Superstar CNC has a number of domestic and foreign brands, with a plant area of more than 86,000 square meters. More than 20 high-level CNC equipment production lines in China, with an annual production capacity of nearly 12,000 units, 19 years of industry experience, 20 national patents, and 7 seri

Sliding table saws are commonly used equipment for cutting panel furniture，Has been loved by many furniture manufacturers. The main structure of the sliding table saw is to use two saw blades, namely the main saw blade and the scoring saw blade. When cutting, the scoring saw is used for cutting in advance, and the bottom surface of the processed plate is first sawed to make a groove with a depth of 1 to 2 mm and a width of 0.1 to 0.2 mm thicker than the main saw blade to ensure that When the main saw blade is cutting, the edge of the saw edge will not tear, so that a good sawing quality can be obtained. Superstar CNC is the leading CNC Router designer, manufacturer and exporter since 2003.  We have over 400 professional staffs and over 70,000 square meters factory.

The 45 degree Panel Saw is a router specially designed and manufactured by Jinshengxing Company with manual lifting and tilt adjustment of the saw blade. The movable table of this 45 degree Panel Saw is made of high-strength extruded aluminum alloy, which has high strength and is not easy to bend. A

The Table Panel Saw is a router specially designed and manufactured by Jinshengxing Company for electric lifting and tilting adjustment. It is a Table Panel Saw used in furniture factories, panel factories and construction industry.The movable table of the Table Panel Saw is made of high-strength ex

CNC panel saws are used for wood cutting. Panel cutting is an important process in the processing of panel furniture components. Some faults are often encountered during use. By learning the processing technology of sliding table saws, operators can master the use of sliding table saws to reduce the

The maximum thickness a wood panel saw can cut depends primarily on blade diameter and machine design. Below is a detailed analysis:1. Key Factors Affecting Cutting ThicknessBlade DiameterTheoretical Maximum Cutting Thickness≈Blade radius (diameter/ 2).Example: A blade with a 250mm diameter → Max cu