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Otinus guillotine shears are offered in two lines—BASE and PRO—each engineered for precise, safe, and repeatable sheet‑metal cutting in both small workshops and large production facilities. Their rigid welded constructions, refined hydraulic systems, and intuitive controls deliver clean, straight cuts with minimal deformation. Together, the two models provide a choice between dependable everyday performance and advanced automation for higher‑volume workflows, supporting the high working culture and reliability expected in modern industry.
Rigid welded frames, precise blade guidance, and controlled hydraulic systems produce straight, clean edges with minimal deformation. These characteristics support the high working culture and reliability emphasized in the Otinus overview .
OCS oil cooling and PCS pressure control stabilize hydraulic performance, reduce component wear, and extend service intervals. Premium components such as Rexroth valves and Siemens‑licensed motors further support long‑term reliability.
Touchscreen or numerical controllers provide fast access to key functions, automatic parameter selection, and efficient program handling. This reduces setup time and improves repeatability in both small workshops and large production facilities .
Support for a wide range of sheet lengths and thicknesses allows flexible adaptation to diverse production tasks. Stable clamping systems and smooth sheet‑handling surfaces maintain accuracy across different materials.
Touchscreen interfaces, light curtains, laser guides, and intuitive controls improve operator comfort and ensure safe operation. These features align with the emphasis on safe, repeatable cutting highlighted on the Otinus overview page .
Each machine includes installation training, technical consultation, and a 24‑month warranty, ensuring dependable long‑term operation and confidence during daily use .
The BASE line delivers dependable sheet‑metal cutting for workshops and mixed‑production environments. A rigid welded frame, stable hydraulic system, and precise backgauge control ensure clean, repeatable cuts across a wide range of materials. The machine’s intuitive controller, adjustable cutting parameters, and ergonomic sheet‑handling features support both single‑piece work and serial production with consistent accuracy.
The PRO line is built for facilities that require fast setup, high throughput, and consistent accuracy during continuous operation. A reinforced cutting beam, robust hydraulic system, and the CybTouch 8W touchscreen controller work together to automate parameter selection, optimize blade clearance, and streamline the entire cutting process. Advanced support systems and automated part handling further enhance productivity and operator safety.
The BASE and PRO lines share a strong mechanical foundation—rigid welded frames, stable hydraulics, and reliable clamping—but they are optimized for different production realities. The table below clarifies those differences in a way that mirrors the structure of your fiber‑laser comparison tables.
Requirement / Workflow Need | BASE Guillotine Shears | PRO Guillotine Shears |
Cuts thicker sheets (up to 12 mm) | Yes | No (max 6 mm) |
Best accuracy on thin sheets | Good | Excellent |
High‑duty continuous production | Suitable | Optimized for this |
Automated setup (angle, clearance, parameters) | No | Yes |
Touchscreen control | No (E21S) | Yes (CybTouch 8W) |
Manual adjustment flexibility | Yes | Limited (automated) |
Program storage for repeat tasks | Yes | Yes |
RTS part‑return system | No | Yes |
Wireless program transfer | No | Yes |
Best fit for workshops / mixed production | Yes | Yes |
Best fit for industrial, high‑volume facilities | Possible | Ideal |
Otinus fiber laser cutting machines are offered in three configurations designed to cover the full spectrum of sheet‑metal and tube‑processing needs:
Each model is built on the same foundation of precision, speed, and long‑term reliability, with power options from 1 kW to 30 kW for cutting everything from thin sheet to material up to 50 mm thick.
RayTools autofocus cutting heads come standard, with optional Precitec heads for maximum precision, higher speeds, and thick‑material processing.
Raycus and Max Photonics sources offer stable performance, long service life, and options suited to both continuous production and cost‑efficient operation.
Otinus fiber lasers cut 1 mm stainless steel at speeds of up to 3 seconds per meter, placing them among the fastest in their class.
Fiber laser technology consumes up to 70% less energy than CO₂ systems, reducing operating costs significantly.
