Solid Carbide Square End Mills for High-Temperature Alloys

Build a machining-tool range around the part features your customers need to produce. The SGE series brings together four-flute square end mills for high-temperature alloy applications, with individual models listed by diameter, cutting length and shank size.

Square-end profile for slots, flat floors and shoulders
Four-flute SGE series with individual catalog models
Model dimensions for building mixed industrial orders

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SGE Solid Carbide Square End Mills for High-Temperature Alloys catalog product view

SGE Solid Carbide Square End Mills for High-Temperature Alloys product introduction view

Select the SGE End Mill for Your Machining Requirement

A square-end profile is a starting point for flat-bottomed features and straight walls. To choose the right SGE model, compare the part drawing with the cutting diameter, flute length and holder clearance. Include the alloy grade and machine setup in your enquiry so the intended application is clear.

Match the cutter diameter to the feature and programmed toolpath.
Check the flute length against the intended axial engagement.
Compare shank diameter and overall length with your holder and available space.

SGE Series and Model Selection

The SGE catalog contains 17 four-flute model records. The specification table lists each model with cutting diameter, flute length, overall length, shank diameter and flute count. Review the complete row before selecting an item: two tools with the same cutting diameter can have different shank sizes.

For example, SGE0304A and SGE0304 have the same listed cutting diameter but different shank diameters. Record the full model code on each order line: choosing by diameter alone could select a cutter that does not fit the intended holder.

Dimensions to Check Before Ordering

Cutting diameter: Check that the tool fits the required slot width, pocket geometry and programmed path. The diameter alone does not describe the whole cutter.

Flute length: Compare the fluted section with the axial cutting engagement. A longer cutting section may be needed for one operation but is not automatically the right choice for every setup.

Overall length and holder clearance: Look at the assembled tool and holder in relation to the part, fixture and spindle. Overall length is not the same as usable reach into a feature.

Shank diameter: Match each model to the toolholder's clamping size. Record the shank alongside the cutter diameter when a range includes several holder sizes.

Applications and Workpiece Details

Use the part feature to start the selection: a slot, an open shoulder and a pocket can call for different tool access and engagement. The SGE square-end profile addresses a different geometry from a ball nose or corner-radius cutter. Review the specified toolpath and drawing rather than treating the three profiles as direct substitutes.

High-temperature alloy is a broad description. State the exact grade and supply condition, and whether the application is slotting or side milling. Share the machine, holder and coolant arrangement so the intended engagement and chip evacuation can be reviewed for that setup. Do not transfer cutting settings from a different tool solely because the material name is similar.

Build a Repeatable Purchase Specification

Send model codes and quantities per item, together with the part drawing or target dimensions. For a trial order, identify the sample quantity and the dimensions or documents your team needs to review. If marking, barcodes or a particular packing format are required, include those details with the enquiry.

Keep the approved model and drawing reference with your purchasing records. If the toolholder, workpiece or order requirements change, share the revision when requesting the next quotation.

Compare the flat-ended SGE range with the ball nose end mill for high-temperature alloys and corner radius end mill for high-temperature alloys when the part geometry requires another profile.

Catalog Series, Product Views and Dimension Drawings

SGE Series · R080

SGE Solid Carbide Square End Mills for High-Temperature Alloys catalog dimension drawing — SGE dimension drawing · R080

Catalog Model Specifications

Use the SGE model rows to compare cutting and shank dimensions for the specified alloy and machining operation.

SGE · R080 · 4 FLUTES

Type No.	Diameter (D, mm)	Flute length (Lc, mm)	Overall length (L, mm)	Shank Dia (d, mm)	Flutes (F)
SGE0104A	D1	3	L50	4	4
SGE0154A	D1.5	4	L50	4	4
SGE0204A	D2	6	L50	4	4
SGE0254A	D2.5	6	L50	4	4
SGE0304A	D3	8	L50	4	4
SGE0304	D3	8	L50	6	4
SGE0404A	D4	10	L50	4	4
SGE0404	D4	10	L50	6	4
SGE0504	D5	13	L50	6	4
SGE0604	D6	15	L50	6	4
SGE0804	D8	20	L50	8	4
SGE1004	D10	25	L75	10	4
SGE1204	D12	30	L75	12	4
SGE1404	D14	35	L100	14	4
SGE1604	D16	40	L100	16	4
SGE1804	D18	40	L100	18	4
SGE2004	D20	45	L100	20	4

Production Equipment Reference

The photographs below show production equipment and workshop operations used as manufacturing-reference material for carbide tooling enquiries. Process requirements are confirmed for the selected model and order.

