Heavy‑Duty Coil/Stock Straightening for Reliable Press Feeding
Press Room Equipment’s Pull‑Through Straighteners provide a rugged, low‑maintenance solution for flattening coil stock ahead of your feeder. Built for durability and consistent performance, these units are ideal for applications where powered straightening isn’t required but precision still matters.
Key Features
Available in multiple roll diameters — 1.5", 2", 2.5", and 3" models to match material width and thickness requirements.
Independently adjustable straightening rolls using a dependable worm‑gear and cross‑shaft mechanism for accurate, repeatable settings.
Hardened & ground 1060 steel rolls with a 12–16 RMS surface finish for long service life and smooth material handling.
Hardened stock roller guides maintain material alignment and reduce edge wear during operation.
Heavy‑duty bearings and machined side plates ensure stability and durability in demanding production environments.
Application Benefits
Reliable coil flattening without the complexity of powered straighteners.
Smooth, consistent material presentation to the feeder for improved press performance.
Ideal for shops running a variety of coil sizes that need robust, adjustable straightening capability.
Magnetic Belt Conveyors, produced by MPI, provide effective control of ferrous objects on high-speed horizontal and inclined to vertical conveyor belts. A wide range of styles are available for a variety of belting designs including fabric, tabletop and stainless steel mesh.
Magnetic Belted Conveyors have many design options and can also be supplied with other ancillary components such as feeders, hoppers, etc. to provide a complete material handling system. Magnetic belt conveyor systems will increase your production and profitability.
How Magnetic Belted Conveyors work
A permanent or electromagnetic rail located beneath the conveying belt surface attracts the ferrous objects to the belt. This magnetic attraction acts as a clamping force against the belt causing the ferrous objects to move with the belt and able to overcome any angle of incline or decline.
Product Options
Low profile designs
Ancillary components such as feeders, hoppers etc.
Drive motor mounting: top mount, bottom mount, side mount
Support legs: none, fixed, adjustable, with or without casters
Magnet material: ceramic, rare earth
Specifications
Standard belt widths form 4” to 24”
6” Height is considered standard
MPI shakers are specifically designed for slug and part removal on mechanical power presses where a single tray or multiple trays are located under the stamping die between parallels. A number of electric and pneumatic models with various capacities are available including floor mounted high capacity shaker conveyors.
Patented MPI Shaker in Action
MPI M-10 Electric Scrap Shaker Conveyor
MPI’s patented M-10 18” Maximum Crossbar Electric Shaker takes shaker technology to an entirely new level. With simplicity and affordability in mind, this machine is designed to operate without the need for maintenance, air or lubrication.
Sized for small presses, the M-10 Motor features an AC brushless motor and runs from a standard 110V outlet. The system runs at a fixed speed (factory preset at the optimal setting). Items that can be tampered with and may slow production, such as buttons, dials or switches, have been eliminated.
M-10 Electric Shaker Conveyor
M-10 Features
quiet
boasts compact footprint
no compressed air required
simple on/off power switch/breaker
excellent convey speeds
minimum electricity costs; operates on pennies a day
Press Mounted Multi Pan System Electric Shaker Conveyor
The most efficient electric shaker on the market, MPI's Patented M-50 36” Maximum Crossbar Electric Shaker is more efficient than air!
Sized for small presses, the M-50 features an AC brushless motor and runs from a standard 110V outlet. Designed designed to operate without the need for maintenance, air or lubrication, the M-50 is the first shaker that leaves the factory floor ready to fit virtually all of your press bed T-slot configurations, whether metric or standard.
The system runs at a fixed speed (factory preset at the optimal setting). Items that can be tampered with and may slow production, such as buttons, dials or switches, have been eliminated.
MPI Steel Belt Conveyor
M-50 Features
The Most Reliable Solution to Stay Up and Running: MPI patented electric shakers are the most reliable scrap removal conveyor available. They deliver years of dependable service and have a modular design, so if something does go wrong, you can get back up and running quickly.
Easy Installation and Quick-Changeover:
Plug and play design slides into a into 2 t-slots on the press, locks down by tightening a bolt and plug into a standard 110V plug. The unit is light enough to carry to by hand if needed.
Optional Quick-Release Pan Mount Brackets make it easy to add, remove and slide pans on the extrusion when setting up for a new die.
Extremely Efficient: A compact electric motor drives the scrap conveyor. Compared to previously used pneumatic designs, the electric design can reduce operating costs by 71%.
