Professional and Starter Full Anodizing Set for Piercing Jewelry High Quality

Description

This Anodizer is perfect for changing color options and providing precision anodization.
You can use it for your jewelry, medical supplies or dental supplies. The Anodizer now comes with extra fuses.
This
Anodizer
offers very high quality variable voltage (0v up to 30v) and current (0A up to 3A) for optimal tattooing procedures. It features dual digital LCD meters which display the voltage and current being employed within (+ or -) 2.5 percent. It also offers both coarse and fine adjustment controls for both the voltage and the amperage. A versatile power supply, this unit can be used for any project that requires a stable voltage up to 30v.
Measurements: 14" x 8.5" x 8"
Output Voltage : 0–30v @ 3A
Output Current : 0–3A
Input Voltage: 110 / 220V 10%AC
Constant voltage/constant current
Voltage and Current adjustment
Power effect: CV
Overload effect: CV
Waves and noises: CV
Protection: High current limited
Ripple & Noise:3A), CV
Operating Temperature: 0–102 F ( 0 -40 C), Relative Humidity: < 90%
You get everything in the picture which includes the following:
Kit Contents
1 x Anodizer
1 x Titanium Wand
1 x Tweezer
1 x Alligator Clip Set
1 x Paint Brush
1 x Anodizer Chart with instructions
1 x TSP-PF Electrolytic Solution 1lb Box
1x  Scotch Brite Hand pad 6"x 9"
1 x Steel Sheet Cathode
1 x Plastic Submersion Container
1 x Nylon Mesh Straine
Specifications:
Full digital voltage and amperage meters;
Extremely fine controls for more color options, and more precision
Used on titanium and niobium metals
Used for jewelry and dental supplies
What is Anodizing?
Anodizing titanium is a process that adjusts the oxide level of metal surfaces. This adjustment changes the spectrum of light, resulting in perceived color. By precisely controlling the surface oxide level, an entire range of colors can be produced.
Anodizing titanium is not a coating, nor does it use dyes. Voltage applied to the part through fixturing, in an electrolytic bath, controls the color. Therefore, the integrity and properties of the base metal along with its suitability in biomedical applications are not compromised.