3D PRINTING
Explore Innomerix's Exclusive large-scale 3D printing solution at the Additive Center. Unleashing high-performance gantry-based technology, this unique 3D printer integrates dynamic precision seamlessly. With a drive train featuring ground racks and low backlash planetary gearboxes, it ensures unmatched accuracy, dynamics, and reliability, requiring minimal maintenance. The large-scale 3D printer design allows tailored configurations for precise 3D printing and material testing in diverse applications.
3D PRINTING
Explore Innomerix's Exclusive large-scale 3D printing solution at the Additive Center. Unleashing high-performance gantry-based technology, this unique 3D printer integrates dynamic precision seamlessly. With a drive train featuring ground racks and low backlash planetary gearboxes, it ensures unmatched accuracy, dynamics, and reliability, requiring minimal maintenance. The large-scale 3D printer design allows tailored configurations for precise 3D printing and material testing in diverse applications.
SPECIALIST MATERIALS FOR 3D PRINTING
SPECIALIST MATERIALS FOR 3D PRINTING
In the realm of 3D printing, the choice of materials directly influences the final characteristics of the printed objects. Different projects may demand specific properties such as strength, flexibility, durability, or heat resistance. Therefore, a thoughtful consideration of material attributes is essential to ensure that the 3D-printed components meet the exact requirements of the intended application.
Moreover, the material selection process extends beyond basic functionality. Factors like cost, ease of printing, and environmental impact also come into play. Striking the right balance between performance and practical considerations is key to successful 3D printing projects.
At Innomerix, our range of compounds for 3D printing are the next high-quality and innovative materials designed to ensure precision, strength, and unique characteristics across a wide range of manufacturing and prototyping applications:
In the realm of 3D printing, the choice of materials directly influences the final characteristics of the printed objects. Different projects may demand specific properties such as strength, flexibility, durability, or heat resistance. Therefore, a thoughtful consideration of material attributes is essential to ensure that the 3D-printed components meet the exact requirements of the intended application.
Moreover, the material selection process extends beyond basic functionality. Factors like cost, ease of printing, and environmental impact also come into play. Striking the right balance between performance and practical considerations is key to successful 3D printing projects.
At Innomerix, our range of compounds for 3D printing are the next high-quality and innovative materials designed to ensure precision, strength, and unique characteristics across a wide range of manufacturing and prototyping applications:
We specialize in:
Glass Fibre Reinforced PETG
Good impact and chemical resistance
High dimensional stability
Ease of printing
Available in many colours
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Carbon Fiber Reinforced PETG
High impact resistance
Good chemical resistance
Ease of printing
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Glass Fiber Reinforced PP
Cost effective
Good chemical resistance
Low moisture absorption
Grades available for marine and outdoor applications
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Glass Fiber Reinforced HDPE
Good mechanical strength
Good chemical resistance
Low moisture absorption
Excellent outdoor performance
Grades available for marine applications
Suitable for rapid prototyping, non-structural parts, moulds, trim jigs, art installations and outdoor items.
We specialize in:
Glass Fibre Reinforced PETG
Good impact and chemical resistance
High dimensional stability
Ease of printing
Available in many colours
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Carbon Fiber Reinforced PETG
High impact resistance
Good chemical resistance
Ease of printing
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Glass Fiber Reinforced PP
Cost effective
Good chemical resistance
Low moisture absorption
Grades available for marine and outdoor applications
Suitable for rapid prototyping, non-structural parts, moulds, fixtures and outdoor items
Glass Fiber Reinforced HDPE
Good mechanical strength
Good chemical resistance
Low moisture absorption
Excellent outdoor performance
Grades available for marine applications
Suitable for rapid prototyping, non-structural parts, moulds, trim jigs, art installations and outdoor items.
The large-scale 3D printing solution
The large-scale 3D printing solution
Our VSF 210 printer is the high-performance gantry-based machine, combining high dynamics with high precision.
For the drive train ground racks and low backlash planetary gearboxes are used to ensure precision, dynamics and reliability along with minimal maintenance effort.
Print Area - 10m x 5m.
Max Print Hight - 1.6m.
Configuration - 2 Bridges for simultaneous Printing & Milling
Our VSF 210 printer is the high-performance gantry-based machine, combining high dynamics with high precision.
For the drive train ground racks and low backlash planetary gearboxes are used to ensure precision, dynamics and reliability along with minimal maintenance effort.
Print Area - 10m x 5m.
Max Print Hight - 1.6m.
Configuration - 2 Bridges for simultaneous Printing & Milling
The large-scale 3D printing solution offers a fully digital production process designed to enhance productivity and shorten production time.
Ideal for applications such as jigs, plugs & moulds, and structural or decorative end-parts, this solution serves multiple industries.
Utilising a wide range of reinforced thermoplastic materials, it is engineered to meet diverse application requirements.
The large-scale 3D printing solution offers a fully digital production process designed to enhance productivity and shorten production time.
Ideal for applications such as jigs, plugs & moulds, and structural or decorative end-parts, this solution serves multiple industries.
Utilising a wide range of reinforced thermoplastic materials, it is engineered to meet diverse application requirements.
3D Printing
3D printing technology features a high-performance pellet extruder capable of handling a wide range of different materials.
With super-fast printing speeds and accurate process control and monitoring, this system is designed to significantly enhance productivity and reduce production time across various applications and industries.
Milling
The high performance 5 axis CNC milling system use the HSD high speed milling spindles and 5 axis milling heads in combination with leading-edge Siemens SINUMERIK ONE CNC controls leads to outstanding machining performance.
Options include tool changers, part and workpiece probing and swarf and dust vacuum systems.
3D Printing
3D printing technology features a high-performance pellet extruder capable of handling a wide range of different materials.
With super-fast printing speeds and accurate process control and monitoring, this system is designed to significantly enhance productivity and reduce production time across various applications and industries.