Heavy-Duty 7-Gauge Carbon Steel Construction: The press room can be an abusive environment for equipment. Our electric scrap shakers are built with heavy duty 1” thick aluminum billet construction that is lightweight for the drive, but strong enough to stand up to anything in the press room, except a die being dropped on it.
Easy to Reverse Direction of Travel: The scrap shaker can easily reverse direction of travel for the scrap by unmounting, turning 180 degrees and remounting.
Quiet Operation: Noise compounds in the press room, and you do not need your scrap system adding to the overall noise. The electric shaker runs almost silently, allowing operators to focus on their work.
No Air or Lubrication Required: The electric drive saves on maintenance and compressor operating costs when compared to pneumatic design.
Simple On/Off Switch to Operate: The scrap shaker features a simple on/off switch located on the side of the unit to turn it on and off.
MPI's Excellent Service and Support: MPI understands that if these systems are not running, you cannot run your press. Should the unexpected occur, MPI has spare units on the shelf, a repair program and a 24/7 number so you can know you can reach them even if it is 2 am on a Sunday.
MPI M-200 Rack and Pinion System 168” Maximum Crossbar Electric Shaker
The patented heavy-duty M-200 Electric Scrap Shaker Conveyor uses a standard 110V, three-prong AC electrically driven motor.
Sized for large presses, its quiet operation and maintenance-free reliability make the M-200 the most versatile and affordable part transferring machine on the market.
With a 200 lb. tray capacity, up to 20 FPM part movement speed, a simple on-off reset breaker, and accessibility to tie into your press controls for automatic startup and shut down, the M-200 is the only part transfer unit you’ll ever need.
MPI Steel Belt Conveyor
M-200 Features
Exclusive Rack & Pinion Design: Most large electric scrap shakers fail because they cannot handle the uneven pan loads, which are required for stamping applications. MPI’s exclusive rack and pinion design delivers an even load to the drive no matter how lopsided your pan setup needs to be for your die. This results in years of reliable service without downtime, even on the largest press applications. (Note: for any press applications over 168” wide, MPI will supply two evenly sized systems that cover the width required.)
Easy Installation: Plug and play design slides into 2 or 4 t-slots on the press, locks down by tightening a bolt and plug into a standard 110V plug.
Optional Cart for Quick Changeover: An optional cart with casters and adjustable height enable to system to be easily moved around the pressroom and adapt to different die heights.
Quick-Release Pan Mount Brackets: Optional Quick-Release Pan Mount Brackets make it easy to add, remove and slide pans on the extrusion when setting up for a new die.
Extremely Efficient: A compact electric motor drives the scrap conveyor. Compared to previously used pneumatic designs, the electric design can reduce operating costs by 71%.
Heavy-Duty Billet Aluminum Construction: The press room can be an abusive environment for equipment. Our electric scrap shakers are built with heavy duty 1” thick aluminum billet construction that is lightweight for the drive, but strong enough to stand up to anything in the press room, except a die being dropped on it.
Easy to Reverse Direction of Travel: The scrap shaker can easily reverse direction of travel for the scrap by unmounting, turning 180 degrees and remounting.
Quiet Operation
No Air or Lubrication Required: The electric drive saves on maintenance and compressor operating costs when compared to pneumatic design.
Simple On/Off Switch to Operate
M-200 Rack and Pinion Electric Shaker Specifications
M-10000 is a complete central scrap removal system custom designed for your plant operations.
MPI’s M-10000 Series High-Capacity Floor Mounted Electric Shaker Conveyor (US Patented) is designed to transfer scrap metal, bulk products, or bulk materials reliably over long horizontal distances. The horizontal motion conveyor is designed to transfer at rates of over 10,000 pounds per hour and distances of hundreds of feet. The shaker conveyor features a formed steel pan that is driven by a single drive at a smooth, low frequency to convey materials in a horizontal motion.
Rugged enough to be used in applications for scrap conveyors, including scrap removal conveyors, press scrap conveyors, and scrap removal systems, the system reliably transfers the most destructive materials (i.e., scrap metal, castings, and rocks). However, the shaker conveyor's movement is gentle enough in their movement to transfer potato chips, nuts, or biscuits without breaking them.
The M-10000 Series is often integrated as part of a complete turnkey system that includes other components, such as incline conveyors, other horizontal motion conveyors, and controls. In the stamping industry, these make up one component of an underground scrap system or central scrap handling system used to collect and transfer scrap metal from stamping presses.
M-10000 Features:
Reliable Maintenance Free Conveyance
Low frequency, smooth horizontal motion conveyor single pan systems reliably transfer scrap or parts in a horizontal motion.