A modern touchscreen interface with CypCut software provides intuitive control, fast parameter input, and optimized cutting paths. Wireless remotes support safe operation around the machine.
Aerospace‑grade aluminum beams and monolithic steel frames ensure rigidity, stability, and long‑term accuracy.
Every machine includes installation, operator training, and access to rapid service response with strong spare‑parts availability.
The table below provides insight into the cutting performance of each laser power level across common materials, making it easier to select the right configuration for your needs.
Material | 1 kW | 1.5 kW | 2 kW | 3 kW | 4 kW | 6 kW | 8 kW | 10 kW | 12 kW | 15 kW | 20 kW |
Black steel | 10 mm | 14 mm | 16 mm | 18 mm | 22 mm | 25 mm | 28 mm | 32 mm | 35 mm | 40 mm | 50 mm |
Stainless steel | 4 mm | 5 mm | 6 mm | 8 mm | 12 mm | 16 mm | 18 mm | 20 mm | 22 mm | 25 mm | 40 mm |
Aluminum | 3 mm | 4 mm | 5 mm | 6 mm | 10 mm | 14 mm | 16 mm | 18 mm | 20 mm | 26 mm | 40 mm |
Brass | 2 mm | 3 mm | 4 mm | 5 mm | 6 mm | 10 mm | 12 mm | 14 mm | 16 mm | 18 mm | 20 mm |
The BASE enclosed fiber laser system delivers precise sheet‑metal cutting in a fully protected working environment. Its enclosed housing shields the operator from sparks, fumes, and laser radiation, while the rigid steel frame and aluminum crossbeam maintain stable cutting performance across a wide range of materials. Designed for everyday production and custom fabrication, it provides dependable accuracy, smooth motion, and low operating noise in a compact, easy‑to‑operate platform.
The PRO enclosed fiber laser system is engineered for operations that demand elevated cutting speeds, stronger structural stability, and consistent accuracy during long production runs. Its reinforced frame and upgraded motion components allow the machine to maintain precision at higher accelerations, making it a strong fit for facilities that run continuous workloads and require dependable, repeatable results. The fully enclosed architecture ensures a clean, safe working environment while supporting high‑duty industrial use.
This enclosed system combines high‑precision sheet‑metal cutting with an integrated rotary unit for tubes and profiles, creating a versatile platform for shops that handle both flat and cylindrical materials. The fully enclosed housing maintains a clean, safe working environment, while the rotary module enables accurate processing of round, square, rectangular, and specialty profiles without the need for a separate machine. Its balanced design makes it a strong fit for mixed‑material workflows and production environments that value flexibility without compromising precision.
The Tube & Pipe Fiber Laser Cutter is engineered specifically for processing long tubes, profiles, and structural sections with high accuracy and repeatability. Its rigid welded frame, precision rotary chuck, and advanced support systems ensure stable handling of long or heavy materials, while the cutting head delivers clean edges across round, square, rectangular, and specialty profiles. Designed for both serial production and complex one‑off components, it provides the reliability and control needed for demanding tube‑fabrication workflows.
High power, precision, and perfect cutting in every dimension – that’s how the Otinus fiber laser cutter for tubes and profiles performs. Advanced fiber technology ensures fast and accurate cutting even for the most demanding components. Otinus – the power of technology in your production.
A well‑matched fiber laser system depends on the type of work you handle most often—sheet metal, tubes and profiles, or a mix of both. Each Otinus model is built on the same high‑precision platform, but their configurations are optimized for different production environments. The comparison below highlights how each machine aligns with common fabrication needs, making it easier to select the system that fits your workflow, material mix, and throughput requirements.
