(506) 2240-6804
650 3d printer
ZCorp 650 (3D Systems Projet 660) - Great Deal! - For Sale - Talk Manufacturing
For Sale
zcorp, projet, full-color, 3d-systems, 3dprinter, for-sale
FormURLife
#1
We have a Zcorp Z650 3D Printer in PRISTINE CONDITION for sale - photos here. We have partnered with a 3D Print provider to produce and ship our products so we no longer need our wonderful in-house printer. We’re selling it very cheap so we don’t have to move it to our new offices and are not looking to make a profit only to get it into the right hands with somebody who’ll take good care of it. If you have any interested or know anybody who might be please let us know!
I would welcome you to come by and have a look in person or request any additional information including sending something to be printed for quality assurance. I previously worked for 3DSystems as a design engineer helping to create and test all of there 3D printers during and after there Zcorp acquisition and can guarantee this machine is in fantastic shape!
PRINTER DETAILS
Year: 2013 (purchased used 2015)
Make: Zcorp
Model: Z650
Depowder station: Included
Title: Yes
Condition: Excellent
Materials: Yes
Laptop: Included (required for starting builds)
Spare Parts: Yes
Print Logs: Yes
Our Run-time: 286hrs total
Price: $26,000 OBO
- This printer is very well maintained by me (Chris) personally after each print run and during monthly maintenance. I also keep a detailed log of maintenance history. Print logs and maintenance history available upon request.
- Includes every print run we have run including run-time
- * This is the same model that had the paneling changed to grey and rebranded as “Projet660” when 3DSystem acquired Zcorp.
ZPRINTER SET UP / TRAINING (local purchaser)
- I am happy to spend a day to teach ins and outs
- I will provide documented processes for cleaning and maintaining the printer (per run / monthly)
- I am available for questions as needed in general
- I will provide set-up support(on-site if local)
SHIPPING
When ready to move forward I am happy to help arrange the pickup/delivery.
User_1425
#2
We would want to purchase one. Can you send across more details and where are you located.
FormURLife
#3
We’re located in the San Francisco Bay Area.
Please send over your email address and we can discuss details. Thanks!
User_1425
#4
pasha0212
#5
Please let me know if your printer still for sale.?
3dprintmeplace
#6
Hello,
We own a zcorp 650 and were wondering is you could help us understand why we are getting the error code #40006 when we run the alignment.
It indicates that the window needs to be cleaned. We have thoroughly cleaned it several times in every different way w could think of and it still gives us this reading. The window is crystal clear. Is it due to any other issue that it gives this error code. Had read your post as being well versed in the industry. We would appreciate any help you could give us. Thanks.
SolFlex 650 · 350 - 3D Printer
3D printer - Digital, additive dentistry
Sensor Monitored Production - Intelligent laser sensor monitors layer building and increases print speeds by 40 %
Print Truly Clear Ortho Appliances and Extremely Precise Models - Advanced 385 nm DLP prints crystal clear without yellowing like most 3D printers
Moving DLP - Higher accuracy across a larger build platform
Patented Flex-Vat Technology - Faster speeds and fewer support structures
Higher accuracy across a larger build platform
Outstanding Training and Support - Printer operation and software training provided by a VOCO digital lab technician
Open Material System - Use V-Print materials or any other manufacturers’ resin
Intuitive Pyramis included
Technical overview:
An increasing number of dentists and dental technicians already rely on the digitalization of their workflow.
By integrating 3D printing technology, the in-lab manufacturing can be accelerated, quality and precision improved and costs minimized.
The SolFlex 3D printers give you an easy access to additive manufacturing technology. With 3D printing technology, you benefit from the efficiency advantages of digital designs throughout the production stage. By combining scans with subsequent design and final 3D printing, the manufacture of models and splints for orthodontic dentistry can be achieved quickly and accurately.
385
Sensor Monitored Production
350 and 650
Optional sensor technology for optimised production speed with maximum production reliability and constant light output.
170er
Optional sensor technology for optimised production speed with maximum production reliability.
Information on material vat
This product uses the patented flexible vat technology for reduced peeling forces and a decreased requirement for support structures.
Indication of wavelength
This material can be light-cured using a UV-LED light source with the wavelength shown.
Format of communication data
This product processes the data format indicated.
Indications
Technical overview
An increasing number of dentists and dental technicians already rely on the digitalization of their workflow. By integrating 3D printing technology, the in-lab manufacturing can be accelerated, quality and precision improved and costs minimized.
