Best Pneumatic Soap Stamping Press Machines for Makers

Best Pneumatic Soap Stamping Press Machines: The Direct Answer

For most small soap workshops, the best pneumatic soap stamping press is a 1-ton to 1.5-ton direct-acting benchtop unit with a 3-inch to 3.5-inch bore cylinder, a guided 6×6-inch platen, and a foot-pedal-operated 5/2 solenoid valve, paired with a 2 HP, 20-gallon compressor delivering at least 5 CFM at 90 psi. That combination stamps fully cured cold-process bars cleanly at 8–12 bars per minute and costs roughly $900–$2,000 for the press plus $500–$1,200 for the air system. Step up to a 2-ton or toggle-assisted press only if you are stamping salt bars, very hard long-cured bars, or logo faces larger than about 3 square inches. Step down to a half-ton benchtop if you produce fewer than 100 bars a week and work from a shared or residential space.

Everything below explains how that recommendation is derived, what the numbers on a spec sheet actually mean, and how each class of press behaves in a real workshop.

Our top picks

Top pickATTMMOTOR STL-63 110V Pneumatic Punch Press Machine

• 【Model Description:】Model: STL63
• ✅【Model 63 Parameters】Worktable area: 135*150mm
• ✅【Use industry】Can be equipped with more than 70L…

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Also greatPreAsion 110V Pneumatic Punch Press Machine 440Lb/200KG

• 【Parameters】Voltage: 110 V
• 【Application】Suitable for electronics, electrical appliances, instruments, meters, cameras,…
• 【More Safe】Can be used with both hands on…

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Also greatPneumatic Hot Foil Stamping Machine

• Precision Temperature & Time Control for Professional Results:This…
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Product	Key specs
ATTMMOTOR STL-63 110V Pneumatic Punch Press Machine	【Model Description:】Model: STL63 ✅【Model 63 Parameters】Worktable area: 135*150mm ✅【Use industry】Can be equipped with more than 70L…	Check price
PreAsion 110V Pneumatic Punch Press Machine 440Lb/200KG	【Parameters】Voltage: 110 V 【Application】Suitable for electronics, electrical appliances, instruments, meters, cameras,… 【More Safe】Can be used with both hands on…	Check price
Pneumatic Hot Foil Stamping Machine	Precision Temperature & Time Control for Professional Results:This… Durable & Efficient Aluminum Construction:Built with high-grade aluminum,… User-Friendly Design with Smart Features:The intuitive control panel…	Check price
Custom Soap Stamp	Designed for makers who want a clean custom… Add decorative vintage style pattern details to soap… Built for easier manual pressing during repeated stamping…	Check price

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Why This Category Is Organized by Class, Not by Brand

Pneumatic soap stamping presses are not a consumer product category with standardized model numbers. They come from three places: general marking-equipment manufacturers who build pneumatic stamping presses for industrial part marking, machine shops that build soap-specific presses to order, and imported benchtop units sold under dozens of different labels with identical internals. Two presses with different paint and different decals are frequently the same casting, the same cylinder bore, and the same valve.

That means the useful comparison is not brand versus brand. It is force class, platen size, cycle architecture, and air demand. A 3-inch bore cylinder at 100 psi produces the same force whether it is bolted to a $400 import frame or a $2,400 American-built frame. The difference shows up in guide quality, frame rigidity, valve response, seal life, and whether replacement parts exist in three years.

So this roundup is organized into twelve press configurations that cover essentially everything available to a small soap workshop in 2026, from half-ton benchtop units to indexing rotary presses. Each entry gives the spec envelope, the realistic price band, and the situation it fits.

Decoding the Spec Sheet: Pressure, Force, and Tonnage

The single most common buying mistake is reading “100 psi” on a regulator and assuming that is the force the press applies to the soap. It is not. The regulator setting is the air pressure in the line. The force at the die is that pressure multiplied by the piston area inside the cylinder.

The formula is simple:

Force (lbf) = Air pressure (psi) × Piston area (in²)

And piston area for a round bore is π × (bore diameter ÷ 2)², which works out to 0.7854 × bore². A 3-inch bore cylinder has a piston area of 7.07 square inches. At 100 psi, that is 707 pounds of force at the rod. At 80 psi, it is 565 pounds. At 120 psi, it is 848 pounds.

