3D Printer

Posts Tagged ‘print’

My new prusa mendel making it’s second useful print.

Now, print instant meals to tackle hunger
London, Dec 26 : First there were meals we had to make all by ourselves. Then ‘readymade’ meals came along, making life that much easier. But what if you could just print your dinner using food ‘ink’?

Read more on New Kerala

National Sports Briefs
Associated Press PHOENIX — LeBron James thinks contraction could help the NBA. Calling the league “watered down,” James told reporters before Thur …

Read more on The Salisbury Post

IPCA Laboratories: Buy
The US FDA approval for its Indore SEZ would pave the way for improved profitability and will be a near-term trigger to look out for.

Read more on The Hindu

Now, ‘printer’ that creates made-to-measure human organs
Patients needing transplants would soon ask doctors to ‘print’ new organs for them, it has been claimed.

Read more on Sify News

Now, ‘printer’ that creates made-to-measure human organs
London, June 4 : Patients needing transplants would soon ask doctors to ‘print’ new organs for them, it has been claimed.

Read more on New Kerala

3-D printers go beyond paper and ink
Home computer printers gave people the ability to produce bank statements, concert tickets, holiday cards and party invitations at the touch of a button.

Read more on Provo Daily Herald

Now, ‘printer’ that creates made-to-measure human organs
London, June 4 : Patients needing transplants would soon ask doctors to ‘print’ new organs for them, it has been claimed.

Read more on New Kerala

3-D printers go beyond paper and ink
Home computer printers gave people the ability to produce bank statements, concert tickets, holiday cards and party invitations at the touch of a button.

Read more on Provo Daily Herald

Doctors to be able to ‘print’ new organs for transplant patients
The 3D bioprinter’s developers say that arteries ‘printed’ by the device could be used in heart bypass surgery in as little as five years.

Read more on Daily Mail

Samsung Canada extols ‘marvels’ of managed print service
Think Samsung and you conjure up images of sleek HD-TVs, versatile multi-function printers , handy projectors , feature-rich smart phones, compact camcorders and digital cameras – and perhaps even refrigerators and over-the-range microwave ovens.

Read more on ITBusiness.ca

Ok, so i bought Print Shop from a thrift store only to open it when i got home and find out its not print shop..instead a bunch of other stuff…. 1 thing was the user manual and install cd to a printer i already have (which i didn’t have so kewl, what r the odds…) I also got 2 OmniComp Recovery CD’s (disk 1 and 2). There was also a smaller box inside the box that was for an… XFX TNT2 Nvidia (the sticker on the box reads: PINE 32MB PCI TNT2 VIDEO CARD) inside that box were a bunch of cds, the recovery disks, the install disk for the printer and heres where i need help… A disk that says: XFX: A division of pine. Installation CD-Rom Version 40.72W; Another disk that says SONY: Software Disc Rev 4.80; and another disk that says/lists:
3D!Turbo
Adobe Acrobat
DMI Browser
Fuzzy Logic
Live Bios
PC Alert
PC-cillin
Useful Website
UniCache Driver

Can anyone tell me what those cds are for and if i can install them..i don’t know ifd there part of printshop or not….
I also got an un-opened package with a cd for Microsoft Windows XP Home Edition. Theres a sticker on the package that says “Includes Service Pack 1a. the package has the COA on it too, so is this a windows XP install CD? and how do i know if i have service pack 1a or not?

Oh, and also in the box was a 64MB PC 100 card (i think thzts memory right? and if so its not a lot right? i have half a gig now so i don’t think installing it would do me much good..) there was no actual video card inside though..
Turns out the sony disc was to install NERO…which is cool cause i been looking for a good program to burn cd/dvd with

import java.util.Scanner;
import java.text.DecimalFormat;

public class LoanPayment
{

//main method beings with exevution of Java application
public static void main ( String args[])
{

//create scanner to obtain input from command window
Scanner input = new Scanner(System.in);

DecimalFormat decimalPlaces=new DecimalFormat(“0.00″); //Create Format

System.out.print(“Welcome to the Loan Payment Calculator by Jeffery Smith”);
System.out.print(“\nFor Exercise 1 in CMIS 212″);

//declare variables
double I;
double LB;
double CC;
double DP;
double Y;
double PpY;
double MonthlyPayment;

//declare variable for exercise 2
double NB;
double PA;
double IA;
double IB;

//declare variables for totals
double PT = 0;
double IT = 0;
double BT = 0;

//instruction line
System.out.println(“\nFor each of the prompts below, enter a single value and press Enter:”);

//prompt
System.out.print(“Yearly Interest Rate:”);
I = input.nextDouble();//read first number from user

System.out.print(“Loan Amount:$”);
LB = input.nextDouble();//read first number from user

System.out.print(“Closing Costs:$”);
CC = input.nextDouble();//read first number from user

System.out.print(“Down Payment:$”);
DP = input.nextDouble();//read first number from user

System.out.print(“Time(in years) for loan:”);
Y = input.nextDouble();//read first number from user

System.out.print(“Number of payments per year:”);
PpY = input.nextDouble();//read first number from user

//formula to the the MonthlyPayment
MonthlyPayment = (I * (LB + CC – DP)) / (PpY * ( 1 – Math.pow(1 + I/PpY, -Y * PpY) ));
MonthlyPayment = Math.ceil(MonthlyPayment *100)/100;//round to the nearest cent
System.out.printf(“The total is $%.2f\n”, MonthlyPayment );

System.out.println(“\nYear\tPayment\tPrinciple\tInterest\tBalance”);
System.out.println(“————————————————————”);