Requirement / Workflow Need | Enclosed BASE | Enclosed PRO | Enclosed + Tube Cutter | Tube & Pipe Cutter |
Fully enclosed cutting area | Yes | Yes | Yes | No (open tube platform) |
Cuts sheet metal | Yes | Yes | Yes | No |
Cuts tubes & profiles | No | No | Yes | Yes |
Best accuracy at high speed | Good | Excellent | Good | Excellent (for tubes) |
High‑duty continuous production | Suitable | Optimized for this | Suitable | Optimized for tube production |
Reinforced frame for high dynamics | No | Yes | No | Yes |
Automatic parameter optimization | No | Yes | No | No |
Touchscreen control | Yes | Yes (advanced) | Yes | Yes |
Best for mixed sheet‑metal production | Yes | Yes | Yes | No |
Best for shops needing both sheet + tube | No | No | Yes | No |
Best for dedicated tube‑only production | No | No | Possible | Yes |
Floor‑space efficient | Yes | Yes | Moderate | Lowest (long footprint) |
A dependable enclosed sheet‑metal cutter for general‑purpose production. Best for shops that want enclosure safety and clean cutting without the higher‑speed dynamics of the PRO.
A higher‑performance enclosed cutter with reinforced mechanics and faster, more stable motion. Best for continuous production, tighter tolerances, and higher throughput.
A dual‑purpose enclosed system for shops that cut both sheets and tubes but don’t need a full dedicated tube‑cutting machine.
A dedicated tube‑processing platform with long‑material support, rotary chucks, and optional 3D cutting. Best for high‑volume tube fabrication.
Otinus CNC plasma systems combine rigid European construction with Hypertherm plasma technology to deliver clean, accurate, and repeatable cutting across steel, stainless steel, aluminum, and non‑ferrous metals. The lineup includes both Downdraft Table and Water Table configurations, giving fabricators the flexibility to choose the ideal cutting environment for their workflow. With working areas ranging from compact shop‑friendly footprints to large‑format production tables, Otinus machines support everything from prototyping to full‑scale manufacturing.
All Otinus plasma cutters integrate Hypertherm Powermax 45–125 or MAXPRO200 units, known for cut quality, low consumable usage, and long service life. These sources support both thin‑sheet work and heavy‑plate cutting, ensuring stable, continuous operation.
A rigid frame, aluminum gantry, linear guides, and synchronized Y‑axis drives maintain geometry and repeatability. Rapid traverse speeds reach 25,000 mm/min, enabling fast cycle times without sacrificing precision.
Both table types are engineered to reduce airborne contaminants, protect operators, and extend machine life. Users can choose between active downdraft extraction or water‑based cooling and fume suppression.
Multiple table sizes, optional oxy‑fuel cutting, and a wide range of plasma power sources allow each machine to be tailored to specific production needs.
Efficient power delivery, long‑life consumables, and automated height control reduce wear and keep operating expenses predictable.
The downdraft model uses an integrated extraction system to pull dust, smoke, and fumes directly away from the cutting zone. This creates a cleaner workspace, protects sensitive components, and supports continuous operation in busy fabrication environments. A rigid table structure ensures stable cutting even at high speeds.
The water table model uses water cooling to suppress sparks, reduce fumes, and minimize thermal distortion. This results in cleaner edges, lower noise levels, and a more comfortable working environment. With a wide range of available table sizes, the water table series fits both compact workshops and large‑scale production floors.
Requirement | Downdraft Table | Water Table |
Air quality priority | Excellent fume extraction | Strong fume suppression |
Noise reduction | Moderate | Excellent |
Thermal distortion control | Good | Best |
Workspace cleanliness | Excellent | Very good |
Table size flexibility | Fixed size | Wide range of sizes |
Ideal applications | General fabrication, production shops | Precision work, low‑noise environments |
Otinus press brakes are engineered to deliver consistent, high‑accuracy bending across a wide range of sheet‑metal applications. The product line is built around two core series—each designed for a distinct production environment—along with extended high‑capacity configurations for large‑format and heavy‑gauge work.
Across all models, Otinus machines feature a rigid welded frame, independent Y1/Y2 axis control, and servo‑driven backgauges for precise, repeatable positioning. Premium hydraulic and electrical components ensure smooth operation and long service life. Integrated LED lighting, ergonomic foot controls, and comprehensive safety systems—including light curtains and side guarding—support operator comfort, accuracy, and productivity.
