Flat Die Thread Rolling Machine for Fasteners

Flat die thread rolling machine for prepared fastener blanks

Flat die thread rolling machine for prepared fastener blanks thumbnail

Review Flat Die Thread Rolling Machine for Fasteners for your component and the required production operation.

Place the operation in the production route

The role of this equipment is to form external threads on suitable fastener blanks between matched flat dies. Compare the incoming stock with the component required by the next manufacturing or assembly stage. Define blank diameter and material, fastener shape, thread form and thread length. The finished drawing should show which dimensions and surfaces this operation must produce.

Plan handling and changes between jobs

Review flat-die geometry, blank presentation, feeding and changeover requirements, together with loading space and the movement of the component between stages. The blank and flat-die profile should be considered together; this is cold forming rather than thread cutting. List the sizes and batch quantities before discussing output. Tool changes, handling and inspection should be included when assessing the proposed workshop arrangement.

Connect quality checks to machine selection

Agree how the component will be assessed for formed thread dimensions, gauge acceptance and the condition of the blank. Identify the representative material and sample needed to establish the setup. Compare the listed models against the drawing and the operation, then ask IMC to state the supplied tools and accessories. Add the chosen options and quantity to the Quote List with the material, destination and power details so the offer reflects the actual production requirement.

Information to send with your enquiry

Blank diameter and material
Fastener shape
Thread form and thread length

To review your application, send IMC your component drawing and requirements. You can also compare related machines and tooling in the product range.

VIEW SPECIFICATIONS

Available options

Select the required options and add this machine to your quotation.

Available Options

Mini Max Diameter of the job

Max Thread Length Require

Thread Type

Purchase

Expected Price

Your selected configuration is stored in the existing Quote List flow for review before enquiry.

VIDEO REFERENCE

Machine Videos Gallery

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TECHNICAL DATA

Technical Specifications

Model data and technical details supplied for this product. Final configuration can be confirmed against your application.

FDTRM flat-die model reference table

Model No.	FDTRM-1	FDTRM-2	FDTRM-3	FDTRM-4	FDTRM-5	FDTRM-6
Min. Max. Dia Can Be Rolled	1/16"x1/4"	1/8"x1/2"	1/8"x 1/2"	1/4"x5/8"	1/4"x3/4"	1/4"x7/8"
Max. Length of Thread	2""	2.1/2""	3""	3""	4""	4""
Dimension of Fixed Dia	3"x2"x1"	5"x2.1/2"x1"	5"x3"x1"	6"x3"x1"	6"x4"x1"	7"x4"x1"
Dimension of Moving Dia	4"x2"x1"	6"x2.1/2"x1"	6"x3"x1"	7"x3"x1"	7"x4"x1"	8"x4"x1"
Production in Pieces Per Minute	80	60	60	50	30	30
Power Required in H.P.	2	3	5	7.5	10	15

The dimension rows refer to fixed and moving dies. Confirm die drawings, utilities and the ordered size with IMC. Production figures are application-dependent published references.

Frequently Asked Questions About Flat Die Thread Rolling Machine

What does the flat-die arrangement use?

The listed equipment forms a suitable external thread between fixed and moving profiled flat dies. It differs from the cylindrical dies used in two-roll and three-roll hydraulic arrangements.

Is a feeder included with every model?

The accessory description lists vibratory or rotary-drum feeding according to requirement, with a stairs-type option on request. Confirm the actual supplied hardware for your blank and selected model.

How many thread sizes does the standard die set cover?

The published list identifies one set for one standard size. Have the quotation state that size and profile, and request other tool sets separately where required.

Which power figures apply to the FDTRM table?

The six columns list 2, 3, 5, 7.5, 10 and 15 HP. Any different configuration needs its own approved specification and installation requirements.

How should the output reference be validated?

Use representative blanks and agreed thread inspection. Include feeding, handling and acceptance checks, rather than comparing nominal rates from different parts.