IB = LB + CC – DP;
IA = IB * (I / PpY);
PA = MonthlyPayment * Math.pow(1+IA,PpY);
NB = IB – PA;

for (int year = 1; year <= Y; year++)
{

for (int payment = 1; payment <= PpY; payment++)
{

NB = IB* Math.pow( 1.0 + I, -payment );

PA = MonthlyPayment * Math.pow(1+ I, -payment);

IA = PA * Math.pow(1+ I, -payment);

for (int number = 1; number <= PpY*Y; number += 1)
{
PT = PpY * PA;
}

for (int number = 1; number <= PpY; number += 1)
{
IT = PpY * IA;
}

System.out.printf("%s \t%3d% 11.2f\t %12.2f\t %15.2f\n",year, payment, PA, IA, NB);

}
System.out.println("::::::::::::::::::::::::::::::::::::::::::::::::::::::::");
System.out.printf("Year %s Totals: Principle: %.2f Interest: %.2f Balance: %.2f\n", year,PT,IT, NB);
System.out.println("::::::::::::::::::::::::::::::::::::::::::::::::::::::::");

}// end for loop
}//end method main
}//end class LoanPayment

The revolution in industrial design came with the introduction of 3D print technology. All things from a joystick to a cycle which we make use of are designed using 3D print technology.

This is the reason behind the advanced contours, shapes, lines and dynamics of all the new productions. Before the introduction of 3D printing technology the prototypes had to be designed and made by very skilled craftsmen in a pretty sophisticated workshop with a whole lot of tools which were used specially for this purpose.

A perfect wooden 3D modeling required a large number of days even if the job was assigned to a very skilled person relating to this field. There were a lot of delays between the design stages of the project to the prototype stage. The drawings which were finally chosen took a long time to craft into a workable model as the specifications had to be met with in order to avoid any mistakes.

Rapid prototyping solved the problem of too much time consumption in the manufacture of the print 3D model. It developed the prototypes in much lesser time and at a surprisingly low cost. The technology can now be used to print 3D models using your printer with a lot of attention to accuracy and detail.

The consecutive layers are printed to the previous layers to construct an image that can be used for traditional method of wax or with high tech epoxy molding. The reprap or the self replicating rapid prototype that is presently being used will allow the creation of brilliant and unique ideas which are very useful and functional in a short interval of time. The three dimensional models can be constructed in the comforts of your home with the much reduced price of RepRap in comparison to the conventional 3D printers.

Rapid prototyping will soon be reaching a new level as manufacturers of medical equipment, jewelry or industrial designers and automotive engineers will create complex products and other stuff without having the need to have sophisticated infrastructure and equipment. The most well known speculation is that, with the science in hand which can make another version of the original product, the time required for the construction of spare parts will be very less and defective components with a low level of resources. The forecasted future will enable us to make designs and manufacture the same while sitting in our homes.

If you are running a small or a medium scale company you can easily design and construct a prototype almost similar to the actual prototype. The 3D printers have become a lot more affordable nowadays. Instead of approaching the large industrial firms for your requirements you can now reduce the extra expenditure by doing it at the place where you desire all due to this technology.

The 3D print models made by you can have many different physical properties. They can have a wide variety of mechanical components you may not have the need to assemble several different parts separately and then bring them together to get the final product.

Industrial design was revolutionized with print 3D technology. Everything from a computer mouse to a mountain bike has been excellently shaped by using 3D. This technology has been responsible for the advanced contours, lines and dynamics of new production.

Rapid Prototyping Technology

Before the advent of 3D printing, prototypes had to be painstakingly crafted by master craftsmen in a large workshop using specialised tools. A perfectly proportioned wooden prototype generally required several days to complete even with the employment of highly skilled and proficient labour. There were significant delays between the design stages of a project to the prototype stage. Finalised drawings took ages to be translated to a workable model as the illustrations had to be carefully followed to avoid error.

Rapid prototyping developed from a need to produce the physical model in a shorter time span at much less cost. You can now use this technology to print 3D models on your printer with a high attention to detail and accuracy. Consecutive layers are printed to previous ones to build up an image that can be used for traditional wax or high tech epoxy moulding.

Self-Replicating Printers

The “self-replicating rapid prototype” or RepRap that is currently in the pipeline will allow you to create unique and novel ideas that are functional in a short space of time. Three-dimensional objects could even be printed at home with the anticipated reduced price of RepRap compared to conventional 3D printers. Rapid prototyping would be taken to a new level as medical equipment manufacturers, industrial or jewellery designers and automotive engineers can create complex products and artefacts without the need for costly industrial infrastructure. The common speculation is that, with the technology to make another version of the original, you can quickly construct spare parts and defective components with low-level resources. The ideal envisaged is a future where you could design and manufacture your own mechanical device in the comfort of your home.

Cost Effective 3D Printing

If you’re a small or medium sized company, you can now print models of your products that very closely resemble and feel like an actual prototype. The price of 3D printers has become much more affordable of late. Instead of outsourcing your requirements to large industrial concerns, you can greatly reduce the associated costs by printing the parts in-house. You can make models of objects with different physical properties having vastly contrasting mechanical components in a single process of building. You don’t need to assemble several distinct parts separately and then combine them into the final product. Your finished prototype will be an almost perfect match of the target design.

You can easily print 3D artistic and imaginative models of geckos and gargoyles with your printer. Precious and delicate design for jewellery to cultural heritage artefacts can be replicated with the latest technology in 3D printing. With RepRap fully functional, you may even be able to create an automotive spare part for your car in your home and skip a visit to the auto repair shop.