Capto Turning Tool Body C4 Ultra High - Quality Precision Turning Tool Holder

• Customization: Available
• Coating: Coating
• Application: Combination Machine, Grinding Machine, Milling Machine
• Model NO.: c4
• Structure: Molding Tool
• Material: Tungsten Steel
• Type: Lathe Turning Tool
• Model: Capto C4
• Name: Capto Turning Tool Body
• Processing: Turning
• Use: Metal Turning
• Transport Package: Wooden Case
• Specification: Alloy Steel
• Trademark: RUNLIAN
• Origin: China

Product Description

PRODUCT DESCRIPTION

1. The shank of the tool body uses solid carbide as the substrate material, greatly enhancing the tool's anti - vibration performance.
2. The head of the cutter body is made of high - quality alloy steel.
3. The blade installation part of the cutter head is heat - treated, resulting in better cutter accuracy.
4. The tool combines high toughness and high strength.
5. This design ensures both the hardness and the seismic performance of the tool holder.

 

PRODUCT PARAMETERS

(Kr)- Application		Ordering code	Dm	Dm1	f1	l1	f1s	l1s			weight m(KG)	ISO insert
	12	PSC32-DSKNR-22040-12	32	60	22	40	-	-	-6°	-6°	0.2	SN..1204
	12	PSC32-DSKNL-22040-12	32	60	22	40	-	-	-6°	-6°	0.2
	12	PSC40-DSKNR-27050-12	40	110	27	50	-	-	-6°	-6°	0.35
	12	PSC40-DSKNL-27050-12	40	110	27	50	-	-	-6°	-6°	0.35
	12	PSC50-DSKNR-35060-12	50	110	35	60	-	-	-6°	-6°	0.75
	12	PSC50-DSKNL-35060-12	50	110	35	60	-	-	-6°	-6°	0.75
	12	PSC63-DSKNR-45065-12	63	110	45	65	-	-	-6°	-6°	1.24
	12	PSC63-DSKNL-45065-12	63	110	45	65	-	-	-6°	-6°	1.24
	19	PSC50-DSKNR-35060-19	50	125	35	60	-	-	-6°	-6°	0.76	SN..1906
	19	PSC50-DSKNL-35060-19	50	125	35	60	-	-	-6°	-6°	0.76
	19	PSC63-DSKNR-45065-19	63	125	45	65	-	-	-6°	-6°	1.27
	19	PSC63-DSKNL-45065-19	63	125	45	65	-	-	-6°	-6°	1.27
	19	PSC80-DSKNR-55080-19	80	125	55	80	-	-	-6°	-6°	2.54
	19	PSC80-DSKNL-55080-19	80	125	55	80	-	-	-6°	-6°	2.54

RELEVANT PRODUCTS

PRODUCT  ADVANTAGE

• High - Precision Machining: Tool holders are engineered to extremely tight tolerances. They can accurately position the cutting tool, ensuring that the machining process achieves the required dimensional accuracy. This precision is vital for manufacturing high - quality parts, especially in industries like aerospace and automotive where even the slightest deviation can lead to product failure.

• Vibration Damping: A well - designed tool holder provides excellent rigidity, which minimizes vibrations during the cutting process. Reduced vibrations lead to a better surface finish on the workpiece and also extend the tool life. For example, in high - speed machining, the stability offered by the tool holder prevents chatter, which can cause uneven cuts and damage to the tool.

• High - Torque Transmission: Tool holders are capable of transmitting high torque from the machine spindle to the cutting tool. This allows for efficient material removal rates, as the tool can cut through tough materials without slipping or losing its cutting edge.

• Repeatability: Once a tool is set up in a high - quality tool holder, it can be repeatedly used to produce identical parts. This repeatability reduces production variability and helps maintain consistent product quality across large production runs.

• Machine Compatibility: They are designed to be compatible with different types of machine tools, including CNC mills, lathes, and machining centers. This means that a tool holder can be easily transferred between different machines, increasing the flexibility of the manufacturing process.
  

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