182N guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM
All-purpose pre-master alloy for 585-750‰ (14-18 Kt) yellow gold
A182NM is a pre-master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182NM complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182NM can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182NM can be increased by means of a heat treatment.
The absence of zinc in A182NM guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM has a minimum level of deoxidizers; this makes it suitable for casting in closed systems. While liquid, the metal is perfectly clean and leaves no residues in the crucible after pouring.
A182NM offers excellent fluidity in casting; it has extremely high shininess and lustrous color after finishing.
Atomiser
Powder particle size for every request
The Indutherm atomisation plants have been particularly designed for the flexible and economic production of small-scale metal powder batches. Traditional large-scale production plants cannot provide this economic advantage. Frequently changing alloys in production require high cleaning efforts to avoid cross contamination. Particularly in R&D or precious metal powder applications small amounts of various kinds of powder are frequently required, often also new types of alloy powder not available on the market. Especially fast developing applications like SLM and MIM require more and more specialised metal powder.
B143HN
Master alloy for mechanical working of 375-585‰ (9-14 Kt) yellow gold
B143HN is an Ultracast master alloy for 375-585‰ (9-14 Kt) yellow gold jewelry, designed for mechanical working. It is particularly suitable in processes where high hardness and high mechanical resistance are requested, such as hollow chain and hollow tube production.
B143HN has been designed specifically for excellent age-hardening performance in 375‰ and 585‰ gold by means of a thermal treatment. Please refer to the technical chart for information on the correct age-hardening procedure.
The color of 585‰ gold made using B143HN shows a light yellow hue. In title 375‰ the alloy has a green yellow hue.
B9 Clean
From print to post-processing, integrate the end-to-end solution that enables your business to operate more efficiently and profitably than ever before.
Your push-button operation shouldn’t stop at the printer. Automate your post-processing with thorough, no-mess cleaning. Parts can be transferred directly from the printer to the B9Clean while still on the build platform or as loose models on the part tray.
B9 Core 530
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish. Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality. For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Core 550
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish.
Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality.
For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Model Cure
With a powerful design that reduces curing time, the B9 Model Cure boasts memory settings for fast, repeatable workflow.
The B9 Model Cure is a compact, high-intensity UV post-curing solution for resin models in applications such as jewelry, prototyping, model making, and more. Slide out drawer, timer, completion alarm, and memory settings enable fast, precise, repeatable workflow. The B9 Model Cure’s powerful design dramatically reduces curing times compared to other curing units.
Smartphones
A182N
All-Purpose Master Alloy For 585-750‰ (14-18 KT) Yellow Gold
A182N is an Ultracast master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182N complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182N can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182N can be increased by means of a heat treatment. The absence of zinc in A182N guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM
All-purpose pre-master alloy for 585-750‰ (14-18 Kt) yellow gold
A182NM is a pre-master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182NM complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182NM can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182NM can be increased by means of a heat treatment.
The absence of zinc in A182NM guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM has a minimum level of deoxidizers; this makes it suitable for casting in closed systems. While liquid, the metal is perfectly clean and leaves no residues in the crucible after pouring.
A182NM offers excellent fluidity in casting; it has extremely high shininess and lustrous color after finishing.
Atomiser
Powder particle size for every request
The Indutherm atomisation plants have been particularly designed for the flexible and economic production of small-scale metal powder batches. Traditional large-scale production plants cannot provide this economic advantage. Frequently changing alloys in production require high cleaning efforts to avoid cross contamination. Particularly in R&D or precious metal powder applications small amounts of various kinds of powder are frequently required, often also new types of alloy powder not available on the market. Especially fast developing applications like SLM and MIM require more and more specialised metal powder.
B143HN
Master alloy for mechanical working of 375-585‰ (9-14 Kt) yellow gold
B143HN is an Ultracast master alloy for 375-585‰ (9-14 Kt) yellow gold jewelry, designed for mechanical working. It is particularly suitable in processes where high hardness and high mechanical resistance are requested, such as hollow chain and hollow tube production.
B143HN has been designed specifically for excellent age-hardening performance in 375‰ and 585‰ gold by means of a thermal treatment. Please refer to the technical chart for information on the correct age-hardening procedure.
The color of 585‰ gold made using B143HN shows a light yellow hue. In title 375‰ the alloy has a green yellow hue.
B9 Clean
From print to post-processing, integrate the end-to-end solution that enables your business to operate more efficiently and profitably than ever before.
Your push-button operation shouldn’t stop at the printer. Automate your post-processing with thorough, no-mess cleaning. Parts can be transferred directly from the printer to the B9Clean while still on the build platform or as loose models on the part tray.