Metal on metal contact points are eliminated with maintenance free, Rubber Suspension Technology (RST) bearings Supporting the pan and connecting the drive. RST bearings require no grease or maintenance.
Uniform pans contain scrap or parts and reliably transfer them from conveyor to conveyor.
Indestructible Pans
Steel pans are more rigid and take less damage from scrap or parts compared to other conveyor designs
Jams caused by scrap or parts are eliminated because pans are formed from a single sheet of steel, creating a uniform surface for the length of the conveyor
If damaged, pans can typically be repaired or replaced in-house,reducing the need for outside vendors to help get equipment back up and running.
Flexible, Modular Design
Flexible configurations and options allow users to optimize and configure the system for their application.
The pans, drive, and pan supports are modular to scale up and down for each application and easy to replace should damage occur, maximizing uptime.
Safer Operation
Pinch points are eliminated with the single pan design and the short stroke of the drive makes the system safer to work around compared to other conveyor designs.
High ROI
Lower maintenance costs and higher uptime deliver a quick return on your investment.
Turnkey Support
MPI's team has the expertise to support each major step of the integration process, including onsite assessments, drawing review, component integration, scheduling for installation, installation supervision, and installation.
M-10000 Shaker Conveyor in Action
M-1000 Series shaker conveyor systemM-10000 Series Linear shaker system conveyorM-10000 Series Linear shaker system conveyor
Hinged Steel Belt Conveyors are used to convey virtually any type of metal scrap. These rugged, heavy-duty conveyors are designed for long-term, low-maintenance operations in industrial, scrap, steel chip and fastener applications. They are ideally suited for carrying hot, oily parts from punch presses, forging machines, etc., to drums or hoppers. Various apron, side-wing, side-rail and frame designs are available.
Magnetic Products Inc Steel Hinge Belt Conveyor
MPI’s Steel Hinge Belt Conveyor (SBC) offers a competitive design to handle a wide range both ferrous and nonferrous materials including hot oil parts. Standard designs are available in a variety of sizes and configurations to meet your application and include plain, perforated, pimpled, or pimpled and perforated aprons. SBCs are offered with many design options, as well as ancillary components, such as feeders, hoppers, etc., to provide a complete material handling system. Perfect for conveying a wide range of materials in demanding conditions including heat drying processes. Custom-engineered designs using standard components. One segment apron in plain, perforated, pimpled, or pimpled and perforated. Effectively conveys all types of metals in tough environments of heat, impact and abrasive. Longer life and smoother performance with heavy-duty side frames. Built-in torque limiter. Interlocking belt side wings prevent material jamming.
Benefits of MPI's Steel Hinge Belt Conveyor
Rugged: Heavy-duty 7 gauge frame construction
Durable: Heavy-duty angle iron tracks for long-term wear resistance
Safety: Safety bottom pans standard
Sturdy: 11 gauge belt construction for 2.5” and 4” pitch belts
Long Lasting: Heat-treated belt rollers for optimum wear life
Made in USA: American-made drive packages
Product Options
SBC Belt Type: MPI offers three types of steel belt conveyors. Each larger belt pitch is built with a heavier duty belt and frame material to handle more difficult scrap or higher scrap rate capacities.
Minimum infeed length is 12” to as long as required for customer application
Angle of Incline:
15°, 30°, 45°, 60°, 75°
Custom
Discharge Length:
The discharge lengths can be made as long as required for the application.
Infeed Height: Floor installation is standard. This will result in the infeed height being the body depth specified by the series selected. Legs can be added for raised infeed heights.
Body depth (standard)
As specified for the application (legs added)
Discharge Height:
No standard – as specified for the application
Overall Length:
Calculated based on configured dimensions and options specified above
Belt Width:Minimum widths are based on belt type selected. Standard widths are available in increments of 2” from the minimum to a maximum of 48”.
