3D printer cartilage

3D Filament & PLA Filament

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Creality 1.75mm PLA Filament (1kg, Blue)

B&H # CRPLABLU MFR # CR-PLA-BLU

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1.75mm PLA Filament
Blue Color
For all FDM 3D Printers

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Creality 1.75mm PLA Filament (1kg, Black)

B&H # CRPLABL MFR # CR-PLA-BL

1 Review

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1. 75mm PLA Filament
Black Color
For all FDM 3D Printers

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Creality 1.75mm PLA Filament (1kg, White)

B&H # CRPLAWH MFR # CR-PLA-WH

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1.75mm PLA Filament
White Color
For all FDM 3D Printers

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BuMat 1.75mm PLA Filament (1kg, Natural)

B&H # BUPLANA MFR # 3D-BUM-PLANA

1 Review

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PLA (Polylactic Acid)
1. 75mm Filament Diameter
Works with Unheated Print Beds
Print Temperatures: 320 to 356°F

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BuMat 1.75mm ABS Filament (1kg, Black)

B&H # BU3DBUMABSBK MFR # 3D-BUM-ABSBK

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1.75mm ABS Filament
Black Color
Increased Resistance to Breakage
Print Temperatures: 374 to 428°F

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BuMat 1.

75mm PLA Filament (1kg, White)

B&H # BU3DBUMPLAWH MFR # 3DBUMPLAWH

12 Reviews

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PLA (Polylactic Acid)
1.75mm Filament Diameter
Works with Unheated Print Beds
Print Temperatures: 320 to 356°F

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Dremel 3D 1.75mm PLA Filament (0.75 kg, Green)

B&H # DRPLAGRE01 MFR # PLA-GRE-01

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1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Dremel 3D 1.

75mm PLA Filament (0.75 kg, Silver)

B&H # DRPLASIL01 MFR # PLA-SIL-01

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1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Dremel 3D 1.75mm PLA Filament (0.75 kg, Black)

B&H # DRPLABLA01 MFR # PLA-BLA-01

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1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Creality 1.

75mm CR-ABS Filament (2.2 lb, Black)

B&H # CRABSB MFR # CR-ABS-BLACK

Key Features

ABS Material
1.75mm Diameter
428 to 500°F Printing Temperature
Non-Toxic

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FlashForge 1.75mm ABS Filament for the Dreamer, Inventor, and Adventurer 3 (0.5kg, Gray)

B&H # FL3DFGDABSGY MFR # 3D-FFG-DABSGY

1 Review

Key Features

For Dreamer and Inventor 3D Printers
For Adventurer 3 3D Printer
1. 75mm ABS Filament
Smooth Feeding and Extrusion

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Dremel 3D 1.75mm PLA Filament (0.75 kg, Blue)

B&H # DRPLABLU01 MFR # PLA-BLU-01

Key Features

1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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BuMat 1.75mm PLA Filament (1kg, Gray)

B&H # BU3DBUMPLAGY MFR # 3DBUMPLAGY

12 Reviews

Key Features

PLA (Polylactic Acid)
1. 75mm Filament Diameter
Works with Unheated Print Beds
Print Temperatures: 320 to 356°F

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XYZprinting 1.75mm ABS Refill Filament (600g, Steel Blue)

B&H # XYRF10BXS03H MFR # RF10BXUS03H

14 Reviews

Key Features

Fits XYZprinting ABS Filament Cartridge
da Vinci 1.0 Compatible
da Vinci 2.0 Duo Compatible
da Vinci 1.0 AiO Compatible

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BuMat 1.

75mm PLA Filament (1kg, Black)

B&H # BU3DBUMPLABK MFR # 3DBUMPLABK

12 Reviews

Key Features

PLA (Polylactic Acid)
1.75mm Filament Diameter
Works with Unheated Print Beds
Print Temperatures: 320 to 356°F

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Used for$13.95

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Polymaker PolyTerra PLA Eco Friendly 3D Printing Filament 2.2 lb (1.75mm Diameter, Charcoal Black)

B&H # POPM70820 MFR # PM70820

Key Features

PLA Bioplastic & Biocomposite Compound
Compatible with Most 3D Printers
2. 2 lb Weight Accuracy
374 to 446°F Print Temperatures

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Creality 1.75mm TPU Filament (2.2 lb, Black)

