See examples of how industry-leading corporations are utilizing Ultimaker 3D printers to hurry up iteration cycles, scale back unplanned downtime, and improve productiveness.
Up to date on August 31, 2022
by
MatterHackers
It is a well-known proven fact that 3D printing is being utilized in all kinds of industries for prototyping, creating purposeful jigs and fixtures, and even for creating end-use elements and merchandise. This text will showcase how in-house 3D printing can profit industrial product design and automatic packaging by saving money and time, and stopping surprising delays in manufacturing. Â
1. Quicker Visible Prototypes for Your Merchandise
As an alternative of counting on digital renderings, having a tangible prototype may help in product design and concerns. Through the use of a 3D printer, it can save you money and time creating product mock-ups when in comparison with conventional strategies.Â
Instance:Â Drink Can Designs
Twin extrusion 3D printers just like the Ultimaker S5 make it very simple to speak colour variations in visible prototypes.Â
Typical Methodology:Â
- Materials: Aluminum and Ink
- Lead time: 2 weeks
- Value: ~$150
Utilizing 3D Printing:Â
- Materials: PLA Filament
- Lead time: 24 hours
- Value: ~$10 – 93% price financial savings
Drink can design – photograph courtesy of Ultimaker
2. Create Useful Prototypes of Merchandise
Iterate on designs shortly and even 3D print in supplies that your end-product might be produced from for correct testing.Â
Instance: Squeeze Tubes
This quick, single-wall print is produced from Polypropylene filament, a commonly-used materials within the packaging {industry}, and a working hinged cap from Powerful PLA.
Typical Methodology:Â
- Materials: Foam/CNC
- Lead Time: 2 weeks
- Value: ~$130
Utilizing 3D Printing:Â
- Materials: Polypropylene and Powerful PLA
- Lead Time: 4 Hours
- Value: ~$3 – 98% price saving
Squeeze Tube 3D printed prototypes
3. Create Meeting and Help Instruments
Customizable meeting and help instruments can’t solely be extra environment friendly for particular jobs and elements, however they are often safer as they’re designed particularly for the job at hand.Â
Instance:Â Ergonomic Wrench
This wrench has ergonomic enhancements which can be extremely helpful for the person. Any such customization can occur shortly because of 3D printing.Â
Typical Methodology:Â
- Materials: stainless-steel
- Lead Time: 2 weeks
- Value: ~$600
Utilizing 3D Printing
Customizable 3D printed ergonomic wrench
4. Create High quality Management Instruments
3D printing is the last word customization instrument, permitting you to create actual jigs and fixtures wanted throughout product manufacturing to make sure that all of your merchandise are made precisely the identical. Â
Instance:Â Label GaugeÂ
This low-cost answer ensures that labels are positioned accurately on product packaging. 3D printing offers you the liberty to create this type of tooling simply.
Typical Methodology:Â
- Materials: metallic or POM
- Lead Time:Â week
- Value: ~$130
Utilizing 3D Printing
- Materials: PLA Filament
- Print Time: 7 hours
- Value: ~$1.50 – 99% price saving
Customized 3D printed Label Gauge
5. Substitute Gear Elements Rapidly
Breaks occur. When one thing breaks on the manufacturing line, you possibly can shortly and simply 3D print a customized half to exchange the damaged one, and even print spares to have on standby. Â
Instance: Sprocket Wheel
Some of the widespread 3D printing functions utilized in manufacturing amenities is changing spare elements shortly. This Sprocket Wheel is printed in a self-lubricating polymer, which may stand up to the wear and tear and tear of the manufacturing atmosphere.Â
Typical Methodology:Â
- Materials: PA6/66
- Lead Time: 3 weeks
- Value: ~$30Â (MOQ 20)
Utilizing 3D Printing
Simply create alternative elements for tools.
Have extra questions on how 3D printing may help you develop merchandise? E mail gross sales@matterhackers.com to study extra.Â