We ship worldwide — Singapore, Australia, Malaysia, Indonesia, Philippines, India, Middle East & more

SCIENTIFIC CUTTING TOOLS Boring Bar, 5/16 in Shank Dia., TiAlN, Right Hand - Machining

SCIENTIFIC CUTTING TOOLS Boring Bar, 5/16 in Shank Dia., TiAlN, Right Hand

The SCIENTIFIC CUTTING TOOLS Boring Bar is a right-hand, TiAlN-coated boring tool with a 5/16 in shank diameter (MPN B2901000A). 3G Electric interprets your machining requirements and sources this genuine industrial…

SKU 3G-OTH-246786

Brand
SCIENTIFIC CUTTING TOOLS
Item
Boring Bar, 5/16 in Shank Dia., TiAlN, Right Hand
Category
Machining
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
Worldwide Shipping
Air & sea freight
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support

Delivery
Worldwide DHL shipping from Singapore; 7–14 business days door-to-door for most destinations.
Payment
Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.

Technical Specifications

SCIENTIFIC CUTTING TOOLS
Manufacturer Part Number
B2901000A
Type
TiAlN, Right Hand
Shank Dia.
5/16 in

Technical Documents

No technical documents available for this product.
Request documentation
Not sure this is the right part? Get a recommendation.

Need installation or engineering help?

Installation, commissioning, maintenance plans, system design, and bundled product + service quotes — one team handles the full scope.
Talk to an engineer

Ask a question

SCIENTIFIC CUTTING TOOLS Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The SCIENTIFIC CUTTING TOOLS Boring Bar is a right-hand, TiAlN-coated boring tool with a 5/16 in shank diameter (MPN B2901000A). 3G Electric interprets your machining requirements and sources this genuine industrial cutting tool across 14 departments, with specialist expertise in combustion, pumps, and controls ensuring we deliver the right solution.

Frequently Asked Questions

What is the SCIENTIFIC CUTTING TOOLS Boring Bar B2901000A used for?

This boring bar is used for internal diameter machining operations such as enlarging or finishing pre-drilled holes in metal parts. It is commonly applied in precision manufacturing, mold making, and general machining where tight tolerances and surface finish are required.

What are the specifications of the SCIENTIFIC CUTTING TOOLS Boring Bar B2901000A?

This boring bar has a 5/16 inch shank diameter, is coated with TiAlN for wear resistance, and is designed for right-hand cutting. The manufacturer part number is B2901000A. It is suitable for use in CNC and manual lathes for boring operations.

Where to buy SCIENTIFIC CUTTING TOOLS Boring Bar B2901000A worldwide?

You can source the SCIENTIFIC CUTTING TOOLS Boring Bar B2901000A through 3G Electric, a global industrial equipment distributor. We handle full logistics, customs clearance, and delivery to worldwide destinations, ensuring the tool reaches your facility reliably.

How to select the correct boring bar for a machining application?

Select a boring bar based on shank diameter matching your tool holder, required reach depth, and material being cut. For steel or hardened alloys, a TiAlN-coated bar like this SCIENTIFIC CUTTING TOOLS model provides heat resistance and longer tool life. Always verify hand orientation (right-hand for conventional turning).

Used in

Common applications for SCIENTIFIC CUTTING TOOLS
Hydraulic system maintenance — Solid pilot port tools (e.g., MS16142-4S) for servicing SAEJ514 ports in industrial machinery.
Aerospace component finishing — Reamer pilot port tools (e.g., MS33649-4R) for AS5202 ports in aircraft hydraulic systems.
General machining — Grooving tools (e.g., GT045-8A) for creating internal grooves in shafts or housings on lathes.
Field repair of pneumatic systems — Port tools (e.g., MS16142-10S) for reconditioning SAEJ1926-1 ports in compressors.
Production line port finishing — Solid pilot tools (e.g., MS16142-2S) for high-volume port creation in manufacturing cells.

SCIENTIFIC CUTTING TOOLS Products

3G Electric supplies SCIENTIFIC CUTTING TOOLS machining. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

