How to use CNC lathe machine cutting seals?

② Cutting temperature: The high temperature during cutting may cause the material to melt or change shape.

③ Cutting force control: precise control of cutting force is required to avoid tool damage or workpiece deformation

② Coating: Choose TiN coating to reduce friction and improve tool durability.

③ Geometry: Select tools with sharp cutting edges and large rake angles to reduce cutting resistance.

② Feed rate: feed rate 0.1-0.3 mm/rev is appropriate to keep cutting stable.

③Depth of cut: the depth of cut 1-3 mm is appropriate to avoid excessive depth of cut resulting in damage to the workpiece.

② Lubrication: Adopt silicone-based lubricant to improve cutting effect and reduce tool wear.

③ Safety: Wear protective glasses and gloves during machining to prevent dust and chemical exposure.

② Temperature needs to be controlled during the cutting process to avoid material softening.

③ The cutting force should be moderate to prevent damage to the tool and workpiece.

② Coating: Select TiN coating to reduce friction.

③ Geometry: Use a tool with a 15-20 degree rake angle to reduce cutting resistance.

② Feed speed: feed speed 0.1-0.2 mm/rev is appropriate to maintain stable cutting.

③Depth of cut: 0.5-1 mm depth of cut is appropriate to avoid excessive depth of cut.

② Lubrication: Use silicone-based lubricant to enhance the cutting effect.

③ Safety: Wear protective glasses and gloves to prevent chemical exposure.

② Cutting temperature needs to be controlled to avoid material property degradation.

The cutting temperature needs to be controlled to avoid degradation of material properties.

③ The cutting force needs to be accurately controlled to prevent damage to the tool.

② Coating: Choose TiN coating to reduce friction and improve tool life.

③ Geometry: Use tools with sharp cutting edges and front angles greater than 20 degrees to reduce cutting resistance.

② Feed rate: feed rate 0.1-0.3 mm/rev is appropriate to maintain the cutting effect.

③Depth of cut: the depth of cut 1-2 mm is appropriate, to avoid too deep cutting.

② Lubrication: Silicon based lubricant is recommended to ensure smooth cutting.

③ Safety: Wear appropriate protective equipment during machining to avoid chemical contact.

② The cutting process needs to be kept at a low temperature to prevent the material from softening.

③ The cutting force needs to be controlled to avoid damage to the tool.

② Coating: Select TiN coating to reduce cutting friction.

③Geometry: Select a tool with a larger front angle to reduce cutting resistance.

② Feed rate: feed rate 0.1-0.3 mm/rev is appropriate to ensure cutting stability.

③Depth of cut: 1-2 mm depth of cut is appropriate to avoid too deep cutting.

② Lubrication: Silicon based lubricant is recommended to improve the cutting effect.

③ Safety: Wear protective glasses and gloves during processing to prevent contact with chemicals.

② Temperature needs to be controlled during cutting to prevent the material from melting.

③ The cutting force needs to be moderate to avoid damage to the tool and workpiece.

② Coating: Select TiN coating to improve wear resistance.

③ Geometry: Select tools with sharp cutting edges and large rake angles to reduce cutting resistance.

② Feed rate: feed rate 0.1-0.2 mm/rev is appropriate to ensure cutting stability.

③Depth of cut: the depth of cut 1-2 mm is appropriate, to avoid excessive depth of cut.

② Lubrication: Silicon based lubricant is recommended to enhance the cutting effect.

③ Safety: Wear appropriate protective equipment to prevent chemical exposure.

② The temperature during cutting needs to be controlled to avoid melting of the material.

③ Cutting force needs to be controlled to avoid tool damage.

② Coating: Select TiN coating to reduce friction.

③Geometry: Select a tool with a front angle greater than 15 degrees to reduce cutting resistance.

② Feed speed: feed speed 0.1-0.2 mm/rev is appropriate to ensure the cutting effect.

③Depth of cut: the depth of cut 0.5-1 mm is appropriate to avoid too deep cutting.

② Lubrication: Use silicone-based lubricant to enhance the cutting effect.

③ Safety: Wear protective glasses and gloves during machining to prevent chemical exposure.

② The cutting process needs to control the temperature to prevent the material from softening.

③ The cutting force should be moderate to avoid damage to the tool and workpiece.

② Coating: Choose TiN coating to reduce friction.

③ Geometry: Select tools with sharp cutting edges and proper rake angle to reduce cutting resistance.

② Feed speed: feed speed 0.1-0.3 mm/rev is appropriate to ensure stable cutting.

③Depth of cut: the depth of cut 1-2 mm is appropriate, to avoid excessive depth of cut.

② Lubrication: Use silicone-based lubricant to enhance cutting effect.

③ Safety: Wear protective glasses and gloves during machining to prevent chemical contact.

② The cutting temperature is difficult to control, and overheating may cause the material to melt.

③ Cutting force needs to be precisely controlled to prevent damage to the workpiece or tool.

② Coating: Select TiN coating to reduce friction and improve tool life.

③ Geometry: Use a tool with a leading angle between 10-15 degrees to reduce cutting resistance.

② Feed rate: feed rate 0.1-0.2 mm/rev is appropriate, keep it stable.

③Depth of cut: the depth of cut 1-2 mm is appropriate, to avoid excessive depth of cut.

② Lubrication: Use suitable lubricants to improve cutting results.

③ Safety: Wear protective glasses and gloves to prevent chemical exposure.

② High temperatures are easily generated during cutting and proper cooling needs to be maintained.

③ The tool wears out quickly and needs to be inspected and replaced regularly.

② Coating: Select TiN coating to enhance tool wear resistance.

③ Geometry: Adopt small front angle tool to reduce cutting force.

② Feed speed: feed speed 0.1-0.3 mm/rev is appropriate.

③Depth of cut: 0.5-1 mm depth of cut is suitable.

② Lubrication: Oil-based lubricant can be used.

③ Safety: Wear protective equipment to ensure safe operation.

② Heat is easily generated during the cutting process and temperature control is required.

③ The tool requires high wear resistance and regular maintenance.

② Coating: Use TiN coating to reduce friction.

③Geometry: Choose a tool with a larger rake angle to reduce cutting resistance.

② Feed speed: feed speed 0.1-0.2 mm/rev is appropriate.

③ Depth of cut: 1-2 mm depth of cut is appropriate.

② Lubrication: Use a suitable lubricant.

③ Safety: Wear protective equipment to ensure safe operation.

② Heat needs to be controlled during cutting to avoid melting.

③ The tool wears fast, and wear-resistant materials are required.

② Coating: Use TiN coating to improve wear resistance.

③ Geometry: The front angle should be between 10-15 degrees to reduce the cutting force.

② Feed speed: feed speed 0.1-0.3 mm/rev is appropriate.

③ Depth of cut: 1-2 mm depth of cut is suitable.

② Lubrication: Oil-based lubricant can be used.

③ Safety: Wear protective equipment to ensure safety.

② Temperature needs to be controlled during cutting to avoid softening.

③ Tool selection needs to consider wear resistance and cutting efficiency.

② Coating: Select TiN coating to enhance tool life.

③Geometry: Choose a tool with a leading angle of 10-15 degrees to reduce cutting resistance.

② Feed speed: feed speed 0.1-0.2 mm/rev is appropriate.

③ Depth of cut: 1-2 mm depth of cut is appropriate.

② Lubrication: Use a suitable lubricant to improve the cutting effect.

③ Safety: Wear protective equipment to ensure safe operation.

② Feed rate: 0.1-0.3 mm/rev.
③ Cutting depth: 1-3 mm.