From First Clamp To Automated Handling

A component cannot be machined properly until the tool, workpiece & machine are connected in the right way. Röhm workholding, chucks, vices & clamping systems cover those connections across turning, milling, drilling, grinding, CNC machining & automated production. Industrial Shed brings together a specialist Röhm range for Australian machine shops, toolrooms, manufacturers, maintenance teams & production facilities—from lathe chucks, power chucks & drill chucks to machine vices, mandrels, centres, HSK clamping systems, grippers, jaws & replacement components.

For turning applications, start with Röhm | Chucks & Accessories. CNC turning operations can move directly into Röhm | Power Chucks.

What Are Röhm Workholding, Clamping & Gripping Systems?

Röhm manufactures equipment around three fundamental production requirements: holding workpieces, clamping cutting tools & gripping components between operations.

That makes Röhm much more than a chuck manufacturer.

The Röhm range spans drill chucks, live centres, face drivers, lathe chucks, independent chucks, vices, grippers, swivel units, power chucks, actuating cylinders, steady rests, mandrels, collet chucks plus HSK & SK tool-clamping systems.

Industrial Shed organises this broad range into focused collections so buyers can move from major equipment families into the specialised components that support them.

A typical production relationship might look like:

machine → tool connection → workholding → machining → component handling → next operation

A conventional drill press might combine a drill chuck with a vice. A CNC lathe can use a power chuck, jaws plus actuation equipment. A machining centre can pair a machine vice with an HSK spindle-clamping system. Once robotic loading is introduced, grippers plus pneumatic components become part of the same production process.

Why Choose Röhm?

Röhm's history began with drill chucks more than 100 years ago. Today, its product range reaches across manual workholding, CNC clamping, tool retention & automated component handling.

The breadth becomes useful when the job changes.

Turning a bar? A lathe chuck or power chuck may provide the starting point.

Machining the complete outside of a component? A suitable mandrel can move the holding point into the bore.

Working on a long shaft? Centres, face drivers plus steady rests create additional support options.

Milling a prismatic component? Machine vices provide a different workholding arrangement.

Changing HSK tools automatically? Röhm produces dedicated tool-clamping systems around standardised machine interfaces.

Loading that machine robotically? Parallel, centric plus long-stroke grippers extend the process into automated handling.

The correct choice depends on the machine interface, workpiece, machining operation, clamping method & production process.

Common Applications

Röhm Chucks For Turning & Workshop Machining

“Röhm chuck” can describe several different products, so start with the machine plus the workpiece.

Manual lathe chucks suit conventional turning, repair work plus workshop machining. Power-operated chucks bring opening plus closing into the machine cycle for suitable automated production.

Within Industrial Shed's Röhm range, Chucks & Accessories provides the broad turning entry point, while Power Chucks narrows the selection to machine-actuated workholding.

Important selection points include:

► Machine spindle interface
► Chuck size
► Through-hole requirement
► Number of jaws
► Jaw interface
► Workpiece diameter plus geometry
► Actuation arrangement
► Required machining access

Röhm Drill Chucks & Drilling Workholding

Drill chucks are not a side category in Röhm's history—they are where the manufacturer began.

Röhm continues to produce drill-chuck families including Spiro, Supra, Extra-80, Extra-50 & Prima for different stationary plus hand-operated drilling requirements.

Spiro includes automatic-retightening designs for applications such as machine tools, boring machines plus box-column drills. Supra provides another quick-action family, while Prima uses the established keyed clamping principle.

Industrial Shed's Röhm | Drilling Workholding & Accessories provides the dedicated pathway for Röhm drilling equipment.

Check the machine-side connection, chuck mounting interface, clamping range, tool shank plus drilling application before selecting by capacity alone.

Röhm Machine Vices & Power-Operated Vices

A cutter can only follow its intended path effectively if the workpiece stays where the setup expects it.

Röhm | Machine Vices & Accessories covers workholding for suitable milling, drilling plus machining-centre applications. Röhm's wider vice portfolio includes fixed-jaw, centric, NC-Compact, specialised machining plus powered configurations.

Manual machine vices can suit conventional setups where the operator controls clamping. Power-operated configurations bring pneumatic or hydraulic actuation into repeat production plus automation.

Consider:

► Fixed-jaw or centric positioning
► Manual or powered actuation
► Required jaw opening
► Workpiece accessibility
► Machine table arrangement
► Clamping-force requirement
► Repeated setup or one-off machining

For wider workshop workholding, Clamps & Vises provides a complementary equipment pathway.

Röhm Mandrels & Internal Workholding

What if the jaws are sitting exactly where the cutter needs to go?

Internal workholding can solve that problem.

Röhm uses mandrels for suitable rotationally symmetrical workpieces across turning, milling, grinding, gear cutting plus measuring applications. Its range includes cartridge mandrels, segment clamping mandrels plus other specialised internal-clamping arrangements.

A mandrel can be particularly useful when:

► A suitable internal bore is available
► External surfaces require greater cutter access
► Workpieces share similar internal geometry
► Repeat positioning matters
► External jaw contact is undesirable

Industrial Shed's Röhm range includes dedicated cartridge, segment plus expanding mandrel collections so the workholding method can be narrowed around the actual component.

Röhm Centres, Face Drivers & Steady Rests

Long workpieces introduce problems that a chuck alone may not solve.

Röhm | Centres & Accessories provides the broad support pathway for turning plus grinding applications where the workpiece requires tailstock-side support.

Face drivers address another problem: driving suitable workpieces from an end face while leaving more of the outside diameter accessible for machining.

Röhm also develops self-centring steady rests for supporting slender workpieces on turning machines.

