3D Printing in Manufacturing
The engineering industry has witnessed tremendous impacts by 3D printing. The biggest gains are found in the sub-domains of product visualization and prototyping. The advent of 3D printing has led to substantial changes in the way products are designed.
Process for Manufacturing
Print custom parts in a fraction of the time with easily editable CAD files
Maximize your productivity with the
Ackuray DLP 3D Printer
DLP Technology
High Speed Printing
Fast Turnover
Eliminate outsourced tooling and produce parts within hours
High Productivity
Print up to 1,000 custom parts from a variety of material properties
Maximize ROI
Reduce cost by printing direct-use parts
Flexible Inventory
Print on the go and minimize inventory
Precision meets possibility
Print, test and modify files for the perfect fit
High Resolution
Print features down to 50 microns
Customizable
Print similar or custom pieces in a fraction of the time with easily editable CAD files
Tri Propeller
QuraGP simulates standard ABS plastics by combining good temperature resistance with high toughness. QuraGP offers durability, very low shrinkage, chemical and impact resistance, which is ideal for applications requiring functional prototypes and accuracy.
| Machine Used | Ackuray A135 |
| Material Used | QuraGP |
| Parts per Print | 8 parts |
| Weight per Part | 3.8 grams |
| Material Cost per Part | USD 0.67 |
| Printing Time | 45 mins |
Duo Propeller
Produce prints with high construction safety, high mechanical flexural and fracture resistances and fast throughput by short light exposure times. Its low viscosity ensures a reduced loss of material and fast cleaning.
| Machine Used | Ackuray A135 |
| Material Used | - |
| Parts per Print | 9 parts |
| Weight per Part | 2.2 grams |
| Material Cost per Part | - |
| Printing Time | 30 mins |