Side Guides:
None (standard)
Custom, as required for application
Drive Package:
US Manufactured Baldor TEFC (standard)
Customer specified
Drive Package Location:
Offset drive (standard)
Underhead chain drive
Overhead chain drive
Motor Location (looking in direction of product travel):
Right (standard)
Left
Power Input:
230/460/3 Phase / 60 Hz (standard)
115 /230 1 Phase
575 / 3 Phase
Conveyor Speed: Conveyor speed varies by belt design
Paint:
MPI green (standard)
MPI light gray
Customer specified
Support Legs:
Adjustable position
Infeed Casters:
Not included (standard)
“V” wheel
5” rigid
5” rigid with brake
5” swivel
5” swivel locking with brake
Discharge Casters:
Not included (standard)
“V” wheel
5” rigid
5” rigid with brake
5” swivel
5” swivel locking with brake (recommended)
Controls:
Not included (standard)
Included as specified
Other Options Include:
Abrasion resistant track liners
Smoke covers for containing smoke generated from hot parts
Body inspection doors
Loading baffles and hoppers
Discharge chutes
Overview
The Pascal Traveling Clamp TR Series is an advanced die-clamping system that moves hydraulic clamps automatically to the die via T-slots on the press slide. This technology replaces traditional common plates, improving precision, stability, and die change speed. It’s widely used in stamping (especially automotive) and easily retrofitted to many existing presses.
Key Features
Eliminates need for common plates — saves cost, space, and reduces time during die changes.
More stable die mounting in the center of the slide — better precision, especially under heavy load.
Multiple clamp models & drive options: hydraulic, air cylinder, electric motor.
Faster clamp travel (especially in newer models) — helps reduce idle time during setup.
Lighter components (e.g. aluminum base blocks, optimized chain/roller mechanisms) in newer versions for reduced mass and smoother operation.
Models / Variations
Here are some of the main Pascal clamp types, with highlights for when they may be the right fit:
TRA (Air-cylinder drive) Basic pneumatic/air driven option; reliable performance.
TRC (Electric motor drive) Suitable for tighter control and perhaps more frequent/demanding operation.
TRD (Short Stroke) For presses or dies with limited slide travel — compact variants. pascaleng.co.jp
TRX Electric drive, more compact body. Good where space is constrained or more streamlined layout wanted.
TR□GX (Quick Maintenance Type) Optional variant that allows hydraulic clamp (TXD) to detach/attach even if installed on the press slide — useful for maintenance or die changes with less downtime.
Clamping Stroke: ~ 8 mm full stroke typical for TXD units.
Traveling Stroke (Sliding Stroke): 400 mm up to 900-1300 mm depending on model and version.
Travel Speed: around 0.14-0.30 m/s in many new units. Faster travel reduces setup time.
Weight / Mass: Newer versions have lighter base blocks; example TRAEX06-0600 had weight reduction (vs earlier) due to design/material changes.
Applications & Use Cases
Press rooms where die change time, precision, and setup stability are critical (e.g. automotive stamping, high-volume production).
Retrofits on existing press machines where common plate systems are limiting throughput or precision.
Operations needing flexible clamping patterns (variable die sizes, multiple U-cut positions) without changing the hardware arrangement every time. tjsolution.com+1
Environments with frequent maintenance or where minimizing downtime is a major cost driver; quick maintenance variants are helpful.
Considerations for Selection
Match clamp model (e.g. TXD size) to required clamping force.
Confirm slide travel & available space for traveling stroke.
Determine the drive type best suited (air cylinder vs motor vs electric).
Include sensor / proximity switch features (die detection, backward end detection) for safety and automation. tjsolution.com
Consider installation constraints: mounting hole layouts, hydraulic / pneumatic supply, control integration, routing of hoses/chains.
Why Pascal TR Series
Proven reliability — over 120,000 units delivered worldwide. pascaleng.co.jp
Strong precision and stability thanks to well-engineered mechanical design.
Reduced downtime and simpler maintenance, especially with newer & quick maintenance models.
Flexible enough for both new presses or retrofits.
Get Started / Ordering
If you’d like help selecting a Pascal Traveling Clamp for your operation or getting a quote, here’s what we’ll need:
Press type / tonnage, and slide dimensions
Required clamp force & stroke
Preferred drive type (air / motor / electric)
Travel/stroke length available & installation constraints
Safety / sensor preferences
Reach out to PRI to discuss fit, drawing verification, pricing, and lead times.
Streamline die staging & side‐change operations with custom die tables from Green Valley — built for safety, ease, and efficiency.
What Are Die Tables?
Green Valley’s die tables are staging platforms used to position dies safely beside or near your press so that changeover can happen quickly and with minimal effort. They are an economical component of a Quick Die Change (QDC) system, designed to reduce downtime and improve shop floor safety.
Key Features & Benefits
Custom Built to Your Specs
Every die table is manufactured to accommodate your specific die size, weight, layout, and how your pressroom is configured. Green Valley does not use “one-size fits all” designs.
Safe & Efficient Die Staging
By staging dies beside the press, these tables reduce manual handling, eliminate long walks or awkward positioning, and decrease changeover time.
