REVOLUTIONIZE YOUR WORKFLOW HOW FAST IS THE RAPID 3D PRINTER

In the industry of 3D printing, speed is essentially relative. The parameters and points of reference are always crucial. Any printer can claim to be fast if its speed limit is established to 100 microns.

In the jewelry manufacturing industry, normal layer thicknesses for printing jewelry vary from 10um to 50um. The most often used size is 50 microns. The measurement is done in millimeters per hour (mm/Hour).

 

ACHIEVE HIGH-RESOLUTION AT HIGH SPEED: HOW FAST CAN RAPID PRINT AT 50 MICRONS?

Three different speed options are available for the Rapid 3D Printer: Fast, Normal, and Fine. Each mode is designed to meet certain needs for printing jewelry.

 

Fast Mode:

Provides rapid and effective production; perfect for printing light and filigree designs.

Normal Mode:

Offers a balanced speed for a variety of applications, and is suggested for mixed designs that incorporate surface features, filigree, or both.

Fine Mode:

Provides the highest level of precision for minute details, and is most appropriate for chains, surface-based, or solid designs.

 

Depending on the complexity and needs of the design, each mode offers several speed options to maximize the printing process. Below is the speed chart of Rapid that shows the Speed of Rapid 3D Printer with different Resins, Settings & Layer Thickness.

Printer

Resin

Layer Thickness

(Microns)

Printing Mode

Reference Job Height

Printing Speed

(mm per Hour)

Rapid

Sharp

50

Speed

60mm

65mm/h   

50

Normal

60mm

52.2mm/h  

50

Fine

60mm

33.5mm/h   

30

Speed

60mm

49mm/h

30

Normal

60mm

36mm/h

30

Fine

60mm

20mm/h

Forowax

50

Speed

60mm

66mm/h    

50

Normal

60mm

51.8mm/h  

50

Fine

60mm

32mm/h

30

Speed

60mm

49mm/h

30

Normal

60mm

36.5mm/h

30

Fine

60mm

20.5mm/h

Velvet

50

Speed

60mm

64mm/h

50

Normal

60mm

52mm/h    

50

Fine

60mm

32mm/h   

30

Speed

60mm

49mm/h

30

Normal

60mm

41mm/h

30

Fine

60mm

20mm/h

Citro
Wax

50

Speed

60mm

53.7mm/h    

50

Normal

60mm

49.5mm/h    

50

Fine

60mm

30mm/h   

30

Speed

60mm

45.5mm/h

30

Normal

60mm

34.5mm/h

30

Fine

60mm

19mm/h

Perfecta

50

Speed

60mm

44.5mm/h

50

Normal

60mm

36.5mm/h

50

Fine

60mm

22.5mm/h   

30

Speed

60mm

33.5mm/h   

30

Normal

60mm

25.5mm/h

30

Fine

60mm

16.5mm/h

Garnet

50

Speed

60mm

55mm/h    

50

Normal

60mm

45mm/h

50

Fine

60mm

28mm/h     

30

Speed

60mm

39.5mm/h

30

Normal

60mm

32mm/h

30

Fine

60mm

18.5mm/h

4Melt

50

Speed

60mm

47.5mm/h

50

Normal

60mm

40.5mm/h

50

Fine

60mm

26mm/h   

30

Speed

60mm

38mm/h

30

Normal

60mm

30.5mm/h

30

Fine

60mm

18mm/h

Promould

50

Speed

60mm

72mm/h

50

Normal

60mm

56mm/h

50

Fine

60mm

35mm/h

30

Speed

60mm

52mm/h    

30

Normal

60mm

39mm/h

30

Fine

60mm

23mm/h

 

So the answer of How fast can rapid print at 50 microns, is The Rapid 3D Printer can print up to 72 mm/h at 50 microns, depending on the resin and mode.

 

SPEED OF THE RAPID 3D PRINTER 

The overall speed of the Rapid 3D Printer is influenced by several factors:

 

Resin Viscosity:

The viscosity of the resin affects how quickly it settles after each exposure. Lower viscosity resins settle faster, potentially speeding up the printing process.

 

Layer Thickness:

The thickness of each layer determines how many layers are needed to complete a print. For instance, a 3D model sliced at 100 microns will have fewer layers than one sliced at 50 microns, resulting in a faster print time for the thicker layers.

 

Printing Profile Parameters:

Beyond exposure time, other parameters such as lift distance, delay before and after exposure, and more can impact the printing speed and total print time of a 3D printing Job. Fine-tuning these settings can optimize the overall efficiency of the printing process.

 

HOW THE RAPID 3D PRINTER SAVE TIME AND MONEY MORE EFFICIENTLY?

Production Capacity Increased: The use of high-speed modes enables the production of a greater number of items in a shorter amount of time.

Reduced Operational Costs: Because of the shorter print durations, energy consumption is reduced, resulting in lower electricity bills.

Minimal Post-Processing: The necessity for extensive post-processing is diminished by precision printing, which results in a reduction in labor and material expenses.

Optimized Material Utilization: Efficient layer thickness and resin usage minimize waste, further reducing expenses.

Rapid Turnaround: The dispatch of finished products is accelerated, resulting in increased customer satisfaction.

 

MAINTENANCE TIPS TO ACHIEVE OPTIMAL PERFORMANCE

Clean Frequently: To preserve print quality, keep residue clean from the build platform and resin tank.

Periodically Calibrate: Make sure the printer is consistently calibrated to produce accurate prints.

Update Firmware: Install the most recent firmware upgrades for enhanced functionality and additional features.

Maintain Conditions: To prevent performance problems, keep the printer in a steady, dust-free location.

Follow Guidelines: To avoid damage and guarantee longevity, handle and store resin under manufacturer guidelines.

 

IN CONCLUSION

The Rapid 3D Printer stands out as one of the fastest and most precise printers in the jewelry industry. Its impressive 49 and 40-micron XY resolutions ensure exceptional surface finishes. With a compact build platform of 190mm x 107mm x 200mm, it is perfectly suited for printing any type of jewelry with remarkable speed and accuracy. Rapid offers the best of everything, making it an invaluable asset for jewelers seeking efficiency and quality.

For more insights, read our blog post on https://protospeedfze.com/blog/understanding-speed-in-terms-of-3d-printing-for-jewelry