The BASE Series is engineered for shops that need dependable bending performance with straightforward operation and low operating costs. A durable welded frame, modern hydraulic system, and clear touchscreen controls provide stable accuracy throughout long production runs. The BASE Series is ideal for general fabrication, maintenance departments, and small to mid‑size manufacturers seeking a practical, high‑value solution.
The PRO Series is built for facilities that operate under continuous load and require maximum precision, automation, and throughput. Reinforced frames, high‑capacity hydraulic systems, and advanced Delem controls support complex bending geometries and high cycle volumes. With configuration options up to 8+1 axes, the PRO Series delivers exceptional flexibility for demanding fabrication environments.
Extended PRO models expand the line into larger bending lengths and higher capacities for structural components, long panels, and heavy‑gauge materials. These machines maintain the same precision and control architecture as standard PRO models while offering significantly greater forming capability.
Model | Force (kN) | Motor (kW) | Oil Tank (L) | Approach (mm/s) | Working (mm/s) | Return (mm/s) | Weight (t) | Bending Length |
PBO‑1204 | 400 | 4 | 80 | 160 | 10 | 130 | 3.3 | 1250 |
PBO‑2106 | 600 | 5.5 | 140 | 150 | 10 | 130 | 5.4 | 2100 |
PBO‑2609 | 900 | 7.5 | 140 | 150 | 10 | 130 | 7.1 | 2600 |
PBO‑3109 | 900 | 7.5 | 140 | 160 | 10 | 130 | 7.9 | 3100 |
PBO‑3112 | 1200 | 11 | 140 | 160 | 10 | 130 | 8.4 | 3100 |
PBO‑3116 | 1600 | 15 | 210 | 160 | 10 | 130 | 9.7 | 3100 |
PBO‑3120 | 2000 | 19 | 210 | 150 | 10 | 130 | 10 | 3100 |
PBO‑3124 | 2400 | 22 | 210 | 130 | 10 | 120 | 11 | 3100 |
PBO‑3130 | 3000 | 22 | 280 | 110 | 8 | 100 | 15 | 3100 |
PBO‑3144 | 4400 | 30 | 450 | 80 | 8 | 70 | 22 | 3100 |
PBO‑4116 | 1600 | 15 | 210 | 170 | 10 | 120 | 12 | 4100 |
PBO‑4120 | 2000 | 18.5 | 210 | 160 | 10 | 110 | 12.5 | 4100 |
PBO‑4124 | 2400 | 22 | 210 | 150 | 10 | 100 | 14 | 4100 |
PBO‑4130 | 3000 | 22 | 280 | 120 | 8 | 90 | 18.5 | 4100 |
PBO‑4144 | 4400 | 30 | 450 | 80 | 8 | 70 | 26 | 4100 |
PBO‑6124 | 2400 | 22 | 300 | 140 | 10 | 100 | 25 | 6100 |
PBO‑6130 | 3000 | 22 | 300 | 120 | 8 | 70 | 30 | 6100 |
PBO‑6138 | 3800 | 30 | 450 | 90 | 8 | 70 | 35 | 6100 |
PBO‑6144 | 4400 | 30 | 450 | 90 | 8 | 70 | 39 | 6100 |
PBO‑6160 | 6000 | 37 | 500 | 80 | 7 | 70 | 55 | 6100 |
Model | Force (kN) | Motor (kW) | Oil Tank (L) | Approach (mm/s) | Working (mm/s) | Return (mm/s) | Weight (t) | Bending Length |
PBO‑3113 | 1350 | 11 | 180 | 210 | 10 | 130 | 8.35 | 3100 |
PBO‑3713 | 1350 | 11 | 180 | 210 | 10 | 130 | 10 | 3700 |
PBO‑4113 | 1350 | 11 | 180 | 210 | 10 | 130 | 10.6 | 4100 |
PBO‑3122 | 2200 | 18.5 | 290 | 180 | 10 | 140 | 11.3 | 3100 |
PBO‑3722 | 2200 | 18.5 | 290 | 180 | 10 | 140 | 12.85 | 3700 |
PBO‑4122 | 2200 | 18.5 | 290 | 180 | 10 | 140 | 13.65 | 4100 |
