Polyjet Objet 260 Dental Selection
The Objet 260 Dental Selection 3D Printer allows you to build models with lifelike textures for precise evaluation and a wide range of shades for customized colour matching. This 3D Printer brings advanced triple-jetting technology to dental and orthodontics which is Polyjet 3D Printing at it’s most advanced.
This printer is perfect for a range of different Dental and Orthodontic applications including:
- Implant testing with stone models that mimic real gum-like textures for accurate evaluation
- Single models, or groups of models, that require several materials to be built simultaneously in one unattended job
- Jaw models 3D printed directly from CBCT scan data, with high-definition tooth, root and nerve canal anatomy rendered in contrasting materials
The Objet260 Dental Selection 3D Printer works with the full range of PolyJet dental materials. Specifically engineered for demanding dental applications.
- Build Size: 255 x 252 x 200 mm
- Layer Thickness: Horizontal build layers down to 16 microns (0.0006 in)
- Software Compatibility: Objet Studio
- System Size: 870 x 735 x 1200 mm
- Power Requirements: 110-240 VAC 50/60 Hz; 1.5 KW single phase
- Accuracy: 20-85 µm for features below 50 mm; up to 200 µm for full model size
3D print dental and orthodontic models
Rapid prototype medical and dental products
Dimensional stability and fine detail
Rubber-like polyjet photopolymers
Fabricate digital materials with our range of PolyJet 3D Printers
UK Dentech pushes the boundaries of Digital Dentistry with 3D Printing
After acknowledging the fact that dentistry was moving forward UK Dentech embraced the change and aimed to streamline their current dentistry processes whilst pushing the boundaries of digital dentistry utilising their Stratasys Objet 260 Dental Selection.
Leasing 3D Printers
Tri-Tech 3D provide direct rental contracts on our full range of 3D printers, which can include post processing equipment and extended warranty, making your investment into 3D printing both affordable and help plan your annual expenditure.
Funding in the most part, is provided by our sister company Stanford Marsh Finance(a division of the Stanford Marsh Group) or via our numerous strategic finance partners/brokers.
Rates are frequently checked to ensure competitiveness in the market place and you will find our terms highly attractive. With options such as fixed term contracts, step rentals which make payments lower in the earlier years allowing time to grow the use from your new device. Or deferred payment, enabling you to benefit from the technology ahead of when you start paying.
Why lease 3D Printers?..
Not only can leasing be financially beneficial to companies, but it can also give you the ability to remain ahead and current with technology. It also means your entry point to utilisation of a professional 3D printer is far more affordable than you may think – a professional 3D printer from as little as £299 per month, (including a wash system and 12-months support).
Furthermore, if like many companies today you are outsourcing 3D printing via a 3D Print Bureau, you are already spending an amount each month that when converted to a lease, could represents an in-house option at no extra cost (savings possibly). Either talk to one of our team, or send us details of your average spend and we can help provide an ROI report.
In addition to our excellent rates, as an end user dealing directly with one vendor for finance, equipment and after sales care, your rental agreement will provide you with a future flexible upgrade path. We’ve enabled companies to acquire new technology prior to the completion of the minimum rental period, without the usual high termination figure charged by outside finance agencies.
All finance is subject to approval and none of the solutions detailed above are guaranteed to suit all scenarios. What we can promise however, is we will do our utmost to make the finance of your 3D Print solution as affordable and easy as possible.
If you are interested in further information, please contact us.