DLyte Desktop Dental Machines Review

DLyte

machines automate the polishing of metal alloy products in dentistry, thereby improving quality and reducing costs. According to the manufacturer, its metal polishing technology is the only polishing technology that surpasses manual polishing.

Find out more about DLyte dental machines in this article.

DLyte Deskton Dental Machines

The manufacturer’s equipment includes machines that differ from each other, mainly in the size of the working chamber and productivity. All of the equipment work according to the DLyte Drylyte dry electropolishing technology.

DLyte Desktop Dental Machines Review

Below is a review of a few of DLyte desktop dental machines.

1. PRO series and DLyte PRO500

The DLyte PRO500 represents the PRO series. This equipment is designed for use in dentistry and for polishing a wide range of products from different metals and alloys.

DLyte PRO500 Specifications

  • Amount of elements: 32
  • Material: Aluminum, Cobalt-chrome, Copper, Stainless steel, Steel, Titanium
  • Volume: 250 l
  • Power supply: 220 V
  • Dimensions: 1300 x 1300 x 2350 mm
  • Weight: 280kg
  • Injection pressure: 4-5 bar
  • Work zone: 700 x 250 mm
  • Power: 8-15 kW
  • Printing technology: DMLS, EBM, SLM, DMP, DMT

Overview of DLyte PRO500

The DLyte PRO500 dry electrochemical polishing unit is used for grinding and polishing metal products. The device works according to a patented innovative technology based on the process of transfer of ions from the surface of the product by free solids, i.e., particles of polishing dry electrolyte. In the process, no liquids are used and the models acquire a mirror shine and remain dry.

The device is used for polishing products obtained through printing on 3D printers, casting, milling.

DLyte PRO500 Features

  • Large processing chamber that allows you to polish products with dimensions up to 700 x 250 mm
  • The polished part completely retains its geometry because the impact is minimal
  • The dry electrolyte, which serves as a polishing agent, penetrates into all recesses and undercuts. Therefore, parts of any complex shape can be processed
  • There are no micro seizures
  • The polished surface is well resistant to corrosion and mechanical stress
  • Machine control does not require special qualifications and long-term training

Applications of DLyte PRO500

  • Aviation
  • Dentistry (manufacturing of metal pins, crowns, bridges, inlays)
  • Manufacturing industry
  • Medicine (implant treatment)

The manufacturer also offers a DLyte PRO500® Automated CELL, which is a robotic cell based on this machine. In a nutshell, this is a PRO500 machine complete with a robot and software. The solution is designed for large-scale production as it speeds up the process and makes it continuous.

2. Compact and DLyte 1 Series

DLyte 1 is a compact and low-performance dental machine in the company’s range.

DLyte 1 Specifications

  • Material: Chrome, Copper, Stainless steel, Nickel, Nitinol, Steel, Titanium
  • Volume: 6 l
  • Power supply: 220 V
  • Dimensions: 500 x 555 x 1145 mm
  • Weight: 96kg
  • Work zone: 75 x 50 mm
  • Power: 2 kW
  • Printing technology: DMLS, EBM, SLM, DMP, DMT

Overview of DLyte 1

DLyte 1 is intended for use in dental laboratories with low stress. Capacities: 1 RPD, 3 crowns, 6 implant bridges or more than 10 abutments. The working cycle is 50-60 minutes.

The machine is produced in different series, including DLyte 1 Ti , DLyte 1I and DLyte 1I + TI. These dental machines are different based on the electrolytes they use and materials they can process (see below):

  • DLyte 1 Ti : Aluminum, Nitinol, Titanium;
  • DLyte 1I: carbides, cobalt-chromium, copper, stainless steel, nickel, steel;
  • DLyte 1I + TI: chrome, copper, stainless steel, nickel, nitinol, steel, titanium.