Economical Option for Quick Die Change
Die tables are a lower-cost component of many QDC systems; they give large benefit per dollar by improving safety and speeding up side changes.
Durable Construction
Built to withstand the industrial environment. Robust steel frame, strong decks, safe mounting, and capacity to hold heavy dies reliably.
Ideal Use Cases
Press shops that want to add or improve Quick Die Change operations but don’t yet have full staging or shuttle systems.
Facilities that need safe, nearby placement of dies for side changing rather than relying solely on overhead hoists or forklifts.
Operations seeking to reduce downtime associated with bringing dies to the press, positioning them, and removing them.
Plant layouts where space is available beside/near the press for staging platforms.
Why Choose Green Valley’s Die Tables?
Their ability to be custom sized and rated for your dies ensures proper alignment, safety, and ease of use.
Green Valley’s reputation for heavy-duty design and industrial quality.
Integration potential with other QDC components (die carts, racks, bolster extensions) to build a full efficient system.
Support and engineering experience to help you choose the right style, deck height, capacity, and features.
Quick Summary
If you are looking to stage dies safely and efficiently beside your press, Green Valley Die Tables give you a durable, customized, and cost-effective solution. These tables reduce handling, speed up changeovers, and integrate smoothly with other Quick Die Change equipment.
Maximize efficiency. Stage & change dies faster. Custom built for your workflow.
What Are Double Station Die Carts?
Green Valley Double Station Die Carts are engineered to carry two dies simultaneously—one at the press and one staged—so you can streamline die changeovers and reduce downtime. Designed for operations where dual staging makes sense.
Key Features & Benefits
Over/Under Deck Design – Allows seamless tool transfer either from press to cart or from cart to storage without having to reposition for every move.
Gravity Rollers & Push/Pull Options – Many models include gravity roller decks or powered rigid-chain push/pull systems to make loading and unloading dies smoother and safer.
Variable Lift / Height Adjustment – Deck heights are adjustable so you can match them to your press or storage height. Facilitates safe, ergonomic changeovers.
High Capacity for Heavy Dies – These carts are built to handle large, heavy dies, often with capacities of 2,500+ lbs or even much more, depending on your requirements.
Custom Built to Fit Your Dies – Every double station die cart from Green Valley can be tailored to your die dimensions, weight, and operational layout. Ensures safer handling, better fit, and optimal performance.
Ideal Use Cases
Press shops or stamping operations aiming to reduce changeover time by staging a second die while one is in operation
Facilities with high production needs that require simultaneous die preparation and press usage
Environments where die transfer safety and ergonomics are critical
Operations that need custom capacity, deck layout, or mobility (powered, non-powered, walk-behind, etc.)
Why Choose Green Valley’s Version?
Built to your specifications—not off-the-shelf generic units
Designed with over/under deck or side staging layouts to support your workflow
Safety and efficiency improvements: fewer manual lifts, less repositioning, quicker changeovers
Sturdy, durable construction to handle heavy loads in industrial environments
Quick Summary
If you need to carry two dies at once, stage one while using another, and want a cart that’s safe, efficient, and built for your specific dies, Green Valley’s Double Station Die Carts are a top solution. Custom-tailored to your die size, weight, and plant layout, these carts help you work faster and more safely.
Overview
Eagle’s Servo Press line brings together the best of precision control, power, and energy efficiency. Built for today’s demanding stamping, blanking, and forming applications, these servo-driven presses let you define your stroke, speed, and dwell profiles for optimal part quality and tool life. Eagle Press
Key Features & Capabilities
High-Torque / Low RPM Servo Motors
Designed to deliver consistent, controllable force without over-revving, keeping both power usage and mechanical wear down.
Programmable Motion Profiles
You can set stroke, velocity, and dwell (pendulum) profiles to match material behavior, reduce stress, minimize bouncing, or improve forming.
Energy Management System
These presses come with systems that optimize power consumption. Idle portions of a stroke or return travel can be managed to reduce waste and overall energy cost.
Ultra-High Precision Gearing & Controls
Eagle includes precise gear components and advanced control software/HMI to ensure tight tolerances, repeatability, and consistent performance.
Safety & Protection Features
Hydraulic overload protection, automatic counterbalancing, programmable cams, etc., to protect equipment, tooling, and operators.
Notable Models & Variants
One highlighted model is the MAX PLUS Mechanical/Servo press, which can start as a mechanical press and be converted to servo drive later. Great option for companies wanting lower upfront cost with upgrade flexibility.
