The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
The BG-75 EXPRESS Cyclotron
The BG-75 EXPRESS Cyclotron, a revolutionary, proven, and fully automatic technology, offers the possibility to produce radiopharmaceuticals for PET scans “on demand” in a safe, well-established and economical way, all within a 42m² space* inside a hospital
BG-75 System Features Overview
BG-75 System Features Overview
BG-75 System Features Overview
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
PET biomarkers at a user’s fingertip - Integrated radioisotope generator with Kit-based Micro-radiochemistry and Automated Quality Control
Simple push button and graphic user interface navigates the user through the production process while embedded production and quality control processes minimize the need for specialized staff.
Self-shielding, small size and low power requirements allow for a simple installation with minimal facility modifications
Self-shielded accelerator and chemistry produces a low radiation burden.
Minimal modifications to a facility are needed to implement, resulting in a quick and low-cost installation.
Scaled for a single user and is a cost-effective solution to either introduce or expand the use of PET within a facility
Consumable reagent kits and dose synthesis cards make it well-suited for dose-on-demand.
Low infrastructure requirements dramatically reduce operating costs.
High flexibility & advanced F-18 biomarkers
Single or multi-dose production of a FDG dose as fast as every 30 minutes for one dose or small batch (3 doses) production every hour.
Final dose delivery to syringe or vial (option).
Conventional Cyclotron Systems vs
BG-75 “Dose and Demand” Biomarker Generator
Conventional Cyclotron Systems vs BG-75 “Dose and Demand” Biomarker Generator
Conventional Cyclotron Systems vs
BG-75 “Dose and Demand” Biomarker Generator
* For the PET production lab (which includes a cyclotron), an additional 12m² is recommended for a separate chemistry room
** For FDG production
The BG-75 Cyclotron has been Installed Globally
The BG-75 Cyclotron has been Installed Globally
The BG-75 Cyclotron has been Installed Globally
50+ units have been sold to date and more than 250,000 patient exams have already been performed with BG-75’s biomarkers.
The BG-75 EXPRESS cyclotron was designed by ABT’s team of engineers that previously worked at Siemens’ cyclotron division. Their mission was to expand access to PET imaging through the BG-75’s special design.
The BG-75 EXPRESS cyclotron was designed by ABT’s team of engineers that previously worked at Siemens’ cyclotron division. Their mission was to expand access to PET imaging through the BG-75’s special design.
BG-75 Cyclotron Specifications
BG-75 Cyclotron Specifications
BG-75 Cyclotron Specifications
Physical Design
Pole Diameter: 74.8 mm
Extraction Radius: 35 cm
Dee System: 4
Dee Operating Voltage: 16 kV max
Frequency: 72 MHz
Magnetic Field: 1.2 Tesla avg. /1.8 Tesla max
Pole Diameter: 74.8 mm
Extraction Radius: 35 cm
Dee System: 4
Dee Operating Voltage: 16 kV max
Frequency: 72 MHz
Magnetic Field: 1.2 Tesla avg. /1.8
Tesla max
Pole Diameter: 74.8 mm
Extraction Radius: 35 cm
Dee System: 4
Dee Operating Voltage: 16 kV max
Frequency: 72 MHz
Magnetic Field: 1.2 Tesla avg. /1.8
Tesla max
Physical Demension
Magnet Mass: 3.5 tons
Cyclotron Height: 0.37 m
Cyclotron Diameter: 1.25 m
Beam Characteristics
Particle: Proton
Internal Beam Energy: 7.5 MeV
Internal Beam Current: <5 uA for F-18
production
Internal Target Ports: 3
(non-simultaneous)
(Compact 7.5 MeV EXPRESS Cyclotron)
Other Key Features
Low power
Simple one button operation and fast production
Access to target and ion source for simple replacement
Turbo pump versus oil-based diffusion pump
Lower regulatory burden due to less radiation exposure
Biomarkers produced by the BG-75 and its uses
Biomarkers produced by the BG-75 and its uses
Biomarkers produced by the BG-75 and its uses
* Source: NCBI, Neptis
We focus on solutions to better detect & protect people from infectious & cancerous diseases.
Asia
Fabrice Govin
fabrice@armor-care.com
+852 6603 7704
Fabrice Govin
fabrice@armor-care.com
+852 6603 7704
Europe
Jean Giorgis
jean@armor-care.com
+33 6 09 65 86 59
Jean Giorgis
jean@armor-care.com
+33 6 09 65 86 59
General
Contact
www.armor-care.com
contact@armor-care.com
Contact
www.armor-care.com
contact@armor-care.com
We focus on solutions to better detect & protect people from infectious & cancerous diseases.
Asia
Fabrice Govin
fabrice@armor-care.com
+852 6603 7704
Europe
Jean Giorgis
jean@armor-care.com
+33 6 09 65 86 59
General
Contact
www.armor-care.com
contact@armor-care.com
We focus on solutions to better detect & protect people from infectious & cancerous diseases.
Asia
Fabrice Govin
fabrice@armor-care.com
+852 6603 7704
Europe
Jean Giorgis
jean@armor-care.com
+33 6 09 65 86 59
General
Contact
www.armor-care.com
contact@armor-care.com