This is why “tonnage” claims on soap presses should be treated carefully. A press advertised as “2 ton” is usually quoting the theoretical force at its maximum rated pressure, often 120–150 psi, which most small workshops never reach because their compressor cannot sustain it. A press advertised as “2 ton” that runs on a 3-inch bore cylinder is really a 0.35-ton press at 100 psi. A genuine 2-ton press at 100 psi needs a 4.5-inch bore, or a toggle mechanism multiplying a smaller cylinder’s output.

Bore Size to Force, at Realistic Shop Pressures

Two footnotes matter here. First, these are extend forces. Retract force is lower because the rod occupies part of the piston area — on a 4-inch bore with a 1-inch rod, retract area is 11.78 square inches instead of 12.57, so retract force at 100 psi is 1,178 lbf rather than 1,257 lbf. That rarely matters for stamping, but it does matter if the press uses the retract stroke to eject a stuck bar.

Second, toggle presses break the formula entirely. A toggle linkage amplifies force near the end of the stroke, often by a factor of 5 to 15. A 2.5-inch bore toggle press at 100 psi can deliver 2,500–4,000 lbf at the bottom of the stroke from a cylinder that would only produce 491 lbf on its own. The trade-off is stroke length and mechanical wear.

How Much Force You Actually Need on Soap

Soap is not steel. A clean impression in a bar of cured cold-process soap needs roughly 150–250 psi of contact pressure on the die face for soft or freshly cut bars, and 300–500 psi for fully cured, dense, or additive-heavy bars. Salt bars and long-cured bars with high stearic acid content can push past 600 psi.

The force the press must produce is contact pressure multiplied by the area of the die face that touches the soap — not the platen size, and not the bar size. A large bar with a small 1-inch logo needs far less force than a small bar with a 2.5-inch circular logo.

Required Press Force by Die Face Area

Read the table this way: if you stamp a 2-inch round logo into a fully cured olive-oil bar, you are in the 400 psi column, needing about 1,256 lbf. That is a 4-inch bore at 100 psi, or a 3-inch bore running at 180 psi — which is why so many makers discover their “1-ton” press is marginal and their compressor is undersized at the same time. Alternatively, a 2.5-inch toggle press delivering 3,000 lbf at the toggle point handles it with headroom.

The Twelve Press Configurations Worth Considering

Each entry below describes a build class rather than a specific SKU, because the same class is sold under many labels and because custom builders will quote you a machine that matches the spec envelope exactly. Prices are general market ranges for new equipment in 2026, excluding dies and air treatment.

1. Half-Ton Benchtop Direct-Acting Press (2-Inch Bore)

Force: 250–380 lbf at 80–120 psi. Platen: typically 4×4 in or 5×5 in, sometimes unguided. Cycle: 0.6–1.2 seconds with a 5/2 solenoid valve, or 1.5–2.5 seconds with a manual 3/2 foot valve. Air demand: about 0.055 ft³ per cycle on a 2-inch stroke, roughly 0.5–1.1 CFM at 10–20 cycles per minute. Weight: 25–45 lb. Price: usually $250–$600.

This is the entry point and it is genuinely useful, but only within a narrow band. It stamps small monograms and 1.5-inch logos into melt-and-pour, hot-process bars straight out of the mold, and freshly cut cold-process bars within the first 72 hours. It will not reliably stamp a fully cured cold-process bar with a 2-inch logo — the soap simply wins.

The other limitation is the frame. At this price the frame is often a welded steel channel with no linear guides, so the platen can cock slightly under load. On a small die that is invisible. On a 2.5-inch logo it shows up as one side deeper than the other. Look for a press with at least two guide rods and bronze or polymer bushings rather than a single central post.

Best for: hobbyists, market stalls, anyone producing under 100 bars a week, anyone working in a space where a 5 HP compressor is impossible.

2. Three-Quarter-Ton Guided Benchtop Press (2.5-Inch Bore)

Force: 390–590 lbf. Platen: 5×5 in to 6×6 in, usually with two or four guide rods. Cycle: 0.5–1.0 seconds. Air demand: about 0.10–0.13 ft³ per cycle on a 2.5-inch stroke, so 1.0–2.5 CFM at 10–20 cycles per minute. Weight: 40–70 lb. Price: usually $500–$1,000.

The step from half-ton to three-quarter-ton is mostly about rigidity rather than raw force. Guided platens keep the die parallel to the bar, which matters more than most buyers expect: a die that contacts at a two-degree tilt produces a stamp that is deep on one edge and shallow on the other, and no amount of extra pressure fixes it.