The SolFlex 3D printers give you an easy access to additive manufacturing technology. With 3D printing technology, you benefit from the efficiency advantages of digital designs throughout the production stage. By combining scans with subsequent design and final 3D printing, the manufacture of models and splints for orthodontic dentistry can be achieved quickly and accurately.
SolFlex 650:
Base area: 400 × 400 mm
Build area: 128 × 120 mm (6 exposure areas)
Max.
build height: 130 mm
Layer thickness: 25 - 200 μm
Building capacity: up to 24 splints
Building speed: up to 56 mm/h, depending on the material's layer thickness
Pixel size: 50 μm
Precision: 25 μm
SolFlex 350:
Base area: 400 × 400 mm
Build area: 64 × 120 mm (3 exposure areas)
Max. build height: 130 mm
Layer thickness: 25 - 200 μm
Building capacity: up to 12 splints
Building speed: up to 56 mm/h, depending on the material's layer thickness
Pixel size: 50 μm
Precision: 25 μm
This may also be of interest to you
SolFlex 170
Product information
V-Print SG
Product information
V-Print splint
Product information
V-Print model
Product information
V-Print Try-In
Product information
Overview of the ZPrinter 650 full-color 3D printer
Good afternoon, Lovers of additive technologies!
Today we will tell you how the Zprinter 650 professional color 3D printer works.
It is also Projet 660 Pro.
So, as they say, Let's go!
The Zprinter 650 is a professional 3D printer that prints full color plaster models using CJP (ColorJet Printing) technology. With a maximum printable size of 254 x 381 x 203 mm, this is the second largest camera in the ZPrinter line of printers.
The number of colors is 390,000, so the printer can print any gradations and shades. The layer thickness is 100 microns and the X and Y resolution is 600 x 540 dpi.
First, let's go through the consumables, because there are really a lot of them in this printer.
Consumables.
Let's start with plaster. The entire ZPrinter and Projet x60 range uses a special gypsum resin. Gypsum is taken as the basis, but with some additives, thanks to which it holds its shape better, sticks together better, and less crumples.
If you have purchased a new printer, you will need 28 kilograms of plaster to fill the entire chamber.
Well, or at least 14 kg to start it.
The printer uses the same printhead as conventional Hewlett-Packard (HP11) inkjet printers. Only 4 colors: blue, pink, yellow, black. As well as a print head with a binder component.
The most interesting thing is that only black HP11 heads are suitable for this printer. Other colors do not fit. And when we install a new cartridge in the print carriage, the printer first spills all the native ink and fills the cartridge with ink of the desired color.
The Zprinter has a CISS (Continuous Ink Supply System) installed. Color ink comes in 300 ml cartridges, and binder and black in 1 liter.
Also, a special 1 liter Cleaning Solution is installed at the bottom of the printer, but we will talk about it later.
So, to summarize all consumables, let's make a small list:
- Cyan (VisiJet PXL Cyan)
- Magenta (VisiJet PXL Magenta)
And also poking around in the service functions, changing the temperature of the heads, voltage, watching the amount of remaining polymer and ink, calibrating the printer.
After we have selected the necessary print options and placed the object, the program slices the model into layers and sends the job to the printer.
3D printing.
Like all 3D printers, Zprinter prints models in layers. But unlike other 3D printing technologies, this printer glues the layers together. Now I will tell you in more detail how this happens.
Before printing, the printer pours a small amount of resin (about 1cm thick) onto the worktable and levels it. This is necessary to create a "raft", that is, the substrate of the future model.
The print of the model then starts. First, the feed roller moves as far back as possible, and a small amount of gypsum is poured from a special feeder on top. The roller rides back and, while scrolling, discards the gypsum polymer, thereby evenly leveling the entire future layer.
The photo clearly shows the feeder in which the material is stored.
Plaster residue falls into the waste bin located under the work table.
The print head, sorry for the tautology, is printing a new layer. Everything happens as in a conventional inkjet printer: the ink falls through small nozzles onto the gypsum polymer and paints it. The binder holds the plaster together.
After the new layer is painted and glued, the working table is lowered by 100 microns. And the whole process is repeated again.
And this is where the description of the process of building a model can end, but one more thing happens: as the print progresses, the nozzles begin to clog, and just for this there is a special cleaning fluid - Cleaning Solution.
Once in several layers, the print head moves as far to the left as possible, to the cleaning station. At the station, all nozzles are sprayed with cleaning liquid and passed through a plastic spatula. At the exit, the nozzles are cleaned of ink and plaster residues, and they can safely print further.
When the model is completely printed, the most interesting stage begins: taking the model out of the plaster and post-processing.