Applications & When to Use
Blanking, progressive die work, transfers, tandem lines where precise motion control reduces scrap and improves quality. Eagle Press
Hemming, forming, or applications with tricky material behavior where dwell or slow speed portions are required.
Jobs where stroke profile flexibility helps reduce tooling wear, improve part finish, or allow special forming stages.
Where energy cost is a concern or production requires high uptime — servo presses offer efficiency gains vs purely mechanical or hydraulic systems.
Why Choose Eagle Servo Presses
They provide flexible, efficient operation — better control over motion means less wasted energy, less tooling wear, and higher quality parts.
Custom engineered to your exact specs, so you don’t pay for what you don’t need.
Broad capacity — Eagle offers servo presses up to 3,500 metric tons, so there’s scale for even heavy applications.
Typical Spec Checkpoints
When choosing a servo press, make sure you've got answers for:
Required tonnage/force
Required stroke & shut height + day-light and clearance needs
Duty cycle: speed, dwell, return speed
Profile requirements: do you need customized stroke motion (slow approach, dwell, fast return, etc.)
Control options & safety features
Feed/part loading interfaces (are you using feeders, robots, or blanking lines)
Space, foundation, and power (servo motors often have particular requirements)
Contact & Ordering
Ready to explore what an Eagle Servo press can do for your production? Send us the details:
Part geometry / tooling dimensions
Required force and stroke profile needs
Production rate / cycle expectations
Power & foundation capabilities
Safety and automation preferences
Contact PRI today to help you specify, quote, and select the right Eagle Servo Press that matches both performance and value.
Overview
The Eagle SH Series is engineered for demanding production work that requires constant pressing force. These hydraulic production presses excel in applications like deep drawing, mold forming, die spotting, plastic forming, acoustic materials, insulation, and other tasks where consistent tonnage and control are essential.
Unlike mechanical presses, the SH Series uses hydraulic cylinders, which removes many of the constraints tied to fixed mechanical linkages—offering greater flexibility, smoother force curves, and better control over the forming process.
Key Features & Capabilities
Constant Force & Versatility
Hydraulic pressing allows for maintained force over the work-stroke, ideal for operations where partial strokes or “holding” force are needed.
Modern Controls & Integrated Hydraulics
State-of-the-art PLC control systems, integrated hydraulic circuit blocks, manifold-based systems for efficient hydraulic flow and responsive performance.
Frame Construction Option
Available in both post-type or straight-sided gib-guided frames, giving you options depending on space, rigidity, precision, and tooling layout.
Enhanced Press Features
Pivoting upper platens
Slide locking devices
Rolling bolsters
Quiet hydraulic components
Built-in overload protection
Centralized lubrication systems
Custom Design to Fit Application – SH Series presses are built to match your production, including bed size, tonnage, stroke, and speed. Eagle designs each unit for large scale and for sustained performance in heavy or complex forming tasks.
Typical Applications & Use Cases
Deep drawing operations where material needs forming under steady force over long strokes.
Mold and die forming, where full closing force and long dwell times are key.
Die spotting / try-outs and mold verification: checking fits under load.
Applications in plastics, acoustical materials, insulation, and similar industries that need consistent pressing rather than high speed stamping.
Why Eagle SH Series Hydraulic Press Stands Out
Combines constant pressing force with modern hydraulics to give you applications that were traditionally mechanical’s domain.
Flexible design lets you tailor presses precisely to your needs—less overbuild, better performance.
Strong construction and safety-oriented features help ensure long equipment life and operator reliability.
Eagle’s experience (since 1959) with hydraulic and production presses adds assurance for durability, support, and customization.
Typical Spec Checkpoints
When evaluating or ordering an SH Series press, make sure to define:
Required pressing force / tonnage and how that force needs to be applied (stroke length, hold time, etc.).
Bed / bolster dimensions (Left-Right, Front-Back) to ensure your tooling fits.
Stroke length, shut height, and daylight clearance.
Frame type: do you need post-type or straight-sided / gib-guided?
Control and safety options (PLC + sensors, overload protection, platen pivoting, slide locks, etc.).
Hydraulic circuit and features: will you need manifold blocks, fast approach / return speeds, cooling, etc.
Maintenance features: lubrication, ease of access, etc.
Contact & Ordering
If you’re considering an SH Series press for your facility, let’s size something that works. We’ll help with:
Tonnes / force & production requirement
Tooling / die dimensions
Required stroke, shut height, clearances
Drive / hydraulic circuit needs & controls
Safety and accessory options
Reach out to PRI today to discuss how the SH Series can be configured for your production pressroom—longer dwell times, heavier forming, or more consistent force, whatever your need.