This class handles 1.75–2-inch logos in cured cold-process bars at 400 psi contact, and it does so with enough margin that you are not running the regulator at its ceiling. It is the smallest press that most makers can grow into rather than out of.

Best for: small Etsy-scale shops, 100–400 bars a week, makers who want one purchase to last several years.

3. One-Ton Direct-Acting Benchtop Press (3-Inch Bore)

Force: 565–848 lbf. Platen: 6×6 in to 8×8 in, four guide rods. Cycle: 0.5–1.0 seconds. Air demand: about 0.185 ft³ per cycle on a 3-inch stroke, so 1.1 CFM at 6 cycles per minute, 1.9 CFM at 10, and 3.7 CFM at 20. Weight: 55–95 lb. Price: usually $800–$1,600.

This is the configuration that most closely matches the recommendation at the top of this article, and it is the most common press in working soap studios for good reason. A 3-inch bore at 90–100 psi produces 636–707 lbf, which covers a 2-inch round logo at 400 psi contact with about 20 percent headroom, and covers a 2.5-inch round logo if you run at 120 psi or soften the bar slightly first.

Look for three things at this price point. First, a flow-control valve on each cylinder port so you can tune the descent speed — slamming the die down at full speed causes soap to shear rather than flow, producing torn edges. Second, an adjustable stop so the die cannot bottom out on the platen and crack a bar. Third, a pressure regulator with a gauge mounted at the press, not back at the compressor, so you can see what the cylinder actually receives.

Best for: the default choice for a workshop producing 400–1,500 bars a week.

4. One-and-a-Half-Ton Guided Press (3.5-Inch Bore)

Force: 770–1,154 lbf. Platen: 8×8 in to 10×10 in. Cycle: 0.6–1.2 seconds. Air demand: about 0.25 ft³ per cycle on a 3.5-inch stroke, so 2.5 CFM at 10 cycles per minute and 5.0 CFM at 20. Weight: 90–150 lb. Price: usually $1,200–$2,400.

The larger platen is the point here, not just the force. An 8×8 or 10×10 platen lets you place two or three bars under the die at once, or stamp a long rectangular logo across a bar without the die overhanging the platen edge. Overhang is a real problem: a die that extends past the platen is unsupported, and the resulting flex shows up as inconsistent depth.

At this size the press usually moves from a benchtop to a stand or a bench with a cutout, and the frame gets heavier — often 3/16-inch or 1/4-inch steel plate. That rigidity translates directly into stamp consistency at higher cycle rates.

Best for: makers stamping multiple bars per stroke, large rectangular logos, or dense hot-process bars.

5. Two-Ton Floor-Standing Direct-Acting Press (4-Inch Bore)

Force: 1,005–1,508 lbf. Platen: 10×10 in to 12×12 in. Cycle: 0.8–1.5 seconds. Air demand: about 0.44 ft³ per cycle on a 4-inch stroke, so 2.6 CFM at 6 cycles per minute, 4.4 CFM at 10, and 8.8 CFM at 20. Weight: 120–260 lb. Price: usually $1,800–$3,500.

This is where the compressor requirement becomes the dominant cost. A 4-inch bore press running at a realistic 10–12 stamps per minute consumes 4.4–5.3 CFM continuously. A 20-gallon, 2 HP compressor rated at 5.3 CFM at 90 psi will just barely keep up, and only if nothing else is drawing air. Add a blow-off nozzle for cleaning dies and you are over budget.

The practical answer is a 5 HP, 60-gallon compressor rated 15–18 CFM at 100 psi. That gives you a genuine duty-cycle margin, lets the compressor rest between cycles instead of running continuously, and extends its service life considerably.

Best for: salt bars, dense cured bars, 2.5–3-inch logos, workshops running 1,500–3,000 bars a week.

6. Three-Ton Dual-Cylinder Press

Force: 2,000–3,400 lbf from two 4-inch or two 4.5-inch bores. Platen: 12×12 in to 16×16 in. Cycle: 1.0–2.0 seconds. Air demand: roughly double a single 4-inch cylinder — 0.9 ft³ per cycle, so 9 CFM at 10 cycles per minute. Weight: 250–450 lb. Price: usually $3,000–$6,500.

Dual cylinders solve a specific problem: large platens. A single 4-inch cylinder pushing a 16-inch platen will flex the platen unless the frame is enormously stiff. Two cylinders spaced across the platen distribute the load and keep the die face parallel.