B&H # CRTPUB MFR # CR-TPU-BLACK

Key Features

1.75mm Diameter
410 to 464°F Printing Temperature
Compatible with All FDM Printers
High Chemical & Wear Resistance

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Dremel 3D 1.75mm PLA Filament (0.75 kg, White)

B&H # DRPLAWHI01 MFR # PLA-WHI-01

1 Review

Key Features

1. 75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Polymaker PolyMide PA12-CF 3D Printing Filament 1.1 lb (1.75mm Diameter, Black)

B&H # POPM70854 MFR # PM70854

Key Features

Carbon Fiber Reinforced PA12 (Nylon 12)
Ideal for Creating Manufacturing Tools
Low Moisture Sensitivity
Enhanced Thermal Properties

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Snapmaker 1.

75mm PLA Filament (1kg, Black)

B&H # SNPLAF2.2BLK MFR # 34011

1 Review

Key Features

PLA Material
1.75mm Diameter
Biodegradable
Safe for Indoor Use

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FlashForge 1.75mm PLA Filament for the Finder, Dreamer, Inventor Series, and Adventurer 3 (0.5kg, Natural)

B&H # FL3DFGDPLANA MFR # 3D-FFG-DPLANA

Key Features

For the Finder and Dreamer
For the Inventor Series and Adventurer 3
Helps Ensure Smooth Feeding & Extrusion
Helps Minimize Extruder Jamming

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Dremel 3D 1.

75mm PLA Filament (0.75 kg, Translucent)

B&H # DRPLATRA01 MFR # PLA-TRA-01

Key Features

1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Dremel 3D 1.75mm PLA Filament (0.75 kg, Yellow)

B&H # DRPLAYEL01 MFR # PLA-YEL-01

Key Features

1.75mm Filament Diameter
PLA Material
For Dremel 3D40 and 3D45

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Dremel 3D 1.

75mm Eco-ABS Filament (0.75 kg, White)

B&H # DRECOWHI01 MFR # ECO-WHI-01

Key Features

1.75mm Filament Diameter
Eco-ABS Materal
For Dremel 3D45

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Polymaker PolyDissolve S1 3D Printing Filament 1.65 lb (1.75mm Diameter, Natural)

B&H # POPM70181 MFR # PM70181

Key Features

Water Dissolvable Support Filament
For PLA, TPU, PVB, and Nylon Filaments
1. 65 lb Weight Accuracy
419 to 437°F Print Temperatures

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Creality 1.75mm CR-ABS Filament (2.2 lb, White)

B&H # CRABSW MFR # CR-ABS-WHITE

Key Features

ABS Material
1.75mm Diameter
428 to 500°F Printing Temperature
Non-Toxic

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Polymaker 1.75mm PolyLite PLA Filament (White, 2.2 lb)

B&H # POPA02002 MFR # PA02002

Key Features

1. 75mm Diameter
2.2 lb Weight
Polymaker Jam-Free Technology
40-60mm/s Printing Speed Range

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XYZprinting 1.75mm ABS Refill Filament (600g, Black)

B&H # XYRF10BXS00C MFR # RF10BXUS00C

14 Reviews

Key Features

Fits XYZprinting ABS Filament Cartridge
da Vinci 1.0 Compatible
da Vinci 2.0 Duo Compatible
da Vinci 1.0 AiO Compatible

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XYZprinting 1.

75mm ABS Refill Filament (600g, Red)

B&H # XYRF10BXS04F MFR # RF10BXUS04F

14 Reviews

Key Features

Fits XYZprinting ABS Filament Cartridge
da Vinci 1.0 Compatible
da Vinci 2.0 Duo Compatible
da Vinci 1.0 AiO Compatible

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XYZprinting 1.75mm ABS Refill Filament (600g, Snow White)

B&H # XYRF10BXS02K MFR # RF10BXUS02K

14 Reviews

Key Features

Fits XYZprinting ABS Filament Cartridge
da Vinci 1. 0 Compatible
da Vinci 2.0 Duo Compatible
da Vinci 1.0 AiO Compatible

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Doctor 3D prints knee cartilage

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Dr. Darryl D'Lima and colleagues at Scripps Clinic in La Jolla, California are working on new technology 3D bioprinting, which will allow the implantation of living cartilage tissue into the patient's body, thereby providing better treatment for knee injuries.

