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Used Aerospace Presses for Sale

Aerospace presses are the backbone of metal forming in commercial and military aircraft manufacturing. From Quintus fluid cell presses that form titanium and aluminum skins to large-tonnage hydraulic presses used in structural component production, this equipment drives airframe fabrication at Tier 1 and Tier 2 suppliers worldwide. Buyers include aerospace OEMs, sheet metal job shops, and defense contractors seeking proven forming capacity without the capital cost of new equipment.

6 listings available
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Hydraulic Press Good

Macrodyne 400T Hydraulic Press Hydraulic Press

📍 Bristol, CT
$580,000 (Negotiable)
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Hydraulic Press Good

Erie Press Systems EP-600 Hydraulic Forming Press Hydraulic Press

📍 Ansonia, CT
$720,000 (Negotiable)
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Hydraulic Press Excellent

Beckwood Press HP-150 Hydraulic Trim Press Hydraulic Press

📍 Derby, CT
$175,000
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Hydraulic Press Fair

Pacific Press PPT-250 C-Frame Hydraulic Press Hydraulic Press

📍 Seymour, CT
$95,000 (Negotiable)
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Fluid Cell Press Good

Quintus QFM 0.4×0.8 Fluid Cell Press

📍 Hartford, CT
$285,000 (Negotiable)
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Fluid Cell Press Good

Quintus QFM 1.0 Fluid Cell Press

📍 East Hartford, CT
$495,000 (Negotiable)
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Buying Guide: Used Hydraulic Presses for Aerospace

Expert guidance for aerospace equipment buyers. 6 listings currently available.

What to Look For When Buying Used

Condition indicators matter most on high-cycle forming equipment. Inspect the hydraulic cylinder seals for weeping — any active leakage means a rebuild is imminent, which can run $8,000–$25,000 on a large press. Check the control system age: older relay-logic controls are still functional but add integration cost when connecting to modern automation. Ask for the press cycle count or hours log — Macrodyne and Beckwood maintain digital maintenance records that trace every service event to the specific machine serial number. For fluid cell presses specifically, request the bladder replacement history — bladder life is typically 50,000–150,000 cycles depending on material and temperature. A bladder nearing end of life (available from the OEM at $15,000–$40,000) should be reflected in the asking price.

Price Ranges by Condition and Age

Used aerospace hydraulic presses on the market typically fall into three tiers: Excellent / Low-Hours (< 5 years old): $250,000–$450,000 for large-tonnage (3,000–10,000 ton) presses; $85,000–$180,000 for sub-1,500 ton units. Good Condition (5–15 years old): $120,000–$300,000 for major press brands with documented maintenance history. Fair / High-Hours (15+ years, older controls): $45,000–$120,000 — functional equipment that requires controls modernization or seal work. Fluid cell presses from Quintus command a 30–40% premium over equivalent hydraulic presses at similar tonnage due to limited availability and aerospace process pedigree. Expect to negotiate 8–15% below asking when documentation gaps exist.

Top Manufacturers and Why They Matter

Quintus Technologies (Sweden) is the benchmark for fluid cell forming — their presses are specified by name in Boeing and Airbus process documents. Parts and service are available directly through Quintus's North American service network. Macrodyne (Canada) builds robust hydraulic presses favored by Tier 1 aerospace suppliers for structural forming. Beckwood Press (USA) is the leading domestic builder of custom aerospace hydraulic presses and carries AS9100D certification for press manufacturing. Erie Press and Pacific Press represent the older installed base — high-quality iron with older controls, widely available at competitive prices. For AS9100 and NADCAP-audited operations, buying from a named OEM with available service documentation reduces qualification risk at incoming inspection.

Common Applications in Aerospace Manufacturing

Hydraulic presses in aerospace primarily serve three process areas: Metal forming — structural skins, frames, ribs, and spars for commercial and military airframes. Composites processing — cold-press bonding of honeycomb panels and pre-preg layups where autoclave cure isn't required. Assembly and joining — press-fit of bushings, bearing races, and interference-fit fastener installation. Fluid cell presses uniquely address double-curvature aluminum skin forming where conventional stamping would leave tool marks on class-A surfaces. Defense contractors producing armored vehicle components use large-tonnage hydraulic presses for armor plate forming outside the traditional aerospace airframe market.

Why Buying Used Makes Sense

New large hydraulic presses carry lead times of 18–36 months from order to delivery — a significant constraint when production ramp is urgent. Used aerospace presses are available in weeks. The capital savings are substantial: a used 4,000-ton hydraulic press in good condition prices at $200,000–$350,000 versus $1.2M–$2.5M new. Aerospace press equipment holds value exceptionally well because the buyer pool is narrow and qualified — these machines rarely depreciate below functional value. Depreciation on used equipment is already absorbed, allowing faster payback on your capital investment. With proper incoming inspection and documentation review, used aerospace presses routinely re-enter production service at Tier 1 suppliers within 60–90 days of acquisition.

Frequently Asked Questions

Common questions from aerospace equipment buyers.

Fluid cell presses use a rubber diaphragm to distribute high-pressure fluid evenly across a metal blank, forming complex double-curvature aerospace skins without die contact. Primary applications include nacelle components, wing panels, fuselage frames, and structural stiffeners in titanium and aluminum alloys. The process eliminates springback issues common with rigid die stamping.

Used aerospace hydraulic presses on our marketplace typically range from $85,000 to $450,000 depending on tonnage, manufacturer, and condition. Fluid cell presses from major manufacturers like Quintus, Beckwood, and Macrodyne tend to command premium pricing due to their precision and aerospace certification history. Lower-tonnage forming presses under 1,500 tons fall at the lower end of the range.

Aerospace structural work typically requires presses ranging from 1,000 to 10,000+ tons depending on part geometry and material. Wing spar forming and fuselage frame production generally need 3,000-8,000 ton capacity. Smaller detail parts and prototypes can be handled with 500-1,500 ton equipment. Confirm specific requirements with your materials and process engineering teams.

Request the equipment records from the seller including: NADCAP audit reports, AS9100 compliance documentation, calibration logs for pressure and temperature sensors, and maintenance records showing preventive maintenance schedule adherence. Many aerospace facilities maintain digital records in their quality management system — ask for export access to the equipment history file before purchase.

Proven brands for aerospace secondary forming include Quintus (fluid cell), Macrodyne, Beckwood, Erie Press, and Pacific Press. These manufacturers have established service networks and parts availability that support long-term operation. Always verify the machine serial number and request OEM support availability for any legacy control systems.

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AutoclavesCNC MachinesVacuum FurnacesMetal Forming EquipmentNDT & Inspection EquipmentOrbital Welding EquipmentWaterjet Cutting Systems

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