Sandvik Coromant Capto to fine boring head adaptor, C6-391.37A-16 075A

Mfr. Model # C6-391.37A-16 075A

Country of Origin: Germany

Minimum cutting diameter (DCN)
3 mm
Maximum cutting diameter (DCX)
32 mm
Adaptive interface machine direction (ADINTMS)
Coromant Capto (bolt and segment clamping) -size C6
Adaptive interface workpiece direction (ADINTWS1)
Cylindrical clamping w/ flats (sleeve) -metric: 16
Coolant entry style code (CNSC)
3: axial concentric and radial entry
Coolant exit style code (CXSC)
1: axial concentric exit
Coolant pressure (CP)
20 bar
Standard number (STDNO1)
ISO26623-1
Connection diameter (DCON)
63 mm
Functional length (LF)
75 mm
Functional width (WF)
0 mm
Body length (LB1)
75 mm
Body diameter (BD1)
63 mm
Body half taper angle (BHTA)
0 deg
Body material code (BMC)
Steel
Weight of item (WT)
1.896 kg (4.180 lb)

Should be compatible with C6-A390.45-50 040 and similar to C5-391.37A-12 048B, C4-391.37A-12 055B, C5-391.37A-16 070A, C6-391.37A-20 085A as well as C5-391.37A-20 085A, please check with the manufacturer

The Sandvik Coromant Capto to fine boring head adapter C6-391.37A-16 075A is a precision tooling accessory designed for use in machining and metalworking applications. Specifically, it serves as an adapter to connect a Coromant Capto toolholder to a fine boring head. Here are more details about its purpose and the main industries where it’s used:

Purpose and Use:

1. Adapter for Toolholders: The C6-391.37A-16 075A adapter is used to connect a Coromant Capto toolholder to a fine boring head. This allows for the precise and efficient machining of holes and bores in workpieces.
2. Boring Operations: The primary purpose of this adapter is to enable fine boring operations. Fine boring is a machining process used to achieve tight tolerances and high surface finish quality in holes and bores. It is commonly used for applications where accuracy and precision are critical.

Main Industries for Use:

The C6-391.37A-16 075A adapter can find application in a variety of industries where machining and metalworking are essential. Some of the main industries and sectors where this type of tooling accessory may be used include:

1. Aerospace: In aerospace manufacturing, precision machining is crucial for components like aircraft engine parts and structural elements. Fine boring ensures tight tolerances and high-quality finishes.
2. Automotive: The automotive industry relies on precision machining for engine components, transmission parts, and other critical components. Fine boring is used to achieve the required specifications.
3. General Engineering: In general engineering and machine shops, this adapter can be used for various applications that involve boring and hole machining in a wide range of materials.
4. Die and Mold Making: The tool can be used in the production of molds and dies, which require high precision and surface finish quality for producing plastic and metal parts.
5. Oil and Gas: Components used in the oil and gas industry, such as valves and drilling equipment, often require precise machining, and fine boring can be part of the process.
6. Medical Device Manufacturing: In the medical device industry, fine boring is used to create precise holes and bores in surgical instruments, implants, and other medical components.
7. Tool and Die Manufacturing: Fine boring is essential in tool and die manufacturing for creating molds and dies used in various industries.
8. Defense and Military: The defense sector requires precision machining for components used in military equipment and weaponry.

It’s important to note that the specific applications and industries for which this adapter is used may vary depending on the needs and capabilities of individual machining shops or manufacturers. The adapter’s versatility makes it a valuable tooling accessory in many machining and metalworking applications.

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