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Use-Case Examples
Custom IOT enclosures for PCBs and electronics
Motor mount covers to protect the mounts during installation of surrounding items
or modification solutions
Flame retardant bus part for a school transportation upgrade
PCB standoffs for first version of Flock Safety’s cameras
Bronx High School National Debate Competition trophies
Clam-shell “brains” for an XBOX game release social media influencer "box opening" posts
PurlWax’s scraper sharpener used to clean and sharpen their ski wax scraper
Hella HERO headlamp custom bezel to match various makes/models of police vehicles
Custom IOT enclosures for PCBs and electronics
Motor mount covers to protect the mounts during installation of surrounding items
or modification solutions
Flame retardant bus part for a school transportation upgrade
PCB standoffs for first version of Flock Safety’s cameras
Bronx High School National Debate Competition trophies
Clam-shell “brains” for an XBOX game release social media influencer "box opening" posts
PurlWax’s scraper sharpener used to clean and sharpen their ski wax scraper
Finger chopsticks for a Myna Snacks promotion through ADVOC8
Credit card skimmer detectors for an international grocery store chain
A 3D model can help plan for approaches in complicated structures to stay on schedule
High-detailed and large practical effects can be used to enhance CGI or as props in filming
MEPPI's mobile substation has been a hit at tradeshows helping to close more deals
3D prints can be used for fiberglass molds such as this one used to make two 13' tall Coca-Cola bottles
Tooling for large objects such as a child carseat can be over $100k, fitment tests can avoid significant losses
3' tall iceberg used for a photo prop at a corporate event
Finger chopsticks for a Myna Snacks promotion through ADVOC8
Credit card skimmer detectors for an international grocery store chain
A 3D model can help plan for approaches in complicated structures to stay on schedule
High-detailed and large practical effects can be used to enhance CGI or as props in filming
MEPPI's mobile substation has been a hit at tradeshows helping to close more deals
3D prints can be used for fiberglass molds such as this one used to make two 13' tall Coca-Cola bottles
Tooling for large objects such as a child carseat can be over $100k, fitment tests can avoid significant losses
3' tall iceberg used for a photo prop at a corporate event
How to work with Us
A comprehensive online quoting tool.
If you have a 3D file(s) and prefer a self-service option, this is typically the way to get the best pricing. If you do not have 3D files but need high-volume or large-format printing, you can contact us through our Person-to-Person method. We try to push all one-off and small jobs through our online quoting tool, but large projects benefit from a personal connection.
A consultative approach.
We are happy to take a consultative approach for projects that require planning, quality expectations, bulk quantities, large-scale 3D printing, 3D modeling, file prep work, or just honest and professional advice. We can communicate via email or phone and meet online or in person.
Ongoing production needs.
Several clients require ongoing parts production for their products or manufacturing lines. We accept purchase orders, arrange long-term purchasing agreements, and offer contract manufacturing when needed.
No files, no problem. Well, maybe.
We offer 3D scanning and 3D modeling services when the result is a substantial 3D printing job, whether that is a large-quantity need, a large-format print, an involved tradeshow model, etc. We no longer offer 3D modeling and 3D scanning as stand-alone services, though. If your needs do not match our services, we can refer you to a partner or suggest an alternative route.
The options listed here are the most common ways that we work and interact with our clients, but do not represent all of the various ways that we can engage.
Materials for High-Volume 3D Printing
Sustainable
Sustainable materials are either made to biodegrade, with recycled materials, or with intentional carbon-reducing practices and recyclable components such as a cardboard filament spool.
carBon filled
PA-CF
Carbon fiber-filled filaments offer improved strength and toughness and an appealing matte finish. It is ideal for functional-use parts that require impact strength, high performance, and a sleek look.
Engineering
Production runs, durable, impact resistant, stiff/rigid, UV resistance, chemical resistance, high/low-temperature resistance, fire resistance/flame retardant, electrical conductivity, thermal conductivity, ESD safe, living hinges.
ARtistic
PLA-Silk, PLA-Metallic, PLA-Color Change,
PLA-Wood
Marketing models, sales models, trophies, awards, tradeshow giveaways, retail items, consumer goods, and artistic projects.
general use
Prototyping, concept models, sales models, affordable functional-use parts, production runs, translucent parts, flexible parts, food-safe products, and moderately strong parts.
Materials for Large-Format 3D Printing
general use FDM
Prototyping, concept models, sales models, affordable functional-use parts, production runs, fitment tests, flexible parts, food-safe products, and moderately strong parts can all be produced with PLA and PETG on our large-format filament-extruding machines.
general use GDP
Dimengel 110
Dimengel 90 (DIM 90) is a cost-effective derivative of the DIM 100, offering the same wide range of applications and finishing options without illumination. Dimengel 100 (DIM 100) is a high-definition, general-use material.
engineering
Dimengel 400 (DIM 400) is the strongest and toughest of Massivit’s high-performance, Gel-Dispensing Printing materials. Its impact resistance is ideal for the most demanding functional prototyping and custom manufacturing.
translucent
Dimengel 300
Dimengel 300 (DIM 300) is a translucent 3D-printing photo-polymeric gel for the fast production of large parts. Like Dimengel 300, Dimengel 100 is semi-translucent. Both are typically used in applications where the printed part needs to be illuminated.
fire-retardant
20-FR (DIM 20-FR) is the world’s first flame-retardant 3D-printing thermoset gel to produce large parts. The polymer complies with the highest standard for flame-retardant materials, serving various industries, including automotive, marine, aerospace, rail, and scenic fabrication.
Our 3D Printing Methods
FDM/FFF for Production
SLS for Production
FDM/FFF for Large Objects
GDP for Large Objects
The Four Stage Process
Scope of Work & Approval
We will examine the customer's 3D design or concept for feasibility and to ensure it aligns with our capabilities. If known, the customer will share the key objectives, deliverables, budget, and deadlines.
The result is a scope of work including printing method(s), materials, final finishes, as well as any other necessary services such as 3D modeling or scanning. The scope of work is then used to determine estimates for production that are aligned with the project budget and timeline.
3D Design & Print Settings Testing
Printable files are a requirement at this stage and depending on the scope of work, the customer will provide them, we will model them, or we will repair existing non-printable files provided. Once the print files are ready, we will begin to dial in print settings to optimize quality and output per file.
Print samples typically result from this stage which we are happy to provide to ensure expectations for the final product are aligned by all.
Pre-Production & Production
During the pre-production and production stage, many factors are considered in determining the number of machines to allocate to the project. Each machine is verified as a viable fit for the material, print settings, and geometry of the part prior to full allocation to the project.
A quality control plan is implemented to ensure the 3D prints are produced to the agreed upon expectations, and to allow for early implementation of changes if necessary. Machines allocation is increased or decreased to allow us to meet deadlines with certainty.
3D Print Finishing & Fulfillment
If print finishing such as smoothing, painting, dying, assembly, or support removal is included in the scope of work, we will schedule these services to meet fulfillment dates. We maximize print finishing success by putting forethought into prior stages of modeling and print setting testing.
Once the parts are ready for shipping, we offer various shipping carriers such as UPS, FedEx, and USPS, in addition to courier service to Atlanta local locations, pick up service, and LTL for large items.
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