The cost is air consumption and synchronization. Two cylinders fed from a common line will not extend at identical rates unless each has its own flow control, and mismatched extension causes a rocking motion that produces uneven stamps. If you buy in this class, insist on independent flow controls and check platen parallelism with a feeler gauge at all four corners before accepting delivery.

Best for: multi-bar stamping, wide loaf impressions, workshops where one press handles several product lines.

7. One-Ton Toggle Press (2.5-Inch Bore with Linkage)

Force: 2,000–3,500 lbf at the toggle point. Platen: 6×6 in to 8×8 in. Working stroke: short — typically 1–2 inches of useful travel. Cycle: 0.6–1.2 seconds. Air demand: about 0.13 ft³ per cycle. Weight: 80–160 lb. Price: usually $1,500–$3,000.

Toggle presses are the most misunderstood machines in this category. A toggle linkage converts rotary or linear input into very high force at the end of the stroke, where the links approach a straight line. That means a small cylinder produces large force — but only over a short distance, and the force curve is highly nonlinear. Most of the force arrives in the last few millimetres of travel.

For soap stamping, that is actually close to ideal. You want the die to touch the bar gently and then apply full pressure as it sinks the last 1–2 mm. A toggle press does this naturally, and it does it with a smaller cylinder and less air than a direct-acting press of the same force.

The downsides are real. There are more wear points — toggle pins, bushings, and a return spring or second cylinder — and the short stroke limits how thick a bar you can feed. If you stamp bars thicker than about 1.25 inches, or if you want to stack a jig under the die, a direct-acting press is easier.

Best for: makers who want maximum force per CFM, and who stamp a consistent bar height.

8. Two-Ton Toggle Press with Adjustable Stroke

Force: 4,000–7,000 lbf at the toggle point. Platen: 8×8 in to 10×10 in. Cycle: 0.8–1.5 seconds. Air demand: about 0.20 ft³ per cycle, so 2.0 CFM at 10 cycles per minute. Weight: 150–300 lb. Price: usually $2,500–$5,000.

This class handles anything a soap maker can throw at it, including 3-inch round logos in salt bars and dense hot-process bars with clay or oatmeal additives. The adjustable stroke lets you set the bottom dead centre precisely, which is essential with a toggle — because the force rises so steeply at the end, a stop that is 0.5 mm too low can crack a bar.

If you buy a toggle press, budget for a proper die-height setting procedure and write it down. The correct method is to bring the die down onto a sacrificial bar, adjust the stop until you get the impression depth you want, and then lock it. Every time you change dies, re-check.

Best for: full-time soap makers, hard formulations, large logos, anyone who has already cracked bars with an undersized press.

9. Five-Ton Pneumatic Toggle Press

Force: 8,000–12,000 lbf at the toggle point. Platen: 12×12 in and up. Cycle: 1.0–2.0 seconds. Air demand: 0.3–0.5 ft³ per cycle, but the frame usually runs on 5–7.5 HP compressors for other reasons. Weight: 300–500 lb. Price: usually $5,000–$12,000.

This is more press than soap requires in almost every case. It exists in the soap world for two reasons: stamping very large relief dies, and stamping multiple bars in a gang fixture. If neither applies, the money is better spent on a second 1-ton press and a second operator, which will out-produce a single 5-ton press because the bottleneck in soap stamping is handling, not force.

Best for: high-volume shops running gang fixtures, or makers producing large decorative plaques and loaf impressions.

10. Indexing Rotary Pneumatic Press

Force: 700–1,600 lbf per station, typically a 3-inch or 4-inch bore. Stations: 4 to 12. Cycle: 1.5–3.0 seconds per index, so 20–40 bars per minute across stations. Air demand: 3–6 CFM at 100 psi for the press plus the indexer. Weight: 400–900 lb. Price: usually $8,000–$18,000.

A rotary press mounts several dies around a rotating table. An operator loads bars into fixtures at one station, the table indexes, and each bar passes under the press head in turn. Different stations can carry different dies, so one machine produces several logo variants without a die change.

The economics only work above roughly 3,000 bars a week. Below that, the setup and changeover time eats the throughput advantage, and the capital could fund two benchtop presses and a part-time employee instead. Where a rotary press genuinely wins is in consistency: the fixture holds every bar in the same position, so stamp placement is identical across thousands of bars in a way that hand-fed stamping never quite matches.

