OMIK® 15kg Benchtop Welding Rotator Turntable (no digital display)
*No back-purging through the table available on this model.*
Introducing the Orbimax Welding Turntable by OMIK® – precision perfected over a decade of development. Made in Australia, it features sophisticated electronics and a double reduction drive for precise variable speed control from approximately 0.5 - 9.5 rpm (with speeds down to around 120 seconds per revolution on this non-digital display model).
Designed with safety in mind, it eliminates the risk of electric shock by operating on 12V DC power, keeping mains voltage away from the work zone. With brass feet and an internal rotary earth, your workpiece stays securely connected during welding.
Versatile in application, it can be used at any angle and even mounted on an angle plate with an optional self-centering welding chuck for added convenience.
Ideal for MIG and smaller diameter TIG welding, this model boasts a slowest setting of around 120 seconds per revolution. Plus, with no back-purging through the table, it streamlines your welding process for maximum efficiency.
Experience smooth operation at any angle with double reduction timing belts, ensuring superior performance without the risk of electrical hazards. Elevate your welding experience with the OMIK® Welding Turntable – where precision meets safety and efficiency.
Table Diameter: 200mm
Height: 72mm
Weight: 4.5kgs
Max Work Weight: 15kgs
Welding Current: 200amps (Recommended Max)
Rotation Speed: Approx. 0.5 - 9.5 rpm
Power Supply: 12V DC 240V plugpack (included)
Warranty: 12 months
Features:
- Stick, Mig or Tig compatible
- Stepless variable speed
- Compact benchtop design
- Concentric table grooves for workpiece location
- Brass feet allow earthing from benchtop
- Heavy Duty internal rotating earth prevents bearing damage
- Can be vertically mounted
- Rugged drive and electronics
- Many years of workshop testing by tradesmen
Options for this model include:
- Turntable Only
- with Footswitch
- with Chuck
-
with Chuck and Footswitch
