3D Printers

3D Printers

Description
Description

3D printers are advanced devices that fabricate physical objects from digital blueprints through an additive manufacturing process. This process involves depositing materials layer by layer, based on precise geometrical data from a computer-aided design (CAD). Various types of 3D printers exist, employing different technologies: Fused Deposition Modeling (FDM) utilizes thermoplastic filaments, while Stereolithography (SLA) solidifies photosensitive resins with UV lasers. These printers are distinguished by their ability to produce complex structures with high accuracy and minimal material waste. Their versatility spans diverse industries, enabling rapid prototyping, customized manufacturing, and intricate component production.

History
History

3D printing began in the 1980s, originally known as rapid prototyping. The technology's purpose was to help manufacturers create product models quickly and cheaply. Chuck Hull invented the first method, called Stereolithography, in 1983, which used UV light to harden resin in precise shapes. Over the years, different techniques like Fused Deposition Modeling, which melts plastic to form layers, emerged. These printers were initially bulky and expensive, limiting their use to industrial settings. However, advancements led to smaller, more affordable models, making the technology accessible to hobbyists, schools, and small businesses, revolutionizing how people create and think about manufacturing objects.

Future
Future

In the future, 3D printing could transform how we create and repair items. Imagine printing replacement parts for appliances at home, reducing waste and waiting times. In medicine, there’s potential for printing personalized organs for transplants. With advancements, even houses and buildings might be 3D-printed, offering faster and more cost-effective construction.

As printers become more capable and materials more versatile, they could become household staples like microwaves. Kids might print toys for school projects, while adults might print bespoke furniture. 3D printing promises a world where customized production is the norm, empowering creative and practical solutions in daily life.

Common Questions
Common Questions
What are the different types of 3D printers available?

Currently, there are 9 basic types of 3D printers available. The different types of 3D printers include Fused Deposit Modeling (FDM), Stereolithography (SLA), Digital Light Processing (DLP), and Selective Laser Sintering (SLS). The other types of 3D printers are Selective Laser Melting (SLM), Electron Beam Melting (EMB), Laminated Object Manufacturing (LOM), Binder Jetting (BJ), and Material Jetting/Wax Casting.

Who invented the 3D printer?

The 3D printer was invented by Charles Hull in the mid-1980s. Charles Hull, later went on to fund the company 3D Systems, a company that sells 3D printers with a variety of technologies. These 3D printing technologies range from entry-level kits to advanced commercial 3D printing systems.

How can you make money with a 3D printer?

You can make money with a 3D printer by making pre-made 3D prints, offering specialized training on 3D printing, starting a 3D printing business, or even selling an online 3D printing course. You could also start a YouTube channel and create content on 3D printing or offer 3D scanning services.

Digital

* Under Development *

15.7” | 39.9 cm
19.1” | 48.5 cm
13.2” | 33.5 cm
15.7” | 39.9 cm
19.8 lb | 9 kg
Dremel 3D20
39.900
48.500
33.500
9.000
1200
GUIDE
3D
Dremel 3D20
16” | 40.6 cm
20.25” | 51.4 cm
15.9” | 40.4 cm
43.6 lb | 19.8 kg
Dremel 3D40
40.600
51.400
40.400
19.800
400
GUIDE
3D
Dremel 3D40
16” | 40.6 cm
20.25” | 51.4 cm
15.5” | 39.4 cm
35 lb | 16 kg
Dremel 3D40 Flex
40.600
51.400
39.400
16.000
5
GUIDE
3D
Dremel 3D40 Flex
16” | 40.6 cm
20.25” | 51.4 cm
15.9” | 40.4 cm
47.5 lb | 21.5 kg
Dremel 3D45
40.600
51.400
40.400
21.500
1750
GUIDE
3D
Dremel 3D45
18” | 45 cm
12” | 30 cm
11” | 28 cm
18 lb | 8 kg
Formlabs Form 1+
45.000
30.000
28.000
8.000
200
GUIDE
3D
Formlabs Form 1+
20.5” | 52 cm
13.6” | 34.5 cm
13” | 33 cm
28.5 lb | 13 kg
Formlabs Form 2
52.000
34.500
33.000
13.000
5200
GUIDE
3D
Formlabs Form 2
20.9” | 53 cm
15.9” | 40.5 cm
14.8” | 37.5 cm
38.5 lb | 17.5 kg
Formlabs Form 3
53.000
40.500
37.500
17.500
2500
GUIDE
3D
Formlabs Form 3
28.9” | 73.5 cm
30.5” | 77.5 cm
20.5” | 52 cm
120 lb | 54 kg
Formlabs Form 3L
73.500
77.500
52.000
54.000
10
GUIDE
3D
Formlabs Form 3L
25.6” | 64.9 cm
17.2” | 43.7 cm
16.3” | 41.3 cm
65 lb | 29.5 kg
MakerBot Method
64.900
43.700
41.300
29.500
1000
GUIDE
3D
MakerBot Method
33.9” | 86.1 cm
19.4” | 49.3 cm
22.2” | 56.5 cm
90 lb | 41 kg
MakerBot Replicator Z18
86.100
49.300
56.500
41.000
700
GUIDE
3D
MakerBot Replicator Z18
16.2” | 41 cm
20.8” | 52.8 cm
17.4” | 44.1 cm
40.4 lb | 18.3 kg
MakerBot Replicator+
41.000
52.800
44.100
18.300
2500
GUIDE
3D
MakerBot Replicator+
19.2” | 48.8 cm
13.5” | 34.2 cm
14” | 35.7 cm
27.1 lb | 12.3 kg
Ultimaker 2 Extended+
48.800
34.200
35.700
12.300
200
GUIDE
3D
Ultimaker 2 Extended+
15.3” | 38.8 cm
13.5” | 34.2 cm
14” | 35.7 cm
24.9 lb | 11.3 kg
Ultimaker 2+
38.800
34.200
35.700
11.300
2400
GUIDE
3D
Ultimaker 2+
15.3” | 38.9 cm
13.46” | 34.2 cm
14.96” | 38 cm
23.4 lb | 10.6 kg
Ultimaker 3
38.900
34.200
38.000
10.600
9700
GUIDE
3D
Ultimaker 3
19.25” | 48.9 cm
13.46” | 34.2 cm
14.96” | 38 cm
24.9 lb | 11.3 kg
Ultimaker 3 Extended
48.900
34.200
38.000
11.300
700
GUIDE
3D
Ultimaker 3 Extended
16.46” | 41.8 cm
15.5” | 39.4 cm
14.96” | 38 cm
31.7 lb | 14.4 kg
Ultimaker S3
41.800
39.400
38.000
14.400
70
GUIDE
3D
Ultimaker S3
20.5” | 52 cm
19.5” | 49.5 cm
18” | 45.7 cm
39.7 lb | 18 kg
Ultimaker S5
52.000
49.500
45.700
18.000
2900
GUIDE
3D
Ultimaker S5
47.1” | 119.7 cm
19.5” | 49.5 cm
19.5” | 49.5 cm
92.4 lb | 41.9 kg
Ultimaker S5 Pro Bundle
119.700
49.500
49.500
41.900
5
GUIDE
3D
Ultimaker S5 Pro Bundle