Ackuretta Technologies USP Pioneers in 3D Printing

Machine parts built for streamlined and fuss-free operation to improve efficiency and reliability

Our DLP and SLA printing is the optimal solution for professionals who take pride in their printed masterpieces

Top of the line resin materials to create a plethora of items with smooth, detailed, and high

quality surfaces, unmatched by FDM printing

Our #1 software algorithm is programmed to make each print a success by analyzing and confirming the material properties and design of each part before printing

Figure 1Ackuretta Technologies 3D Printing Application

Ackuretta’s Powerful Projectors Commercial projector Ackuretta’s industrial projector

Light bulb RGB Bulbs UV Bulbs

Has a wide spectrum of light Provides just the right amount of light to cure resins, creating a higher quality end product

Wastes a lot of energy Wastes less energy than RGB bulbs and can reduce your power bills by $150 per year

Lenses Plastic lenses Glass lenses

Lasts 2,000 hours Lasts 20,000 hours

Frequent calibration needed Less calibration needed

Often experiences yellowing of lenses Lenses remain clean

High maintenance Lens replacement is quick and cheap

Often, lens replacement is difficult and so the machine cannot be used anymore

Machine can still be used after lens replacement

Curing time for a sample sized 100mm75mm with 50 micron layer thickness

7 seconds

2 Seconds

à Reduces creation lead time by 40-45%

Optics

There are image aberrations and the The accuracy of the image decreases exponentially from the center point

The image is accurate in all angles

Lenses will turn yellow Lenses remain clear and doesn’t require replacing

Ackuretta’s Advanced DLP Printers

Competitors’ DLP printers Ackuretta’s DLP printer

Window Control System

Often the projector will run when the windows logo shows, causing curing of the first few layers

The industrial grade projector has an on board computer that’s more efficient in making hassle-free prints.

Printing will stop when the computer’s screensaver mode turns on

Prints directly from a pen drive, allowing for uninterrupted printing and full computer functionality

Design software takes up a lot of RAM and can crash the computer

Cheap CPU firmware can be unstable

Many machines contain non-certified parts, meaning that there is no guarantee on performance or service

Parts are certified to ensure stellar and reliable performance

Pricing $400 >$2500

Costs keep rising due to PC errors, projector replacement, downtime losses, resin wastage, service calls, and print errors

No hidden costs caused by unreliable machine or software.

The price does not guarantee quality or service from the printer.

The price is a guarantee of value, service, and time saved from a quality machine

Skill required Requires engineering skill and know-how

Beginners and professionals alike are able to fully utilize the potential of this machine without any technical setbacks

DLP vs Carbon 3D printing

Carbon 3d printing DLP

Price $150,000 $10,000

Size 144 x 81mm 144x 81mm

Speed 0.5 sec/layer 5 sec/layer

Relative speed 10x faster x

Relative price 15x more expensive x

Print cycle 3 mins/cycle 30 mins/cycle

Specialty Mass manufacturing Mass customization

Load shedding Reliant on 1mlc Load shedding

Carbon 3D printers are fast and capable of doing mass manufacturing. However, in industries such as jewelry, dental, and even consumer goods, there is an increasing demand for customization. Ackuretta’s DLP technology provides mass customization capabilities to improve efficiency and customer satisfaction. Although Carbon 3D printers are 10x faster than DLP printers, DLP printers are still able to produce customized batches in an efficient time frame. The user can do other tasks during the printing process and focus more on the creative or business process of 3d printing than on bulk production. DLP printers offer more value because you can buy 15 printers in place of 1 carbon 3D printer. Not only does it allow for a greater variation in prints, but it also prevents the likelihood of production bottlenecks if ever a machine breaks down. Competitors’ DLP Machines Our DLP machines

Curing time 4 seconds/layer 0.6 seconds/layer

What it means for you Slow production cycles with inconsistent prints

Faster production cycles with low failure rates

Ackuretta’s Resins Our full-consistency resins provide you with accurate and dependable prints.

Competitors’ resins Ackuretta’s resins

Competitor’s resin shows separation meaning that engineers have to continuously mix the resin to create a uniform final product.

Ackuretta’s resin remains homogeneous after 2 weeks of storage and usage.

A ring made from Ackuretta’s resin (right) shows higher clarity and vibrancy than one made from a competitor’s resin.

1.85% shrinkage. A shrinkage of 1.85% in all three axes will lead to your component failing any quality control tests in industries that look for high precision.

0.33% shrinkage. Less shrinkage means more accuracy and usability.

Part made with competitors’ resin shows curling and warping during curing process, leading to wasted materials and numerous tries.

Part made with Ackuretta’s resin shows no curling or distortions after the UV curing process, leaving more room for creative and complex designs.

Competitor's resin shows burnout, forming residual ash, blowholes, and poor surface finish

Ackuretta's resins shows no burnout, maintaining the shape and luster of the intended final product

Other resin products may not be compatible with Teflon-coated and PDMS coated resin tanks. Buying the wrong resin could shorten the life of your resin tanks.

Compatible with PDMS coated and Teflon coated resin tanks