Best for: contract stamping services, large-scale producers, shops with a small number of high-volume SKUs.

11. Pneumatic Roll or Impression Stamper for Long Bars and Loaves

Force: 1,000–3,000 lbf depending on roll width. Platen/roll: 12–24 in wide. Cycle: continuous or indexing. Air demand: 4–10 CFM. Weight: 300–700 lb. Price: usually $6,000–$20,000.

If you cut loaves into bars after stamping, or if you sell soap on a rope, in logs, or in large blocks, a platen press with a small platen is the wrong tool. A roll stamper or a wide-platen impression press applies a logo across a continuous surface.

These machines are usually built to order and the die is a machined roll rather than a flat plate, which changes the die cost substantially — expect $800–$3,000 for a roll die. Roll stamping also requires the soap to be at a consistent temperature and hardness, because the roll contact time is short and the soap must flow rather than crack.

Best for: loaf producers, novelty formats, makers who stamp before cutting.

12. Air-Over-Oil Hydro-Pneumatic Press

Force: 2–20 tons. Stroke: 2–6 in, with smooth, fully controllable descent. Cycle: 3–8 seconds — noticeably slower. Air demand: low, 1–3 CFM, because the air only drives a small intensifier piston. Weight: 200–600 lb. Price: usually $3,000–$12,000.

An air-over-oil system uses shop air to pressurize hydraulic fluid, which drives the ram. The result is very high force with very smooth motion and precise speed control, and it needs far less air than a comparable direct-acting pneumatic press.

The trade-off is speed. Hydraulic ram travel is inherently slower than pneumatic, and a 4–8 second cycle is a hard limit. For a workshop stamping 100 bars at a time, that is fine. For a workshop stamping 3,000 bars a week, it is a bottleneck.

Air-over-oil is also the best answer for a specific problem: soap that shears or tears when a pneumatic die hits it at speed. The hydraulic descent lets you set a slow, controlled approach and a fast final press, which produces the cleanest edges of any system described here.

Best for: makers chasing impression quality over throughput, hard and brittle formulations, delicate high-detail dies.

13. Arbor Press Conversion with a Pneumatic Retrofit

Force: 300–900 lbf with a 2–3 inch bore retrofit cylinder. Platen: whatever the arbor press has, usually 4×4 in to 6×6 in. Cycle: 0.8–1.5 seconds. Air demand: 0.1–0.2 ft³ per cycle. Weight: unchanged from the arbor press, 40–120 lb. Price: usually $150–$500 for the retrofit kit plus the cost of the press.

If you already own a manual arbor press, a retrofit kit — a pneumatic cylinder, a mounting plate, a 5/2 valve, and a foot pedal — converts it for a fraction of the cost of a purpose-built machine. The frame of a good arbor press is stiffer than most cheap pneumatic presses, so the result is often better than a new budget unit.

The catch is stroke and mounting. Arbor presses have a rack-and-pinion ram with limited travel, and the retrofit cylinder must be mounted so that its stroke covers the range you need without bottoming out. Measure the distance from the ram’s top position to the point where the die touches a bar, add 0.5 inch, and buy a cylinder with at least that stroke. Also confirm the frame can take the side load — a retrofit that pushes off-centre will wear the rack.

Best for: budget-conscious makers, anyone with an existing press, workshops that want to test the workflow before committing capital.

14. Multi-Head Gang Press

Force: 500–1,200 lbf per head, 2 to 6 heads. Platen: sized to the gang fixture. Cycle: 1.0–2.0 seconds for a full gang. Air demand: 0.5–2.0 ft³ per cycle depending on head count and bore. Weight: 200–500 lb. Price: usually $4,000–$12,000.

A gang press mounts several dies on a common platen and stamps multiple bars in one stroke. It is the highest-throughput manual-loading option: an operator places six bars in a fixture, presses once, and six bars are stamped in the time a single-bar press takes to do one.

The requirement is a fixture that locates every bar identically, because the press cannot correct for placement. Machined acetal or HDPE fixtures work well — they are dimensionally stable, easy to clean, and gentle on soap edges. Expect $300–$900 for a good gang fixture, which is often more than the dies cost.

Best for: shops with a single high-volume bar shape, where changeover between shapes is infrequent.

