3D printed gym equipment
Gym best STL files for 3D printing・Cults
Dumbbell Keychain
€0.62
Workout Man Cookie Cutter
€0.62
Work Out Lady Cookie Cutter
€0.62
Kettlebell 25 lb
€0.98
gym muscle topper
€1.59
scale gauge bicycle
€0.62
Personalized Kettlebell Keychain : +80 names!
Free
POKEMON-CHARMANDER MUSCULAR
€5
Book separator - Olympic bar
Free
Swiss Ball
€2
30 lb. Concrete Dumbbell Mold
€1. 90
Insurance for Olympic bar
€5.90
Canister for 1 scoop protein
€2.70
Bea League Card Figures Pokemon
Free
Fitness girl
€2.99
Body Hoops
€1
Winner of the Ginmasio Crossfit contest | Kettlebell Medals
Free
Happy Birthday Cake Topper Happy Birthday Cake Topper Weights Gim
€1.14
Concrete disc molds
€1.97
keychain - Rogue gym disk
€0.98
Protein Pill
€4.28
Robert planter with weight
€2
Robert plant in the gym
€2
MOLD FOR 25LB AND 11.
3KGS DUMBBELLS€1.81
10LB / 4.5Kg Concrete Disc Mold
€1.81
Weight coasters and holder
€2.80
15lbs/ 6.8kgs Dumbbell Mold
€1.81
20lb and 9kgs Dumbbell Mold
€1.81
GYMNASIUM SET X3 Cutter + Stamp / Cookie Cutter Gym Muscle
€2.60
crossfit shoes - Gymnastic WOD Grips
€0.53
Dumbbells
Free
Robert freddy pump
€9.50
Funko Gym V3 Weights
€3.93
Funko Gym V2 - Pose
€3.93
Funko Gym V1 Dumbbells
€3. 93
The mask movie head without hat for action figures
€4.75
Iono / e-Nigma – Pkm Violet / Scarlet
€4.99 -30% €3.49
Pokemon Logo Decorative Stand
Free
Dumbbell bar
€1.97
Pokemon Gen 1 Bundle Set
€3.40
Pokemon Gen 1 Gym Badge Set Plus Display Case
€1.70
Gym disc keychain
€0.98
charmander swole - pokemon
€9.50
Gym key ring (kettlebell and dumbbell)
€1
Men, Woman Fitness Gym Weight Plate Barbell Dumbbell Pendant Weightlifting Bodybuilding Exercise Jewelry
€0. 61
Gym keychain with female figure
€2.88
Kettlebell Cookie/Clay Earring Cutter
€2.14
Dumbells stand - Industrial looking
€4.64
Some fitness equipment I've been working on... (more info in comments) : 3Dprinting
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r/
3Dprinting
r/3Dprinting
About Community
r/3Dprinting
/r/3DPrinting is a place where makers of all skill levels and walks of life can learn about and discuss 3D printing and development of 3D printed parts and devices.
Created Mar 4, 2010
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3D printed protection for athletes
XO Armor has introduced a solution for creating 3D printed protection for athletes. The company got its start in Michael Zabala's Biomedical Engineering Lab at Auburn University. At the University of Zabala, he created a 3D model of the human body by scanning it entirely with a scanner. His goal was 3D printing, similar to what has already appeared in prosthetics. With funds from the internal funding of the university, he bought two 3D printers from Raise3D: Pro2 with a double extruder and large format Pro2 Plus. nine0003
Custom 3D printed wrist guard
Zabala came up with the idea to create a custom defense when his neighbor, who is a receiving football player, injured his hand during a game. Zabala had to make a special hand brace for him. The solution was as follows: he scanned the hand with a 3D scanner, adjusted the bend, the thickness of the pad, stiffened it, and took into account that the player would wear the brace under the glove.
It took one scan and one PLA material to create the protection, as well as several design adaptations. As the swelling subsided and the hand healed, changes were made to the fit of the protection. Naturally, the athlete could not return to a full-fledged game right away, but the defense allowed him to go to training. The 3D printed protection was produced in just one day, the player wore it for up to three weeks, and it showed good results. nine0003
Realizing the success of the 3D printed wrist guard, Zabala decided to invent a shoulder guard for another Auburn University football player. The football player received a direct blow to the shoulder and remained unharmed. Upon learning of this, the West Virginia club approached Zabala with a request to make a protection for one of their players. The team scanned the player with just a phone, and Zabala remotely made a new shoulder PPE using this scan. In the fall of 2019, XO Armor was opened. nine0003
3D printing is ideal for making protection in small quantities
3D printers allow you to print small batches of unique products, which is great for personal protection. After all, it should be made taking into account the individual parameters of the individual. It should also be taken into account that changes in the healing process may be required. For example, the design of the wrist protector that Zabala invented underwent changes as the swelling subsided and the hand became smaller. In such cases, small batches are required. 3D printing is able to answer such a request in the most efficient way. nine0003
Fast 3D Printed Protection
The whole process of creating 3D protection is as convenient and fast as possible from the start of printing to the receipt of the finished product. Production cycles are shortened. The overall turnaround time for a finished product may vary depending on the type of protection required, whether the part is produced in-house, and where it needs to be delivered.