Think of these products as answers to three different questions:

Centre: how should the free end be supported?

Face driver: how can the workpiece be driven while leaving its length accessible?

Steady rest: how can a slender section receive additional support during machining?

Röhm Jaws & Chuck Tooling

The chuck body is only one half of the gripping interface.

Jaw selection can depend on:

► Chuck family
► Chuck size
► Jaw interface
► Serration or tongue-&-groove arrangement
► Internal or external gripping
► Workpiece diameter
► Raw or machined surface
► Required jaw geometry

Exact identification matters. A jaw that resembles the existing set may still use a different mounting interface, serration or chuck-size relationship.

For replacement jaws or a new gripping arrangement, identify the chuck family plus size before narrowing the jaw configuration.

Röhm HSK & Tool Clamping Systems

The workpiece needs a dependable hold. So does the cutting tool.

Röhm | Toolholding Systems & Accessories covers Röhm machine-side tool clamping including HSK automatic clamping sets, HSK Super-Lock, manual HSK arrangements, SK automatic systems, RESK built-in clamping heads, SPK clamping heads plus associated equipment.

HSK plus SK are standardised interfaces for tool changes, but the correct clamping equipment still depends on the particular spindle.

Identify:

► HSK or SK interface
► HSK form where applicable
► Nominal size
► Automatic or manual clamping
► Spindle configuration
► Release arrangement
► Existing clamping-set components

Industrial Shed also carries more specialised Röhm HSK collections for machines requiring individual clamping components plus accessories.

Röhm Automation & Gripping Systems

Once a machining operation is automated, the component has to reach the workholding device without an operator placing it there.

Röhm | Automation & Gripping Systems covers this stage of production.

Röhm's automation range includes:

► Two-jaw parallel grippers
► Long-stroke parallel grippers
► Three-jaw centric grippers
► Specialised gripping solutions
► Swivel units

Parallel grippers can handle suitable round or angular components. Centric grippers provide three-jaw gripping for suitable round workpieces. Long-stroke designs address applications requiring greater jaw travel or more varied component geometry.

Typical applications include CNC machine tending, robotic loading, unloading, pick-&-place handling, component transfer plus automated assembly.

Product Selection Guide

The quickest route through a broad Röhm range is to start with what needs to happen on the machine.

A part number can sometimes tell you more than a ruler.

When servicing existing Röhm equipment, record the machine model, Röhm family, product size, interface plus manufacturer item number before removing the original component. That information becomes especially valuable for keys, jaws, screws, sleeves, valves, sensors plus other specialised replacement parts.

Measuring & Layout Tools can support physical checks during machine setup plus component identification.

Find The Röhm Range By The Job

Need to hold material in a lathe? Start with the chuck family then work outward into jaws, mounting components plus actuation.

Need to secure a drill bit? Identify the drill or machine interface before choosing drill-chuck capacity.

Need to mill a block? Start with the machine vice then consider jaw configuration plus workpiece access.

Need to machine around an outside diameter? Check whether the bore provides a suitable internal clamping point for a mandrel.

Need to turn a long shaft? Consider the chuck together with centres, face-driving equipment or steady-rest support.

Need automatic tool changes? Identify the spindle's HSK or SK interface before choosing the clamping system.

Need a robot to load the machine? Work backwards from component geometry, gripping surfaces, required stroke plus movement between operations.

This also prevents one common identification mistake: assuming every product carrying a similar name performs the same job. A drill chuck, lathe chuck, power chuck & collet chuck all clamp something, but they occupy very different positions in a machine setup.

For broader machine checks during setup or servicing, Testing & Measurement Tools provides another practical workshop pathway.

Expert Tips

Begin with the machine interface. It can eliminate unsuitable options before workpiece details are even considered.

Identify the main equipment family before chasing a small spare. Establish the chuck, vice, mandrel, tool-clamping system or gripper first then narrow the replacement component.

Keep manufacturer references with maintenance records. A Röhm item number can dramatically reduce ambiguity when a specialised replacement is required years later.

Do not treat jaws as universal consumables. Interface, serration, chuck family plus size need to correspond.

Think about cutter access before choosing the clamping point. More contact is not automatically better if the workholding blocks the required machining surface.

Support long components according to the operation. A centre, face driver plus steady rest solve different workpiece-support problems.

Separate tool clamping from workpiece clamping. HSK equipment belongs at the spindle-tool interface, while chucks, vices plus mandrels hold the component being machined.

Plan automation around the complete component journey. Gripping, loading, workholding, machining plus unloading should work as one sequence.

Regular maintenance remains part of keeping specialised clamping equipment productive. Tool Maintenance Kit provides a practical supporting category for workshop equipment care.

From Drill Chuck To Robot Gripper

The Röhm range makes more sense when viewed as a production sequence rather than isolated components.

A drill chuck connects the cutting tool to a drilling machine while a vice holds the workpiece.

A power chuck secures a component for CNC turning while jaws create the physical gripping interface.

A mandrel can move the holding point inside the workpiece when the external surface needs machining access.

A centre or steady rest can support a long component while it rotates.

An HSK clamping system secures the cutting tool inside a machining-centre spindle.

A robot gripper can then move the component into or out of the machine.

That creates a clear relationship between toolholding, workholding, workpiece support & automated handling while keeping each product family's function distinct.

Röhm also develops measurement technology such as iJaw for monitoring clamping force during machining, extending the relationship between clamping equipment plus process information.

For workshops organising tooling plus associated machine equipment between jobs, Tools Storage & Organization provides a useful complementary category.

A tool is not just a tool. It’s a promise. looks more broadly at the role dependable equipment plays in working environments.