Controlled Drilling for Workshop & Fabrication Work

When hole position, depth & repeatability matter, holding a hand drill steady isn't always the best approach. Garrick Herbert Drill Presses & Accessories provide bench & pedestal drilling machines, heavy-duty models, drill vices, sharpening equipment & supporting accessories for Australian fabrication, engineering, maintenance & general workshop applications.

The range covers different levels of workshop work. Garrick's DPW workshop drill presses provide bench & pedestal options for everyday drilling, while the IDP heavy-duty drill presses step up through larger drilling capacities, motors & Morse taper configurations. Purpose-built accessories help complete the setup, from securing work with a Garrick drill vice to restoring suitable HSS drill bits with the DS13 sharpener.

Material preparation often starts before the drill press. Garrick Herbert | Bandsaw & Parts provides equipment for cutting compatible stock to length, Garrick Herbert | Shears suits shorter cutting work across compatible sheet & bar, while Garrick Herbert | Bending Machines supports suitable forming operations around the wider fabrication process.

Start with the hole you need to produce, then match the machine, workholding & cutting tool to the material in front of you.

What Are Garrick Herbert Drill Presses & Accessories?

Garrick drill presses are stationary drilling machines that bring the workpiece, cutting tool & spindle together in a controlled workshop setup.

Compared with freehand drilling, a drill press provides a fixed machine structure with an adjustable table, controlled quill movement & depth-setting capability. This makes the format useful for drilling holes in compatible metal, fabricated components & other suitable workshop materials.

The current range includes:

► DBW16 Workshop Bench Drill Press – 16mm capacity
► DPW16 Workshop Pedestal Drill Press – 16mm capacity
► DPW25 Workshop Pedestal Drill Press – 25mm capacity
► IDP Heavy-Duty Drill Presses – bench & pedestal configurations with capacities extending to 32mm
► Garrick Drill Vices – workholding for drilling operations
► DS13 Drill Bit Sharpener – sharpening suitable 3–13mm HSS drill bits
► Multipurpose sharpening equipment
► Bramley drill accessories

Across Garrick's current workshop drill press range, features include square tables with T-slots, tilting & rotating tables, rack-and-pinion table-height adjustment, precision depth stops, chuck guards, emergency-stop switches & 240V TEFC motors.

Why Choose Garrick Herbert Drill Presses?

Drilling one hole is straightforward. Producing a series of holes to a controlled depth & position changes the requirement.

A stationary drill press provides a dedicated platform for work where machine stability, workholding, spindle control & repeatability are important.

Typical applications include:

► Steel fabrication
► Engineering workshops
► Bracket production
► Equipment repairs
► Machinery maintenance
► Agricultural workshops
► Prototype components
► Repetitive drilling
► General metalworking
► Workshop manufacturing

A suitable drill press can also become a central part of the fabrication sequence rather than a machine reserved for occasional hole-making.

Common Applications

Fabricated Brackets & Plates

A simple bracket can involve more precision than its size suggests.

Once the blank has been cut, hole centres need to correspond with fasteners, mating components or mounting points. A drill press provides a controlled setup for suitable work where hole location & depth need to remain consistent.

Mark the component from a reliable reference edge rather than measuring every hole independently. That reduces the opportunity for dimensional errors to accumulate across the part.

Engineering Components

Repeated work quickly exposes an inconsistent setup.

Where several components require the same hole pattern, establish the table position, workholding & depth before continuing through the batch. Confirm the first finished component against the required dimensions before treating the setup as proven.

For suitable cutting tools across metalworking applications, Drill Bits provides complementary options for matching the bit to the material & hole requirement.

Maintenance & Repair

Sometimes the replacement part doesn't exist on a shelf.

Maintenance workshops regularly need to reproduce brackets, mounting plates, spacers or other simple components from existing parts or drawings. A drill press can provide a practical way to introduce controlled holes once replacement stock has been prepared.

Record hole diameter, centre spacing, edge distance & component orientation before drilling the new piece.

Agricultural Workshops

Repair work around machinery, trailers & implements can call for holes through replacement brackets, guards, plates & fabricated supports.

A pedestal drill press can be particularly useful where the workshop regularly handles components that benefit from additional table clearance or a dedicated floor-standing machine.