Postprocessing.
Once the print is complete, we need to take the model out of the resin bath. There are two ways to do this. Fast and for the "lazy"
The first way: the printer has a special “vacuum cleaner” that sucks the plaster into the top feeder. Also, there are several attachments for it. We just take and "vacuum" the desktop. The second way is to simply select the plaster drop function in the printer menu, and the material will begin to disappear into the bowels of the desktop on its own (a 'vacuum cleaner' is also installed under the desktop.
The model will remain, and all excess plaster will fly back to the storage bin and future prints.
This is a huge plus of this 3D printing technology - unused material can be reused.0005
The printer has a model cleaning station on the right. We place our model there, and begin to blow it with air. The chamber has a special “purge handle”. By directing the air flow on the model, we blow off all the residual plaster. To save material, some models can be made hollow on the inside - and use the blow handle to blow unused plaster through the holes. And instead of 100 used cubic centimeters of material, only 30-40 can be used. Saving!
When the model has been blasted and all plaster has been removed, the model can be poured.
Pouring and impregnating.
Our model is almost ready, but so far it is very fragile and easy to break. In order for it to become strong, and all colors become bright, we need to impregnate it with a fixative - a special ColorBond liquid.
There are several ways to impregnate, either by hand or by placing the whole model in a fixer bath. The second option is more expensive, less economical, but fast.
Impregnation is not as easy as it seems - when interacting with the fixer, the model starts to warm up to 80 degrees, smoke, and you can get burned! And if you pour too much fixative - there will be a blot, if too little - the colors will be dull. So it's a whole art.
When the fixer is dry, the last step of post-processing remains - paraffin pouring.
So far the model is a bit rough. But after we shed it with hot paraffin, it will change, stop absorbing moisture, and the roughness will go away.
So, let's heat up the ProJet Finisher to 70C, wait until the paraffin melts, put the model on the grid, and start dousing it with melted paraffin. First on one side, turn over to the other side, and spill on the other side. Then we close for half an hour in the oven, so that the remaining paraffin would stack, and you can take out the model.
Ready!
As you can see, the post-processing process is not the easiest. You have to do many different operations, and in words it is not difficult, but in reality you need a lot of experience to make a model with high quality.
At all stages, you need to be extremely careful with the model: at the stage of blowing with air, the model is very fragile;
But having gone through all the difficulties, we got an excellent color model!
I hope you liked this article, and you picked up something interesting and useful for yourself, because we wrote this review with love and kindness))
Subscribe to our Vkontakte group, stay tuned for news, articles, and reviews!
VK
Youtube
3D printer TotalZ Anyform-650
TotalZ is a Russian manufacturer of 3D printers for industrial and domestic use. Products that are produced under the name of this brand have a wide range of applications. In addition to industrial use and professional activities, TotalZ 3D printers can also be used in everyday life, for fast and high-quality printing of small and large models.
The area of use of these printers is very wide, it is construction and design, prototyping for industrial purposes, etc.
Total Z 3D printers help solve many problems, including the manufacture of body parts, the production of small-scale products from rubber and plastic, rubber products, decor elements, designer fittings, household products and much more. TotalZ is a major Russian developer and manufacturer of household and industrial 3D printers. An additional bonus for purchasing products of this brand is the fact that the company has a wide network of service centers throughout Russia.
The Total Z Anyform 650-Pro 3D Printer is an industrial printer equipped with a single extruder designed for printing large items. The technical parameters of this device allow it to be used in various fields of activity.
The device is equipped with a closed working chamber with a temperature controller, a heated platform and an integrated 10'4" touch-display. There are also fans for pumping warm air and cooling the working chamber.
The closed chamber improves print quality, filters possible unpleasant odors, reduces the noise of moving parts inside the printer, and protects you and your children from burns if you accidentally touch the nozzle or 3D printer platform. The print area is 675x645x500 mm. It has enough space to realize the most diverse fantasies of users. The following consumables are used for printing: PC, ABS, PLA, Flex, Rubber, Hips, PVA, Nylon, PET, Elastic.
With these advantages, the device is much cheaper than its counterparts from competing companies. Despite the low cost, the device is also characterized by indestructibility and reliability of the design. The printer is assembled on a rigid welded frame, which allows you to completely eliminate possible backlash and vibration during operation, even at a high print speed. It is equipped with a Z-movable aluminum heating table and a fast, powerful extruder with removable nozzles (0.3 and 0.7 mm)
It is easy to cope with printing thanks to special software for the printer.
