► PFERD | Inox Edge Mounted Points

Controlled Edge Grinding for Stainless Steel

Stainless fabrication often concentrates grinding pressure exactly where control matters most — edges, chamfers, burrs plus weld areas. PFERD INOX EDGE Mounted Points are specifically designed for edge grinding on stainless steel (INOX), giving fabricators a mounted abrasive suited to localised work where access, dimensional stability plus controlled grinding matter.

The range is relevant for deburring, finishing, grinding out, levelling, surface work, weld treatment plus chamfering or rounding edges. INOX EDGE construction is also suited to applications where cool grinding, low-vibration operation plus edge stability are important considerations.

For the wider grinding setup, Grinder Accessories provides supporting abrasive equipment, while Die Grinders provides a useful pathway into compact powered grinding equipment.

Edge Work Is Where This Range Earns Its Place

Standard surface grinding plus concentrated edge grinding create different demands.

INOX EDGE is specifically built around stainless-steel edge work, including applications such as weld dressing, removing burrs plus producing chamfers when preparing stainless components.

Typical applications include:

► Deburring
► Edge grinding
► Chamfering
► Edge rounding
► Weld dressing
► Grinding out
► Levelling
► Localised surface work

That makes the range particularly relevant where a full-size abrasive disc cannot comfortably reach the working area or where the job requires concentrated abrasive contact.

For broader stainless fabrication work around the grinding stage, Fabrication Tools & Workholding provides a natural supporting category.

Shape Changes How the Mounted Point Reaches the Work

The INOX EDGE range includes cylindrical, Series A plus conical-with-radius-end mounted points.

Shape choice matters because edges, fillet welds, chamfers plus localised surfaces don't present the abrasive with the same contact area.

Start with:

► Working area
► Required point shape
► External diameter
► Width
► Shank diameter
► Grit
► Compatible drive
► Operating speed

This helps narrow the mounted point around the geometry of the work rather than choosing on abrasive grade alone.

Conical Shapes Give Chamfering Work a Useful Approach Angle

The KE conical shape with radius end provides a useful working position for applicable surface plus chamfer grinding.

That geometry becomes relevant when the abrasive needs to approach an edge rather than simply sit square against a flat surface.

On suitable stainless work, applications can include:

► Preparing chamfers before welding
► Working around profiles
► Dressing localised weld areas
► Removing edge burrs
► Refining accessible contours

For jobs moving between grinding plus joining operations, Welding & Soldering Tools connects the mounted-point stage with the broader stainless fabrication workflow.

INOX EDGE Plus Standard INOX Mounted Points Serve Different Priorities

PFERD has both INOX plus INOX EDGE mounted-point designs, so the distinction is worth preserving.

INOX EDGE is specifically positioned around edge grinding on stainless steel, while the broader INOX mounted-point family covers more general applicable stainless surface work plus specified non-ferrous applications.

In practical selection terms:

► INOX EDGE – prioritise stainless edge work, chamfers, burrs plus weld-related edge applications
► INOX – consider for broader applicable stainless surface grinding plus specified non-ferrous work

That distinction gives this collection a clear purpose rather than allowing it to compete unnecessarily with a broader PFERD INOX mounted-point page.

Cool Grinding Matters on Temperature-Sensitive Stainless Work

INOX EDGE mounted points are designed around characteristics including cool grinding, low-vibration grinding plus dimensional stability at edges.

Those characteristics can be particularly useful when abrasive contact is concentrated around an edge or smaller working area.

They don't replace correct technique.

The operator still needs to consider:

► Mounted-point size
► Workpiece geometry
► Contact pressure
► Drive speed
► Shank exposure
► Required finish
► Individual product operating data

Controlled grinding comes from the complete setup rather than the abrasive designation alone.

Grit Needs to Match the Amount of Work Required

Available INOX EDGE configurations include different abrasive grades depending on mounted-point shape plus dimensions.

Rather than assuming one grit suits every stainless edge, consider the amount of material requiring removal plus the condition needed afterwards.

A practical approach is:

► Define the burr, weld or edge condition
► Determine the required stock removal
► Check available grit for the required shape
► Consider the desired finish
► Confirm product-specific operating data

Where the job eventually moves into broader abrasive finishing, Polishing & Buffing Accessories provides another stage within the surface-finishing workflow.

Shank Size Plus Mounted-Point Dimensions Belong in the Same Decision

Mounted points need to physically match both the working area plus the drive.

Available INOX EDGE configurations include different shank sizes plus external dimensions according to the individual mounted-point shape.

Check:

► Shank diameter
► External diameter
► Mounted-point width
► Shape
► Grit
► Available clearance
► Drive compatibility

This becomes especially important around internal corners, profiles plus fabricated assemblies where a larger abrasive may fit the machine but struggle to reach the required grinding area effectively.

The Complete Guide Abrasive Cutting Grinding Discs provides broader abrasive context when deciding where mounted-point grinding fits alongside disc-based processes.

Match the Drive Before the Mounted Point Reaches the Workpiece

Applicable INOX EDGE mounted points are designed for compatible straight grinders plus flexible shaft drives.

Drive selection should therefore happen before fitting the mounted point.

Confirm:

► Shank compatibility
► Machine speed range
► Mounted-point dimensions
► Required access
► Product-specific maximum RPM
► Unsupported shank length

The operating limits for an individual mounted point need to be followed rather than assuming every shank-mounted abrasive can run under the same conditions.

For workshops comparing different powered-tool approaches, Air Tools vs Electric: The Real Cost of Ownership for Australian Workshops provides additional context around workshop drive choices.

Cutting Speed Should Follow the Mounted Point

INOX EDGE mounted points operate within product-specific speed requirements.

Don't treat the machine's maximum RPM as the automatic working speed.

Check:

► Mounted-point diameter
► Product-specific maximum RPM
► Recommended cutting speed
► Drive capability
► Unsupported shank length
► Workpiece condition

A suitable abrasive on a poorly maintained drive can still produce a poor setup. 7 Signs Your Power Tool Needs a Service Before It Fails on Site provides practical checks for frequently used powered equipment.

Keep Stainless Edge Grinding Separate From General Metal Grinding

One of the strongest advantages of this collection is its specificity.

This page doesn't need to compete as another generic mounted-points category. Its role is much clearer:

PFERD + INOX EDGE + mounted points + stainless steel + edge grinding.

That creates a strong category relationship while helping buyers distinguish INOX EDGE from broader mounted-point families intended for different materials plus applications.

For work where localised mounted-point grinding transitions into larger-area abrasive processing, Grinding & Cut-Off Wheels provides the wider grinding pathway.

Narrow the Range From the Edge Back to the Machine

A practical buying sequence keeps the application in control:

► Confirm stainless steel – INOX EDGE is specifically positioned around stainless edge grinding
► Define the task – burr removal, chamfering, weld dressing, grinding out or localised surface work
► Look at access – establish the geometry the abrasive needs to reach
► Choose the shape – match cylindrical, Series A or conical configurations where applicable
► Check dimensions – external diameter plus width need to suit the working area
► Choose the grit – balance stock removal against the required result
► Confirm the shank – match the mounted point to the drive
► Check speed data – follow the requirements for the individual product

This makes a technically specific range easier to navigate without turning the collection into a product-code catalogue.