Prototype Work

The first component is where the design meets reality.

A workshop drill press allows hole positions & diameters to be established on prototype pieces before the dimensions are carried into repeated production.

Where a prototype evolves, record successful settings rather than relying on memory when the next component reaches the machine.

Short Production Runs

Ten identical holes require more than ten pulls of the handle.

For repeated components, think about reference points, workholding, depth setting, cutting-tool condition & how each workpiece will be loaded onto the table.

A repeatable setup can be more valuable than simply trying to drill each part faster.

Workshop vs Heavy-Duty Drill Presses

More drilling capacity isn't automatically the right answer.

The best machine isn't necessarily the one with the largest specification. Regular material, required hole diameter, available space & expected workload should drive the decision.

Garrick Workshop Drill Press Range – DPW

For everyday workshop drilling, Garrick's DPW family provides both bench & pedestal configurations.

The current range includes:

DBW16 – Workshop Bench Drill Press

The DBW16 provides a 16mm drilling capacity in a bench-mounted format.

This configuration can suit workshops where drilling is regular but floor space needs to remain available for larger machinery or material handling.

DPW16 – Workshop Pedestal Drill Press

The DPW16 retains 16mm drilling capacity while moving the machine onto a floor-standing pedestal arrangement.

A pedestal machine can provide greater flexibility around component positioning where a permanent drilling station suits the workshop layout.

DPW25 – Workshop Pedestal Drill Press

Need more capacity without immediately moving into the largest industrial models?

The DPW25 steps the workshop range up to 25mm drilling capacity, providing another option for operations regularly exceeding smaller drilling requirements.

Features across Garrick's current workshop range include:

► Square work tables with T-slots
► Tilting & rotating tables
► Cast-iron operating handles
► Chuck safety guard with flip-up cover
► Emergency-stop switch
► Precision depth stop
► Quick motor adjustment for belt tensioning
► Rack-and-pinion table-height adjustment
► Precision-machined column & quill
► Work light beneath the head
► 240V aluminium TEFC motors
► Drill chuck & arbor
► Chuck key
► Drill drift

Garrick IDP Heavy-Duty Drill Presses

When larger holes & heavier workshop work become routine, the IDP range provides a step up.

Industrial Shed lists IDP configurations including:

► Bench – 550W / 20mm / MT2
► Pedestal – 550W / 20mm / MT3
► Pedestal – 750W / 25mm / MT3
► Pedestal – 1100W / 32mm / MT4

Motor power & maximum drilling capacity increase through the range, while the Morse taper configuration also changes between models.

Rather than choosing solely from motor wattage, compare the required drilling capacity, tooling interface, component size & frequency of heavier work.

Bench vs Pedestal Drill Press

Floor space isn't the only difference.

A bench model can make excellent use of an existing work surface. A pedestal configuration creates a dedicated drilling position without consuming bench space.

Measure the components likely to reach the machine as well as the available workshop footprint before deciding between them.

Workholding – Don't Make The Drill Bit Chase The Component

The cutting tool should move through the workpiece; the workpiece shouldn't move around the table.

Garrick drill vices use a robust cast-iron body with precision-machined prismatic steel jaws to provide secure workholding for suitable drilling applications.

A vice becomes particularly useful when dealing with:

► Small fabricated components
► Flat bar
► Brackets
► Plates
► Round workpieces suited to the jaw profile
► Repeated parts

Correct workholding should be selected around the component & operation. Follow applicable machine, vice & tooling instructions rather than relying on hand pressure to control work during drilling.

For broader workshop clamping requirements, Clamps & Vices provides additional workholding options for suitable fabrication & assembly tasks.

Choosing Drill Bits For Workshop Work

A drill press provides controlled movement, but the cutting edge still does the work.

Before selecting a bit, establish:

► Material being drilled
► Required hole diameter
► Hole depth
► Through-hole or blind-hole requirement
► Machine chuck or taper compatibility
► Appropriate cutting speed
► Need for cutting fluid where applicable

For drilling & driving consumables beyond individual drill bits, Drill & Driver Accessories covers a broader range of workshop accessories.