B9 Core 530
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish. Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality. For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Core 550
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish.
Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality.
For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Model Cure
With a powerful design that reduces curing time, the B9 Model Cure boasts memory settings for fast, repeatable workflow.
The B9 Model Cure is a compact, high-intensity UV post-curing solution for resin models in applications such as jewelry, prototyping, model making, and more. Slide out drawer, timer, completion alarm, and memory settings enable fast, precise, repeatable workflow. The B9 Model Cure’s powerful design dramatically reduces curing times compared to other curing units.
Recently Viewed
A182N
All-Purpose Master Alloy For 585-750‰ (14-18 KT) Yellow Gold
A182N is an Ultracast master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182N complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182N can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182N can be increased by means of a heat treatment. The absence of zinc in A182N guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM
All-purpose pre-master alloy for 585-750‰ (14-18 Kt) yellow gold
A182NM is a pre-master alloy for 585-750‰ (14-18 Kt) yellow gold jewelry, designed for lost-wax casting in closed systems. This alloy can also be used for mechanical working processes in general.
The color of 750‰ gold made using A182NM complies with the 2N yellow color definition according to the UNI EN 28654 standard. A182NM can also be used in the production of 585‰ gold, where it results in a green yellow hue.
The hardness of 750‰ gold alloyed with A182NM can be increased by means of a heat treatment.
The absence of zinc in A182NM guarantees zero metal loss from evaporation during processing. It makes it also successfully used in fire-enamelling processes.
A182NM has a minimum level of deoxidizers; this makes it suitable for casting in closed systems. While liquid, the metal is perfectly clean and leaves no residues in the crucible after pouring.
A182NM offers excellent fluidity in casting; it has extremely high shininess and lustrous color after finishing.
Atomiser
Powder particle size for every request
The Indutherm atomisation plants have been particularly designed for the flexible and economic production of small-scale metal powder batches. Traditional large-scale production plants cannot provide this economic advantage. Frequently changing alloys in production require high cleaning efforts to avoid cross contamination. Particularly in R&D or precious metal powder applications small amounts of various kinds of powder are frequently required, often also new types of alloy powder not available on the market. Especially fast developing applications like SLM and MIM require more and more specialised metal powder.
B143HN
Master alloy for mechanical working of 375-585‰ (9-14 Kt) yellow gold
B143HN is an Ultracast master alloy for 375-585‰ (9-14 Kt) yellow gold jewelry, designed for mechanical working. It is particularly suitable in processes where high hardness and high mechanical resistance are requested, such as hollow chain and hollow tube production.
B143HN has been designed specifically for excellent age-hardening performance in 375‰ and 585‰ gold by means of a thermal treatment. Please refer to the technical chart for information on the correct age-hardening procedure.
The color of 585‰ gold made using B143HN shows a light yellow hue. In title 375‰ the alloy has a green yellow hue.
B9 Clean
From print to post-processing, integrate the end-to-end solution that enables your business to operate more efficiently and profitably than ever before.
Your push-button operation shouldn’t stop at the printer. Automate your post-processing with thorough, no-mess cleaning. Parts can be transferred directly from the printer to the B9Clean while still on the build platform or as loose models on the part tray.
B9 Core 530
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish. Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality. For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Core 550
The 3D printer leading in speed, simplicity, and value.
Engineered to bring you unmatched precision & surface finish.
Available in two configurations, the B9 Core Series is a professional 3D printing solution designed to suit a multitude of applications including jewelry, rapid prototyping, manufacturing, industrial design and engineering, and more. The B9 Core Series 3D printers can print at exceptional speeds without sacrificing print resolution and surface quality.
For custom productions, the B9 Core 530 has an average build speed ranging between 40-120+ mm per hour. For large-scale manufacturing, the B9 Core 550 comes with a larger build envelope and has average build speeds ranging between 25-100+ mm per hour for the full envelope. The exceptional speed of the B9 Core Series allows users to print hundreds of models in a typical 8-10 hour work day. Now you can design, print, and cast in the same day.
B9 Model Cure
With a powerful design that reduces curing time, the B9 Model Cure boasts memory settings for fast, repeatable workflow.
The B9 Model Cure is a compact, high-intensity UV post-curing solution for resin models in applications such as jewelry, prototyping, model making, and more. Slide out drawer, timer, completion alarm, and memory settings enable fast, precise, repeatable workflow. The B9 Model Cure’s powerful design dramatically reduces curing times compared to other curing units.