Revolutionize Your Assembly Line with 3D Printed Jigs and Fixtures
In-house 3D manufacturing aids and fixtures accelerates turnaround times, reduces tooling costs, and allows for nimble production design.
In-house 3D manufacturing aids and fixtures accelerates turnaround times, reduces tooling costs, and allows for nimble production design.
With in-house 3D printing, you can create durable jigs and fixtures at a fraction of the cost of traditional machining, in a fraction of the time. Shave months off the development process, save on material and production costs, and manufacture complex and curved parts for more functional tooling.
Reduce lead times from several weeks to just a few days thanks to rapid prototyping and in-house production for faster development cycles.
3D-printed thermoplastic jigs & fixtures offer comparable strength, heat-resistance, and durability to metal tooling at significantly lower costs.
Without any of the limitations of traditional manufacturing, 3D printing allows for more complex, customizable, and functional jigs and fixtures.
Inexpensive materials, faster turnaround times, and greater functionality combine to save exceptional amounts in money and time costs.
“I was expecting to actually have to reprint a lot of jigs and fixtures every couple of months because of our production line. Some of the tools get just so worn out because of how many gauges are going through. But they hold up great. I haven’t had to reprint any parts that we’ve had everything on the line for probably about a year now.”
At Musashi, the original lead time for outsourced jigs and fixtures was 30 days. By switching to in-house 3D printing, they were able to reduce this time to 7 days, saving 30% in time costs.
“Things you wouldn’t normally be able to do with metal parts, we can do in a couple of hours as opposed to a couple of weeks on other systems.”
By using specialized 3D printed jigs and fixtures, Scorpion Security Products has been able to reduce the number of parts involved in their assembly—not only simplifying the assembly process but also enhancing the ability of their suppliers to put the product together efficiently.
Advantech is a globally renowned industrial Internet of Things (IoT) company. Within Advantech’s factory production processes, there is a substantial demand for customized, non-standard components, namely PCB positioning fixtures. Advantech uses Raise3D Pro2 Plus to solve the problems of increased cost, long lead times and the limited flexibility of outsourcing fixtures. Producing fixtures on the Raise3D Pro2 Plus saves 90% in costs when compared to outsourcing.
Comosworks Ltd. mainly provide services such as e-bike sales, repair, spare parts sales, technical services, technology development, mechanical parts, etc. According to Comosworks staff, “After using the Raise3D printing, we have avoided the long cycle of outsourcing and modified the design in a timely manner“. Ultimately, 3D printing offers great benefits to companies looking to produce faster, lighter, and more energy-efficient electric bikes.
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
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: Cost-Efficiency Review for FFF Printed Jigs & Fixture
