Used CLAUSING KONDIA C12AX #141456 for sale
URL successfully copied!
Tap to zoom
ID: 141456
Automatic bandsaw
Drive motor: 5 HP
Hydraulic motor: 1 HP
Bandwheel diameter: 16"
Blade speed: 95 to 335 FPM
Blade size: 1.25" x 12" x .042"
Coolant recirculating
Coolant capacity: 10 gallons
Cutting capacity:
90° round: 11.8"
90° rectangle: 11.8" x 12.6"
Bundle cutting width: 6.5" to 10"
Bundle cutting height: 2" to 8"
Maximum feed length / index: 15.75".
TheCLAUSING KONDIA CLAUSING KONDIA C12AX is a sophisticated crystal growing, sawing and slicing equipment engineered for high precision applications. Its purpose is to deliver consistently perfect results in the form of highly-accurate, monocrystalline gemstones. The KONDIA C12AX consists of a framework base outfitted with two digital servo motors that control its two axes of motion. These axes are the X and Y dimensions, which are capable of both linear and circular movements. Additional mounted motors control the direction and angle of approach of the slicing disks, allowing for a variety of slicing angles. The system boasts advanced digital servo motor unit control, providing highly precise cutting speeds, even when working on thin materials. This motor control helps to reduce unwanted impurities and reflections, ensuring that the product produced is uniformly high in quality. CLAUSING KONDIA C12AX also features a carefully-selected diamond coating which is applied to its cutting disks after each use. This coating helps to ensure that the gems produced are not only visually perfect but also have the desired optics and lack of inclusions. The machine is designed to operate in a safe and stable fashion, with a wide range of easily adjustable parameters. C12AX is also mechanical shock-protected, reducing the risks of machine malfunctions. The KONDIA CLAUSING KONDIA C12AX crystal growing, sawing and slicing tool is ideal for high-quality applications involving the production of consistently high-quality gems. Its advanced digital servo motor asset control and diamond coating provide near-perfect results, with minimal risk of injury to the operator.
There are no reviews yet