Internal Coolant Anti-Vibration Saber Tooth Boring Bar

Source the Internal Coolant Anti-Vibration Saber Tooth Boring Bar from RONGKE, a manufacturer in China, with order details focused on the TF/KZ joint and its continuous coolant route. The internal-coolant anti-vibration saber-tooth assembly combines the front module and support shank with a coolant route to the cutting end. The connection must preserve both mechanical seating and coolant continuity through the assembled components.

Key Facts at a Glance

Component Roles

The TF module and KZ support meet at a threaded, seated joint. Assembly verification must include fluid transfer as well as the mechanical fit at that connection.

Where This Configuration Fits

Choose the Internal Coolant Anti-Vibration Saber Tooth Boring Bar when the job calls for the TF/KZ joint and its continuous coolant route. This selection concerns coolant transfer through a matched TF front module and KZ support. It suits an application requiring that internal route, subject to confirmation of the assembled connection and supply.

Selection guide — Coolant route vs support size: TF module selection defines cutting size, while the KZ M10/M12 group defines the support connection. Verify fluid continuity through the selected combination; the thread alone is insufficient.

Four Configuration Decisions

1. Verify the coolant path across the joint

Check that the selected front module and KZ support maintain a continuous fluid route. A correct thread pairing alone does not establish the assembled coolant connection.

2. Match the mechanical module group

Use the TF Ø12–20.50 mm table and its M10/M12 connections. Keep module diameter and support-shank diameter as separate selection dimensions.

3. Agree outlet and leakage checks

Request verification at the assembled module joint and cutting-end outlets. Test conditions must be agreed because the table gives no universal pressure-test specification.

4. Choose support length for the actual access

KZ tables list 100, 150, 200, 250 and 300 mm. Include front-module dimensions and holder engagement when reviewing the final projection.

Order Verification

Production & inspection

Use TF-to-KZ coolant continuity, joint leakage and cutting-end outlet condition. Agree coolant medium, assembly condition and acceptance criteria before a flow or leakage check; specify pressure and duration separately if a pressure test is requested as the inspection focus. Ask for the measurement method and acceptance limits to be stated in the quotation if a dimensional report is required.

Replacement Order Details

For the Internal Coolant Anti-Vibration Saber Tooth Boring Bar, send our factory the selected reference, quantity and requirements for the TF/KZ joint and its continuous coolant route. RONGKE can prepare the supplier quotation around that configuration.

FAQ

1. Q: Does matching M12 automatically confirm coolant continuity?

A: No. The joint must also preserve the actual coolant-transfer route and sealing arrangement.

2. Q: Is the KZ shank diameter the cutting diameter?

A: No. TF identifies the cutting-diameter group; KZ diameter describes the support shank.

3. Q: What coolant test can be specified without inventing a catalog rating?

A: Agree flow continuity and leakage checks, with any pressure, duration and limits explicitly specified.

4. Q: Is the KZ length the total assembled tool length?

A: No. Add the front module and account for holder engagement and other joint dimensions.