Overview
The Eagle PH Series are heavy-duty hydraulic presses designed specifically for try-out, die-spotting, mold making, and stamping die verification work. These machines combine precision, strength, and flexibility to support demanding tooling and die applications. Built by Eagle with rugged steel plate construction, and in your choice of post-type or straight-sided, gib-guided frame styles, the PH Series delivers both safety and performance.
Key Features & Highlights
Here are what make the PH Series stand out:
Custom Frame & Rigid Construction
Heavy steel-plate frames, optional straight-sided or post-type, fully gib-guided for alignment under heavy loads.
PLC Controls + Manifold-Hydraulics
Modern PLC (programmable logic controller) packages, crown-mounted manifold hydraulic systems, and state-of-the-art control logic.
Standard & Optional Enhancements:
Centralized lubrication for smoother long-term maintenance.
Rolling bolsters, pivoting upper platens, and slide locking devices for safe, efficient die handling.
Options in bed size, shut height, stroke length designed to match your tooling.
Versatile Applications – Perfect for injection/compression molds, stamping dies, diecut/die cast verification, plus tasks in deep draws, tool & die try-outs, etc.
Wide Capacity & Custom-Sized Configurations – Eagle offers PH presses in very large tonnage (3000+ tons) for big tools; bed and slide dimensions are built to your specs.
Applications & Use Cases
Verifying die geometry under pressure: spotting stamping dies, injection/compression molds, die-cast dies.
Try-outs and corrections: material flow, closure/fits, tool alignment.
Industries with large or complex tooling: automotive, appliances, aerospace, heavy equipment.
Shops needing flexibility: frequently changing dies or molds, tight tolerances, repeatability.
Why Choose Eagle SE Series?
Deep experience & reputation: Eagle has built spotting, try-out, and hydraulic presses since 1959.
Highly customizable: built to suit the bed size, force, travel, and tooling you have.
Safety / operator convenience: modern controls, lubrication, locking, and handling options.
Long-term reliability: rigid frame design, quality hydraulic components, good support network in North America.
Typical Spec Checkpoints
When selecting or specifying a PH Series Die-Spotting Press, these specs are key:
Tonnage / Pressing Force: Must be sufficient to close the die/tool without deflection & with safety margin.
Stroke Length / Travel: Determines how far the ram/platen moves, and if it fits your tooling dimensions.
Shut Height & Daylight Opening: Die height + required clearance; needed for spotting operations & die removal.
Bed Area (L-R, F-B): To accommodate the die footprint, plates, handling, and operator access.
Frame Type (Post vs Straight-Sided): Influences space, rigidity, ease of maintenance, and cost.
Control Features & Safety Options: Slide locking, platen pivoting, sensors, hydraulic safety interlocks, etc.
Die-Handling Enhancements: Rolling bolsters, pivot platens, etc., for quicker setup and safer operations.
Example Specifications
Here’s a snapshot of a real PH Series Press to give you a sense of scale:
Model: PH2-200-118-48 (200 tons)
Stroke: 48"
Bed Area: 134" × 48" (L-R × F-B)
Daylight Opening: ~ 68″
Fast Approach / Return Speeds: High approach / return rates (for efficient spotting operations)
Contact & Ordering
If you’re considering a PH Series Press for your facility, we can help you size and configure one that matches your needs. To get started, send us:
Your die or mold dimensions & weight
Required force / tonnage and cycle expectations
Desired stroke, shut height, and daylight needs
Control / operator safety preferences (locking, platen options, etc.)
Any environmental or layout constraints
Reach out to PRI today to discuss how the Eagle PH Series can help you improve die accuracy, reduce try-out time, and raise overall production quality.
Overview
The Eagle SC Series is Eagle’s line of straight-sided crank presses built for low to medium tonnage applications. These machines deliver reliable performance for stamping, blanking, progressive die work, and other forming operations where repeatability and ruggedness count.
Key Features & Capabilities
Tonnage Range:
Covers approximately 100 to 1,200 tons, making the SC Series ideal for small-to-mid scale operations needing quality crank press power.
Drive & Gear Options:
Available with single-geared, single-end drives for lower energy demands, or twin-end drives for more power and more demanding production. Gear arrangement typically varies with bed size and tonnage requirements.
Straight-sided frame provides stiffness and alignment; bed area and slide dimensions can be matched to die size. Bolster windows, feeder/transfer integration, and custom slide adjustments can also be added.