CNC tool grinding equipment on the workshop floor — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **CNC Tool Grinding Cell**
Enclosed CNC tool-grinding equipment shown on the workshop floor.

A multi-tank cleaning line in the tool production workshop — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Ultrasonic Cleaning Line**
Multi-tank cleaning equipment shown in the workshop.

A row of enclosed CNC grinding machines — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **CNC Grinding Equipment**
A row of enclosed CNC grinding machines viewed from the workshop aisle.

Enclosed tool-grinding equipment with an operator area alongside — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Grinding Machine**
Enclosed tool-grinding equipment with an adjacent operator area.

A tool-grinding machine with a robotic handling enclosure — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Automated Tool Grinding Cell**
Tool-grinding equipment with a robotic handling enclosure.

Tool-grinding machines with enclosed robotic handling equipment — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Automated Grinding Equipment**
Enclosed grinding and robotic-handling equipment shown from another workshop position.

Enclosed CNC grinding equipment arranged along the workshop aisle — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **CNC Grinding Machines**
CNC grinding machines arranged along a workshop aisle.

An enclosed tool-coating unit in the workshop — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Coating Equipment**
Enclosed tool-coating equipment shown in the production area.

Vacuum-chamber equipment in the coating area — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Coating Process Equipment**
Vacuum-chamber equipment shown in the coating area.

An operator working at an enclosed laser-marking station — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Laser Marking Operation**
An operator works at an enclosed laser-marking station.

Machine workstations in the tool-finishing area — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Finishing Workstations**
Machine workstations shown in a tool-finishing area.

An operator beside a tool honing and polishing machine — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Cutting Edge Preparation**
An operator stands beside tool honing and polishing equipment.

An operator beside enclosed tool honing equipment — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Edge Honing and Polishing**
An operator stands beside enclosed edge-honing and polishing equipment.

Enclosed wet-blasting equipment in the surface-finishing area — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Wet Blasting Equipment**
Enclosed wet-blasting equipment shown in the surface-finishing area.

An alternate image of enclosed wet-blasting equipment — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Wet Blasting Equipment — Alternate**
A second workshop view of enclosed wet-blasting equipment.

Inspection and Measurement Equipment Reference

The photographs below show inspection and measurement equipment used when discussing drawing dimensions and order requirements. The inspection scope is confirmed for the selected order.

Operators working at optical inspection and tool-measuring stations — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Inspection Room**
Operators work at optical inspection stations.

Cutting Tool Profile Measurement

An operator positions a cutting tool at a profile-measuring station.

Optical measuring workstations in the inspection area — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Measurement Workstations**
Optical measurement workstations shown in the inspection area.

A balancing instrument with a protective enclosure — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Balancing Instrument**
A balancing instrument with a protective enclosure.

A tool presetter with an optical measuring arm and display — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Presetting and Dimensional Review**
A tool presetting station with an optical measuring arm and display.

An optical tool presetter and measurement display — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Optical Tool Presetter**
An optical tool presetter with a measurement display.

Operators inspecting tools at camera-based inspection workstations — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Optical Inspection**
Operators inspect tools at camera-based optical workstations.

An operator setting a tool in an enclosed measuring machine — reference image for Solid Carbide Square End Mills for High-Temperature Alloys — **Tool Measurement**
An operator positions a tool in an enclosed measuring machine.

Frequently Asked Questions

What is a square end mill used for in high-temperature alloys?

A square-end tool is selected for features such as flat-bottomed pockets, slots and straight shoulders. Check the alloy grade, feature geometry and setup against the model before selecting the cutter.

How many flutes do the SGE models have?

The listed SGE series has four flutes. Check each model row for its cutting diameter, flute length, overall length and shank diameter.

How do I select an SGE model for an existing toolholder?

Check the holder’s clamping diameter against the complete SGE model row. Include the alloy grade, material condition and operation in the inquiry so the selection can be reviewed.

Why should I specify the exact alloy grade and condition?

High-temperature alloys cover different materials and conditions. The grade and condition, together with the operation and setup, help the supplier review the requested model for the intended application.

Which SGE details matter for a slot versus an open shoulder?

For either operation, provide the alloy grade, feature dimensions and selected model. A slot also requires review of side clearance and chip evacuation; an open shoulder has a different engagement and access arrangement.

Can one SGE cutter diameter be used for every pocket width?

No. Compare the selected cutting diameter with the pocket width, required inside corners and programmed toolpath. The chosen cutter and holder must also clear the feature during the intended operation.

Request a Quote for Solid Carbide Square End Mills for High-Temperature Alloys

List the SGE models and quantities for your order, with the alloy designation and condition, the operation and the toolholder size. Include feature drawing details if available.

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