DLyte1 Features

  • Digital interface and customizable parameters
  • Data download via external USB
  • Convenient loading and unloading of the workpiece holder
  • Quick and easy electrolyte change
  • Anti-vibration stand with wheels
  • Low maintenance costs
  • Very low noise level
  • No dust emissions and minimum fumes
  • 8 individual dental programs
  • Programmable cycle times, speed and movement of motors
  • Automatic parameter setting
  • Automatic regulation of medium conductivity
  • Memory for storing 76 different process configurations

Applications of DLyte 1

DLyte 1 series machines are mainly used in dentistry, medicine and manufacturing industry. When choosing one of the machines, consider the materials that it can process.

  • DLyte 1I : cobalt-chromium, as well as copper, stainless steel, nickel, steel – for dentistry;
  • DLyte 1 Ti : titanium, as well as aluminum and nitinol – for medicine;
  • DLyte 1I + TI : all of the above are for industry.

DLyte 100

In functionality, DLyte 100 polishing machines are similar to the DLyte1 series. The only difference is their large size, chamber volume and productivity.

DLyte 100 Specifications

  • Material: Aluminum, Carbides, Cobalt-chromium, Copper, Stainless steel, Nickel, Nitinol, Steel, Titanium
  • Volume: 16 l
  • Power supply: 220 V
  • Dimensions: 950 x 690 x 1410
  • Weight: 217.5 kg
  • Injection pressure: 4-5 bar
  • Work zone: 180 x 80 mm
  • Power: 5 kW
  • Printing technology: DMLS, EBM, SLM, DMP, DMT

Overview of DLyte 100

DLyte 100, like DLyte1, also comes in a number of series, i.e, DLyte 100 Ti, DLyte 100I and DLyte 100I + TI. The machines process the same materials as their respective DLyte 100 series counterparts.

DLyte 100 Features

The 100th series is the largest and most productive machine in the compact range. This is the solution for high-volume laboratories.

Capacity: 9 RPD, 12 crowns, 12 archwires or more than 30 abutments. The working cycle is the same as for the smaller model, i.e., 50-60 minutes.

DLyte 100 Areas of Application

Like the machines of the first series, DLyte100 are mainly used in dentistry, for polishing crowns, dental implants, etc. The machines are also used in the manufacturing industry and medicine. The index at the end of the name, corresponds to the materials being processed and the respective application.

  • DLyte 100I: cobalt-chrome, copper, stainless steel, nickel, steel (dentistry)
  • DLyte 100 Ti: titanium, aluminum, nitinol (medicine, polishing of instruments and prostheses)
  • DLyte 100I + TI: parts from all of the above materials (industry, machining complex parts with high precision)

DLyte 10 and DLyte Desktop

DLyte 10

The DLyte 10 series machines correspond to the DLyte 1 and DLyte 100 models. Their main difference is the average size; they are larger than DLyte 1 and smaller than DLyte 100. Otherwise, they repeat the corresponding models of other size series of the Compact line.

The series includes:

  • DLyte 10I
  • DLyte 10 Ti
  • DLyte 10I + TI

DLyte Desktop

DLyte Desktop polishers are a desktop sub-compact solution for machining small parts and assemblies.

These machines are of two types:

  • Desktop Dental (for machining cobalt-chromium parts)
  • Desktop PRO (for machining cobalt-chrome, stainless steel and titanium parts)

These are the smallest and most affordable DLyte machines.

  • Machine dimensions: 450 x 521 x 471 mm
  • Weight: 33 kg
  • Power supply: 1.7 kW, 230 V

Controlling DLyte Desktop machines is convenient, easy and does not require lengthy training.

Automating surface treatment with DLyte Desktop protects the dental technician or engineer from dust and fumes that are very harmful to health. These fumes are usually emitted during manual and chemical polishing.

The DLyte Desktop series can run on a table as small as 450 x 521 mm. Its power and advanced kinematics ensure high productivity and exceptionally smooth and quiet operation.

Examples of Products Processed on DLyte machines

 

 

Advantages of DLyte machines

DLyte dental grinding and polishing machines are a unique solution as they work according to the Drylyte dry electropolishing technology. The technology provides the best result and working conditions. We have summarized the benefits of this technology above.

Find out more about the application of new technologies in dentistry from other articles on our blog:

 

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