XO Armor offers customers to install an application with which they can scan the area of the body. Based on the received scan, the company will make protection and deliver it. XO Armor also offers a complete solution to its customers: Raise3D 3D printer and the necessary software for DIY production. nine0003
Difference between traditional bespoke protection and 3D printing
Without a 3D printer, a full-fledged process of manufacturing personal protective equipment is impossible, the protection will not be fully customized. Traditional materials and processes do not allow this. The traditional method is very labor intensive as it requires plaster molds and carbon fiber. The protection turns out to be cumbersome and cannot exactly match the human anatomy. Therefore, it is less effective in treatment. nine0003
3D-printed protection is created on the basis of a body scan of a particular athlete, corresponding to his anatomy. Accordingly, the area of contact with the body in the place where the joint should be limited is close to 100%. This contact gives better load distribution, which means no stress concentration. Less concentration of muscle tension means less chance of injury. Such protection is perfect for preventive use. nine0003
How 3D printed protection has affected sports medicine
Thanks to the precise fit to the anatomy of the athlete, the 3D printed protection not only reduces the likelihood of injury, but also makes it more comfortable to wear.
In the case of XO Armor, the scanning method saves time, especially for those examining athletes. As more and more products are made, XO Armor is in constant contact with medical professionals, following their advice, and the result is a fully customized design. nine0003
Material selection for 3D printing
As with other products for medical applications, the end result of 3D protection must meet the quality, reliability and accuracy standards of the medical field. XO Armor takes this seriously and has received the necessary FDA registration. Medical standards need to be considered in all aspects of creating 3D protection, including the type of material or filament.
Manufactured protection must not only exactly fit the body, but also be very durable. PLA plastic (polylactide) allows you to print quickly and reliably. The PLA shield is strong enough to support the weight of a person. nine0003
3D protection can be useful in non-contact sports
XO Armor has gained experience in making protection for athletes in a variety of sports including football, hockey, basketball, baseball and lacrosse. But it can also be useful in non-contact sports, such as ballet.
Ballet dancers perform on pointe. The toe of a pointe shoe has a rigid shape made of glued layers of fabric, cardboard and/or paper. It supports the weight of the ballerina and must be durable. At the same time, the shape of the sole should be arched to allow the ballerina to bend the foot and make elegant movements. Ballet dancers train up to 8 hours a day and wear over 100 pointe shoes per season during performances. nine0003
Also, everyone's feet and toes are different. A secure, custom-made 3D printed guard is a great idea for pointe shoes. The 3D printed protection can fit the dancer's foot exactly, be strong enough to support the dancer's weight, and still be flexible enough to allow the foot to arch.
ceramic 3D inkjet printer, 3D printed drone and no pants diet
supply sweatpants. nine0003
Ceramic 3D Printing Inkjet
XJet will showcase its own ceramic 3D printing technology for the first time April 25-27 at the Ceramics Expo in Cleveland. The first news about the development of a technique for additive manufacturing of ceramic products appeared in November last year: the company planned to adapt the technology of inkjet 3D printing with colloidal solutions, originally developed as a more flexible and efficient alternative to selective laser sintering of metals. nine0003
In particular, the new adaptation can be successfully used in dentistry as a tool for the additive production of personalized ceramic crowns. “After many years of development, we are excited to reach a new milestone in the production of ceramic products using NanoParticle Jetting technology. This technology allows for a whole new level of 3D printing with ceramics and metals,” said XJet CEO Hanan Gottheit.
3D printed drone track
Architect Keith Caseman unveiled his vision for the future - a 3D printed drone! It all started with the fact that one of his friends gave Keith a quadrocopter. Fascinated by the new toy, Keith wondered about a future where urban space would be teeming with scurrying flying drones delivering packages and walking dogs. Where will they be based?
Keith made a concept landing pad that attaches to the wall of a building. The supporting structure is printed by a robotic arm and consists of carbon fiber reinforced plastic. The 200-kilogram structure is fixed on the wall of one of the buildings of the University of Tennessee in Knoxville, where it will be shown at least until the summer. The design does not yet have a special practical purpose, but serves only as a demonstrator of possible future architectural structures adapted to developing drone technologies. nine0003
No pants diet
Rozalia Project, a small environmental organization, decided to contribute to saving the world with Cora Balls. The founder of the project, Rachel Miller, is concerned about the problem of microfibers that are washed out of fabrics during washing and fall back into water sources, where polymer particles impregnated with chemical dyes are eaten by marine life and then end up on our table.