Applications & Ideal Use Cases
Progressive die work, blanking, and smaller forming operations where high tonnage is not required.
Shops that need a press with good speed, reliability, and serviceability, but without the complexity or cost of larger eccentric or link-drive presses.
Retrofit or expansion projects where space, energy, or budget constraints push trade-offs between performance and scale.
Benefits
Cost-effective press solution for medium & smaller tonnage applications.
Reduced complexity (versus big link or eccentric drives) means easier maintenance and potentially lower operating costs.
Good energy efficiency when properly specified (drive type, speed, control options).
Strong support for modern safety features and production enhancements (feeds, transfers, tonnage monitoring, etc.).
Why Choose Eagle SC Series?
A great match when you need reliable crank press power without jumping to very large tonnage classes.
Well suited for shops doing small to mid-volume runs, or diverse jobs where flexibility and ease of setup matter.
Eagle’s backing: rugged construction, good heritage, strong support in North America.
Typical Spec Checkpoints
When evaluating or specifying an SE Series press, be sure to provide us with:
Capacity / Required Force — including any duty‐cycle or peak tonnage needs.
Bed & Slide Dimensions — bolster size, slide R-L and F-B dimensions, die clearance.
Stroke & Shut Height — needed daylight, slide travel, die height plus safety margin.
Drive Type — single or twin end, geared arrangement suited for your production cycle.
Cycle Speed / SPM — what speed or rate you need for production throughput.
400 tons, 108-in “A B C D” bed (slide/bostling dimensions) press with 48-in bolster.
Stroke: varies per model, but SC Series presses are available in multiple stroke lengths depending on die clearance and part geometry.
Contact & Ordering
Ready to find an SC Series press that fits your work? Just send over:
Your part requirements (force, output)
Die size and layout, and bolster / slide dimensions
Which options are must-haves (drive type, speed, safety, controls)
Your floor / foundation & power constraints
Reach out to PRI today to help size & configure the ideal Eagle SC press for your pressroom.
Overview
The Eagle SEL Series presses are built for heavy production with a design that reduces torque but still delivers high tonnage performance. These straight‐sided, eccentric link-drive presses are tailored for high throughput applications where power, reliability, and repeatability are essential.
Key Features & Capabilities
High-Tonnage Performance
Designed for very large press loads (3500+ tons), the SEL Series handles demanding metal forming tasks with confidence.
Straight-Sided Link Drive Mechanism
Uses an eccentric link drive design, which provides strong, consistent motion while reducing excessive torque on the frame compared to some other drive types.
High Production Speed & Durability
Ideal for high-volume stamping where cycle times and uptime matter. These presses are engineered to sustain long runs with minimal fatigue.
Robust, Heavy-Duty Construction
Includes features such as two- or four-point suspension (slide suspension), double gearing, and reinforced frames to handle large forces and maintain accuracy.
Flexible Configuration
While built for power, the SEL Series can be customized with options like variable speed drives, hydraulic overload protection, programmable cams, counterbalancing, soft clutches/brakes, and more.
Applications & Best Uses
Very large stamping operations requiring 3500+ tons of force
High-volume production where both speed and reliability are critical
Tasks such as heavy blanking, deep drawing, transfer and tandem press lines
Where reduced torque on press frames is desirable to improve longevity and reduce maintenance
Why Choose Eagle SEL Series?
Reduced frame stress due to link drive design — helps avoid warp, distortion, and long-term damage.
High throughput while maintaining precision and reliability under heavy loads.
Customizable for your facility — SEL presses can be tailored to match your production layout, tooling, cycle time, and safety standards.
Backed by Eagle’s legacy of mechanical press building, with decades of experience in the 3500+ ton market.
Typical Spec Checkpoints
When evaluating or specifying an SE Series press, be sure to provide us with:
Required tonnage, including safety / overrated capacity
Stroke length and shut height tailored to your dies
Bed size and bolster dimensions to accommodate tooling and support loads
Slide suspension type (2-point vs 4-point) and gearing (single/double) as needed
Integration of modern control / safety options like programmable cams, speed control, load monitoring, overload protection, etc.
Contact & Ordering
If you’re considering an SEL Series press for your production line, let's talk. Please provide us with:
Your process and production requirements (tons, stroke, speed)
Tooling dimensions & die requirements
Space and foundation constraints
Desired control and safety features
Reach out to PRI today to explore how the Eagle SEL Series mechanical presses can elevate your pressroom’s performance.
Download the MPI M-10 Linear Shaker PDF for full Specifications