Head-to-Head: The Comparison Table

Class	Force at 100 psi	Platen	Cycle time	CFM at 10 cpm	Weight	Price band
Half-ton benchtop (2 in)	314 lbf	4×4–5×5 in	0.6–2.5 s	0.6 CFM	25–45 lb	$250–$600
Three-quarter ton (2.5 in)	491 lbf	5×5–6×6 in	0.5–1.0 s	1.3 CFM	40–70 lb	$500–$1,000
One ton benchtop (3 in)	707 lbf	6×6–8×8 in	0.5–1.0 s	1.9 CFM	55–95 lb	$ H Home Designn Editorial Team We compare specs, materials and verified owner reviews before a product earns a spot. Rankings are never paid. Affiliate disclosure. As an Amazon Associate we earn from qualifying purchases at no extra cost to you. Prices accurate as of the date shown. Best Pneumatic Soap Stamping Press Machines for MakersCheck price on Amazon More ways to save on Amazon ▸ Try Amazon Prime — free 30-day trial ▸ Start an Audible Premium Plus free trial ▸ Read free with Kindle Unlimited Related Articles View All Best Portable Automotive Diagnostic Scanners for DIY The Best Portable Automotive Diagnostic Scanners for DIY Mechanics in 2026 If... Home Designn Editorial Team 0 Oct 10, 2026 Best Industrial Leather Sewing Machines for Pros The best industrial leather sewing machines for professional leatherworkers are the Juki... Home Designn Editorial Team 0 Oct 7, 2026 Best EV Charging Cable Organizers for Garage & Home Best EV Charging Cable Organizers for Garage & Home The best EV... Home Designn Editorial Team 0 Oct 7, 2026 Best Arborist Throw Lines and Weights: Top Picks Reviewed Best Arborist Throw Lines and Weights: Top Picks Reviewed For most climbing... Home Designn Editorial Team 0 Oct 7, 2026 Best Benchtop Drill Presses for Small Workshops Best Benchtop Drill Presses for Small Workshops The best benchtop drill press... Home Designn Editorial Team 0 Oct 7, 2026 Best Full System Car Audio Upgrade for Show Cars Guide The best full system car audio upgrade for show cars is a... Home Designn Editorial Team 0 Oct 7, 2026 Best Table Saw For Diyer (2026) Most DIY furniture projects don’t fail at the design stage. They fail... Home Designn Editorial Team 5 Aug 7, 2026 6 Best Table Saws For Diyers (2026) The table saw is the tool that separates a wobbly bookshelf from... Home Designn Editorial Team 4 Aug 7, 2026 Best Table Saw Router Combo (2026) Anyone who has tried to build a real piece of furniture in... Home Designn Editorial Team 6 Aug 7, 2026 6 Best Table Saws Under 500 Dollars (2026) Building your own furniture changes the way you look at a room.... Home Designn Editorial Team 8 Aug 7, 2026 5 Contents 1 Best Pneumatic Soap Stamping Press Machines: The Direct Answer 2 Why This Category Is Organized by Class, Not by Brand 3 Decoding the Spec Sheet: Pressure, Force, and Tonnage 3.1 Bore Size to Force, at Realistic Shop Pressures 4 How Much Force You Actually Need on Soap 4.1 Required Press Force by Die Face Area 5 The Twelve Press Configurations Worth Considering 5.1 1. Half-Ton Benchtop Direct-Acting Press (2-Inch Bore) 5.2 2. Three-Quarter-Ton Guided Benchtop Press (2.5-Inch Bore) 5.3 3. One-Ton Direct-Acting Benchtop Press (3-Inch Bore) 5.4 4. One-and-a-Half-Ton Guided Press (3.5-Inch Bore) 5.5 5. Two-Ton Floor-Standing Direct-Acting Press (4-Inch Bore) 5.6 6. Three-Ton Dual-Cylinder Press 5.7 7. One-Ton Toggle Press (2.5-Inch Bore with Linkage) 5.8 8. Two-Ton Toggle Press with Adjustable Stroke 5.9 9. Five-Ton Pneumatic Toggle Press 5.10 10. Indexing Rotary Pneumatic Press 5.11 11. Pneumatic Roll or Impression Stamper for Long Bars and Loaves 5.12 12. Air-Over-Oil Hydro-Pneumatic Press 5.13 13. Arbor Press Conversion with a Pneumatic Retrofit 5.14 14. Multi-Head Gang Press 6 Head-to-Head: The Comparison Table 0% completed Back to top