The inner bore of a ceramic hip is carefully engineered to minimize friction and allow smooth movement between the implant and the natural femoral head. This helps to reduce wear and tear on the implant, as well as potentially decrease the risk of complications and improve the overall functionality of the hip joint.

Titanium alloy has the characteristics of light weight, high strength, corrosion resistance, heat resistance, high toughness, low thermal conductivity, and is widely used in aerospace, automotive, shipbuilding, medical chemical and other parts processing. However, the poor thermal conductivity of titanium alloy causes high temperature in the grinding zone, which causes bonding, diffusion and strong chemical reaction between titanium alloy and abrasive, resulting in grinding wheel blockage and burn.

Recently, we met a customer who was processing bearing steel. He had been using vitrified CBN grinding discs (as shown in the picture below) to grind the workpiece before. But because the workpiece was too small, the vitrified CBN grinding discs he originally purchased had gaps, which would wear into the workpiece to some extent and cause damage to the workpiece. In order to solve this problem, he consulted Moresuperhard our grinding engineers. After thoroughly understanding the customer's processing situation and needs, we recommended a resin CBN grinding disc (255-35-50.8-5 180#) for the customer. After the communication, the customer decided to purchase several resin CBN grinding discs for trial.

We recently had a customer who used our Vitrified CBN Wheels for Air-conditioner Compressor Cylinder in their manufacturing process.

Metal diamond grinding wheels are commonly used for grinding glass bottles in industrial applications. They consist of a metal bond matrix with diamond particles embedded within the matrix. The metal bond provides excellent durability and resistance to wear from the abrasive glass surface while the diamond particles allow for a precise and efficient grinding process.

Moresuperhard engineers attended a doctoral seminar on ultrasonic vibration-assisted grinding last Thursday, which focused on experiments related to ultrasonic-assisted grinding.