Colleagues consider Dr. D'Lim a very resourceful person. He is a doctor and scientist who uses new technologies from various fields of science to help his patients.

Recently, Dr. D'Lima has been working on a technology to implant 3D-printed cartilage tissue into the patient's body to restore the structure of damaged knees. Cartilage is the tissue that connects the knee joints. It is known that it heals slowly and painfully.

Doctors now advise patients to endure the pain unless an artificial joint is needed. This procedure also causes severe pain and rarely solves the problem.

Hoping to find an alternative to traditional joint implants, Dr. D'Lima and his team decided to make a 3D bioprinter out of an old HP inkjet printer and print living cartilage tissue on it. The 3D printer sprays a mixture of cartilage progenitor cells and a liquid that hardens under ultraviolet light. Bone cells are also printed on it, which are placed where the cartilage connects to the bone. The volume of a drop of liquid with living cells is 1 picoliter, which is quite enough to correct even microscopic disorders of the patient's bone or cartilage.

Dr. D'Lima compares the process of implanting cartilage into the knee with filling in potholes: “You automatically fill in the depressions during printing. You get cartilage that is perfectly shaped to the existing tissue, which we have never been able to do with conventional implants,” said D’Lima. Printing on a pre-existing joint provides a better fit for new and old cartilage than grafting lab-grown cartilage that has to be trimmed to fit better. Another advantage of cartilage printing is that there is no longer a need to postpone the operation for later - it can be done right away.

People born during the "baby boom" age, and the problem of excess weight is becoming more and more aggravated. This means that in the future, knee injuries will become an even more serious cause for concern. According to a GlobalData report, the knee implant market will grow by 6.8% annually from 2010 to 2017.

Dr. D'Lim and his team's research has been recognized by several institutes. He received a $3.1 million grant from the California Institute for Regenerative Medicine Stem Cell Research Agency to research the use of natural and artificial embryonic stem cells in cartilage growth.

D'Lima believes that it will take at least a year to create a full-fledged 3D bioprinter. He is currently conducting animal experiments to prove the promise of his idea, which is sponsored by the George Schaeffer Family Foundation.

Similar 3D bioprinting inventions are popping up around the world. Just last month, a prototype 3D printed BioPen was handed over to researchers at St Vincent's Hospital in Melbourne, and Organovo created the world's first 3D printed liver tissue on a printer in its labs.

However, the printing of living tissue is still a very difficult task. For example, to print muscle tissue, you need to synthesize different types of cells and a whole network of blood vessels. Organovo temporarily solved this problem by limiting the thickness of its liver tissue so that it is supplied with blood without vessels.

D'Lima says cartilage is easier to 3D print because it doesn't have blood vessels. He sees far-reaching prospects in the development of 3D bioprinting technology, since it can also be used to recreate other tissues, such as retinal tissue.

Article prepared for 3dtoday.ru

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Nasal cartilage can be printed on a 3D printer in 16 minutes from the patient's own cells / Sudo Null IT News0001

jeston March 19, 2015 at 00:03

Biotechnology 3D printers Health

A group of employees of the Swiss Higher School of Technology (ETH) has developed a technique for creating human cartilage tissue using a 3D printer. In addition to the fact that a cartilage model can be obtained in a relatively short time, the peculiarity of the technology is that the model is formed from the patient's own cells. Due to this, various problems of incompatibility of biological tissues disappear when transplanting a printed model. And in the case of implantation of cartilage in a "prominent place", then important cosmetic problems are completely excluded, precisely due to the fact that related tissues are transplanted.

The bio-3D printer used by the engineers is a specially controlled disk with eight syringes attached to its edges. The disk rotates over a special platform, moving the syringes to the right place in the workspace. They are filled with a special biological suspension, the consistency of which resembles ordinary toothpaste. Syringes squeeze doses of the suspension onto the platform with high precision, layer-by-layer “printing” the model. To manage the printer disk, a 3D modeling program is used, in which the model itself is formed for printing. Everything happens quickly: printing cartilage for the nose takes 16 minutes.

3D nose printer

Printing material is prepared in the laboratory using cartilage cells taken directly from the patient: from the knee cartilage or ear. It is a biopolymer that fills syringes. The model printed from it is transplanted to the patient. After several months, the biopolymer degrades and breaks down under the influence of growing cartilage cells. The observed cosmetic effect is strikingly different from similar approaches when a silicone nasal prosthesis is implanted.