Low-Volume Production Made Possible with 3D Printing
Reduce the high costs and long lead times associated with low-volume production by switching to 3D printing.
Reduce the high costs and long lead times associated with low-volume production by switching to 3D printing.
Offering rapid turnaround times, unparalleled customization, and low material costs, in-house 3D printing is the most efficient option for your engineering needs, small business manufacturing, or custom part production.
Fabricate intricate injection mold inserts, specialized fixtures, and assembly guides with reduced lead times and superior accuracy.
Efficiently produce small batches of obsolete or highly specialized replacement components for aging machinery, minimizing downtime and avoiding the high costs of traditional tooling.
Manufacture patient-specific orthotic devices, dental aligners, or surgical guides in small quantities.
Fabricate short-run batches of lightweight structural components to support iterative testing and analysis before full-scale certification.
Orthopedic insole company Sooley sought enhanced manufacturing efficiency, reduced waste, and most importantly, personalized solutions that traditional production could not achieve. 3D printing provided an option that was both accessible and scalable.
In the realm of automotive restoration, finding rare or discontinued parts can be a daunting task. However, thanks to the ingenuity and expertise of small business owner Shane Drake, car enthusiasts now have a solution
BunkTrunk, a small business providing college dorm security products, produces between 500 and 1,000 units annually. Co-owner Guy Plouffe has found that Raise3D printers have consistently delivered outstanding results, and that what was once a month-long production cycle has been condensed to just two weeks.
Gauge company Speedhut switched to 3D printing for low-volume production of jigs & fixtures as well as end-use components. Printed tools, including bezels and solder fixtures, have demonstrated exceptional durability, lasting over a year without requiring replacements.
Adapt Ability creates personalized bicycles for children with special needs or disabilities. With 3D printing, they can manufacture parts at significantly lower costs than traditional methods, making these specialized bikes more accessible and affordable for those who need them.
GAGAT AM was founded in 2018 in the Netherlands, initially offering prototyping and design services.
GAGAT’s 3D printer line-up consists of 29 Raise3D Pro3’s and a Raise3D Pro2. They can manufacture up to 10.000 small-medium sized parts a month, using approximately 300kg of plastic.GAGAT AM and Raise3D will continue to work together, as they themselves state: “Today, Raise3D remains our trusted partner, providing us with exceptional machines that consistently meet our needs.”
The recommended 3D printing filament for beginners
Reliable and versatile rigid filament
Excellent material for strength and durability
A filament for end-use and functional applications
Reliable and durable filament for engineering and end-use
Functional filament with a wide range of applications
Resilient and flexible rubber-like filament
User-friendly filament for general applications
Ideal filament for outdoor applications
Electrostatic discharge-safe printing material based on carbon nanotube-filled PETG
Carbon fiber-reinforced material with balanced properties and wide range of uses
A new-generation of industrial fiber-reinforced composite filaments for Hyper FFF®
A new-generation of industrial fiber-reinforced composite filaments for Hyper FFF®
A high-performance composite filament for end-use applications
A high-temperature composite filament for end-use applications
An ideal choice to experience a reliable carbon fiber composite printing for strong and cost-effective end-use applications
An ideal choice with multi-colour for reliable printing of fibreglass composites for strong and cost-effective end-use applications
Stainless steel composite metal filament for 3D printers
Fast iteration for general purpose prototyping
Ideal for applications that require strength and toughness
Rigid engineering end-use parts
High impact, high elongation resin
High-strength photoplastic
Rigid resin with superior stiffness and temperature resistance
Ceramic-filled resin with exceptionally high stiffness and temperature resistance
White Paper: FFF 3D Printed Orthopedic Insole: Implementation Insight for Design Optimization and Workflow Cost-efficiency