A sharp, appropriate bit used at the correct machine setting is a much better starting point than trying to compensate for poor cutting performance with excessive feed pressure.

Drill Bit Sharpening – When A Good Bit Loses Its Edge?

A dull HSS drill bit doesn't necessarily belong in the scrap bin.

The Garrick DS13 Drill Bit Sharpener provides a compact sharpening option for suitable 3–13mm HSS drill bits. Garrick specifies an 80W motor, 4200 RPM operating speed & 78mm sharpening wheel.

This can be useful where commonly used HSS bits are regularly returned to service rather than discarded as soon as their cutting edges deteriorate.

For workshops comparing the cost of replacing equipment against maintaining what they already own, 7 Signs Your Power Tool Needs a Service Before It Fails on Site provides broader guidance around recognising changes in tool condition before they interrupt work.

From Raw Stock To Drilled Component

The drill press often sits in the middle of the fabrication process rather than at the beginning.

A common sequence might be:

Measure → Mark → Cut → Deburr → Locate → Clamp → Drill → Form → Join → Finish

Thinking through those operations can prevent awkward decisions later.

Marking & Hole Location

Accurate drilling starts before the component reaches the table.

Establish dimensions from reliable reference surfaces, mark the required centres clearly & confirm orientation before drilling. If a component has several similar faces, identifying the working side early can prevent holes appearing on the wrong face.

Cutting & Preparing The Blank

Large stock is often easier to measure & handle before it becomes a small component.

Where edge preparation is required after cutting, Metal Cutting & Grinding Tools provides complementary equipment for suitable metalworking operations.

The Complete Guide Abrasive Cutting Grinding Discs also explains common abrasive applications for cutting, grinding & finishing.

Joining Drilled Components

Mounting holes may be only one feature of a larger fabricated assembly.

Where prepared components subsequently need welding, How to Choose the Right Welding Machine for Your Fabrication Shop provides practical guidance for matching welding equipment to the material, process & workshop requirements.

Getting Better Results At The Drill Press

Let The Setup Establish Accuracy

Speed starts with preparation, not spindle RPM.

Mark the work correctly, select suitable workholding, position the component & establish the required depth before beginning repetitive work.

Check The First Hole

One successful test can save an entire batch.

Measure the first completed component before repeating the setup across multiple pieces. Confirm hole diameter, position & depth where relevant.

Match Speed To The Job

Maximum spindle speed isn't the default answer.

Tool diameter, cutting material & workpiece material influence appropriate speed. Follow the machine & cutting-tool recommendations for the specific operation.

Watch The Cutting Edge

Changes in drilling performance can tell you something.

Increasing feed force, poor cutting action or changing hole quality can indicate that the bit, setup or operating conditions deserve attention.

Keep The Table Working For You

The table isn't simply somewhere to place the component.

Garrick's workshop drill presses use square T-slotted tables that tilt & rotate, allowing suitable workholding arrangements to be positioned around different drilling tasks.

Workshop Layout Around A Drill Press

A machine can fit the floor plan & still be frustrating to use.

Consider the space required for:

► Larger components
► Vice positioning
► Table movement
► Operating handles
► Belt access
► Tool changes
► Drill-bit storage
► Operator stance
► Nearby fabrication equipment
► Cleaning & routine inspection

A pedestal machine also needs enough surrounding room for components that extend beyond the table.

Position the drilling station around the work expected to reach it, not simply the smallest available gap between other machines.

Expert Tips

Choose capacity from regular work. A 32mm machine isn't automatically better if almost every hole passing through the workshop is considerably smaller.

Think about component size as well as hole diameter. A machine needs to accommodate the workpiece, vice & tooling together.

Clamp suitable work securely. Stable workholding is fundamental to controlled drilling.

Reference repeated holes consistently. Establish dimensions from the same edge or datum wherever practical.

Check the first component before continuing. Small setup errors become expensive when repeated across a batch.

Keep frequently used HSS bits serviceable. Appropriate sharpening can extend useful life where the cutting tool remains suitable for reconditioning.

Match the Morse taper to intended tooling. Check the machine specification & tooling interface before selecting a heavy-duty model.

Plan maintenance access. Belt adjustment, cleaning, inspection & tool changes shouldn't require dismantling the surrounding workspace.