You might also need

Burners & Combustion Pumps & Compressors Spare Parts All Products

Compatible alternatives & equivalents

Cross-referenced by specification & description
Right-hand boring bar with a 5/16 in shank diameter and TiAlN coating for wear resistance. Used for internal diameter machining, enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe or CNC applications requiring precision boring
SCIENTIFIC CUTTING TOOLS
Right-hand boring bar with a 5/16 in shank diameter and TiAlN coating for wear resistance. Used for internal diameter machining, enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe or CNC applications requiring precision boring
SCIENTIFIC CUTTING TOOLS Boring Bar: Boring, 5/16 in Shank Dia., TiAlN, Right Hand (MPN B290750A)
SCIENTIFIC CUTTING TOOLS
SCIENTIFIC CUTTING TOOLS Boring Bar: Boring, 5/16 in Shank Dia., TiAlN, Right Hand (MPN B290750A)
This boring bar is used for internal diameter machining operations such as enlarging or finishing holes. It features a 5/16 in shank diameter, TiAlN coating for wear resistance, and right-hand cutting orientation. Suitable for use in CNC or manual lathes
SCIENTIFIC CUTTING TOOLS
This boring bar is used for internal diameter machining operations such as enlarging or finishing holes. It features a 5/16 in shank diameter, TiAlN coating for wear resistance, and right-hand cutting orientation. Suitable for use in CNC or manual lathes
This right-hand boring bar features a TiAlN coating for wear resistance and a 5/16 in shank diameter. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts on CNC or manual lathes
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a TiAlN coating for wear resistance and a 5/16 in shank diameter. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts on CNC or manual lathes
This boring bar is used for internal boring operations in machining, such as enlarging or finishing pre-drilled holes. It features a 5/16 in shank diameter, TiAlN coating, and right-hand cutting orientation. Typical applications include mold making, aerospace, and automotive manufacturing where tight tolerances are required
SCIENTIFIC CUTTING TOOLS
This boring bar is used for internal boring operations in machining, such as enlarging or finishing pre-drilled holes. It features a 5/16 in shank diameter, TiAlN coating, and right-hand cutting orientation. Typical applications include mold making, aerospace, and automotive manufacturing where tight tolerances are required
This boring bar is designed for internal boring operations in machining. It features a TiAlN coating for wear resistance and a right-hand cutting direction. The shank diameter is 5/16 inch. Typical applications include precision hole enlargement and finishing in metalworking
SCIENTIFIC CUTTING TOOLS
This boring bar is designed for internal boring operations in machining. It features a TiAlN coating for wear resistance and a right-hand cutting direction. The shank diameter is 5/16 inch. Typical applications include precision hole enlargement and finishing in metalworking

More from SCIENTIFIC CUTTING TOOLS

View all SCIENTIFIC CUTTING TOOLS parts
This boring bar is designed for internal diameter machining operations such as enlarging or finishing holes in metal parts. It features a 5/16 inch shank diameter, titanium aluminum nitride (TiAlN) coating for enhanced wear resistance, and right-hand cutting orientation. Suitable for use in CNC lathes and general machining applications requiring tight tolerances
SCIENTIFIC CUTTING TOOLS
This boring bar is designed for internal diameter machining operations such as enlarging or finishing holes in metal parts. It features a 5/16 inch shank diameter, titanium aluminum nitride (TiAlN) coating for enhanced wear resistance, and right-hand cutting orientation. Suitable for use in CNC lathes and general machining applications requiring tight tolerances
Boring bar with a 3/16 in shank diameter, TiAlN coating, and right-hand orientation. Used for internal diameter machining in metalworking, suitable for precision boring operations on machining centers and lathes
SCIENTIFIC CUTTING TOOLS
Boring bar with a 3/16 in shank diameter, TiAlN coating, and right-hand orientation. Used for internal diameter machining in metalworking, suitable for precision boring operations on machining centers and lathes
This right-hand boring bar features a TiAlN coating and a 3/8 in shank diameter. It is used for internal diameter machining operations such as enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe or CNC applications requiring a right-hand cutting direction
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a TiAlN coating and a 3/8 in shank diameter. It is used for internal diameter machining operations such as enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe or CNC applications requiring a right-hand cutting direction
This right-hand boring bar features a 5/16 in shank diameter and a TiAlN coating for wear resistance. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts. Suitable for use in CNC or manual lathes for precision boring applications
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a 5/16 in shank diameter and a TiAlN coating for wear resistance. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts. Suitable for use in CNC or manual lathes for precision boring applications
This right-hand boring bar features a 1/8 in shank diameter and bright (uncoated) finish. It is used for internal diameter machining operations such as enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe applications in general machining, tool and die making, and maintenance shops
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a 1/8 in shank diameter and bright (uncoated) finish. It is used for internal diameter machining operations such as enlarging or finishing pre-drilled holes in metalwork. Suitable for lathe applications in general machining, tool and die making, and maintenance shops
This boring bar is used for internal diameter machining operations in metalworking. It features a TiAlN coating for enhanced wear resistance and is designed for right-hand cutting. Suitable for precision boring applications in machining centers and lathes
SCIENTIFIC CUTTING TOOLS
This boring bar is used for internal diameter machining operations in metalworking. It features a TiAlN coating for enhanced wear resistance and is designed for right-hand cutting. Suitable for precision boring applications in machining centers and lathes
This right-hand boring bar features a 5/16 in shank diameter and a bright (uncoated) finish. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts. Suitable for use in lathes or milling machines, it is commonly applied in precision machining and general manufacturing
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a 5/16 in shank diameter and a bright (uncoated) finish. It is used for internal diameter machining operations such as enlarging or finishing holes in metal parts. Suitable for use in lathes or milling machines, it is commonly applied in precision machining and general manufacturing
This right-hand boring bar features a TiAlN coating for wear resistance and is designed for internal diameter machining operations such as enlarging or finishing holes. With a 3/16 in shank diameter, it is suitable for precision machining applications requiring tight tolerances
SCIENTIFIC CUTTING TOOLS
This right-hand boring bar features a TiAlN coating for wear resistance and is designed for internal diameter machining operations such as enlarging or finishing holes. With a 3/16 in shank diameter, it is suitable for precision machining applications requiring tight tolerances