PBO‑5122 | 2200 | 18.5 | 290 | 180 | 10 | 140 | 17 | 5100 |
PBO‑6122 | 2200 | 18.5 | 290 | 180 | 10 | 140 | 21.7 | 6100 |
PBO‑3132 | 3200 | 22 | 290 | 150 | 10 | 110 | 14.7 | 3100 |
PBO‑3732 | 3200 | 22 | 290 | 150 | 10 | 110 | 15.5 | 3700 |
PBO‑4132 | 3200 | 22 | 290 | 150 | 10 | 110 | 16.8 | 4100 |
PBO‑5132 | 3200 | 22 | 290 | 150 | 10 | 110 | 21.5 | 5100 |
PBO‑6132 | 3200 | 22 | 290 | 150 | 10 | 110 | 26 | 6100 |
PBO‑3140 | 4000 | 30 | 400 | 100 | 8 | 80 | 18.7 | 3100 |
PBO‑3740 | 4000 | 30 | 400 | 100 | 8 | 80 | 20.7 | 3700 |
PBO‑4140 | 4000 | 30 | 400 | 100 | 8 | 80 | 22.5 | 4100 |
PBO‑5140 | 4000 | 30 | 400 | 100 | 8 | 80 | 25.5 | 5100 |
PBO‑6140 | 4000 | 30 | 400 | 100 | 8 | 80 | 33 | 6100 |
Otinus press brakes are available with four controller platforms, each aligned to the performance level and automation requirements of the machine series. The BASE Series uses streamlined, cost‑efficient controls designed for everyday bending, while the PRO Series is equipped with advanced Delem systems that support multi‑axis automation, 3D programming, and high‑volume industrial workflows.
The BASE Series is paired with controllers optimized for simplicity and cost efficiency, while the PRO Series uses controllers engineered for automation, precision, and continuous operation.
Feature | OT‑41 (BASE) | DA‑58T | DA‑66T (PRO) | DA‑69T (PRO) |
Screen | 12" TFT | 15" TFT | 17" TFT | 17" TFT |
Interface | Basic | 2D graphical | 3D graphical | 3D advanced |
Axis Control | 5 axes | 5 axes | 6–7 axes | 6–9 axes |
Programming | Manual | 2D | 3D | 3D |
Tool Library | Basic | 2D | 3D | 3D |
Simulation | None | 2D | 3D | 3D |
Collision Detection | — | 1 plane | 1 plane | All planes |
Offline Software | — | Yes | Yes | Yes |
DXF Import | — | — | Yes | Yes |
Robot Integration | — | — | Yes | Yes |
The Otinus press brake lineup is built around three performance tiers—BASE, PRO, and Extended PRO—each engineered for a different level of production demand. The BASE Series delivers reliable, cost‑efficient bending for everyday fabrication, while the PRO Series adds higher precision, greater automation, and multi‑shift durability for industrial workloads. Extended PRO models expand this platform with longer bending lengths and higher tonnages for large‑format or heavy‑gauge applications. Across all three, rigid welded frames, independent Y1/Y2 axis control, and servo‑driven backgauges ensure consistent, repeatable accuracy, supported by premium hydraulic and electrical components for long service life.
Requirement / Workflow Need | BASE Series | PRO Series | Extended PRO Series |
Everyday bending & general fabrication | Yes | Yes | Possible |
Multi‑shift industrial production | Suitable | Optimized for this | Optimized for heavy industrial work |
High tonnage / heavy‑gauge bending | No | Yes (mid‑range) | Yes (high‑capacity) |
Long‑bed bending (large panels) | No | Limited | Yes (long‑format models) |
Advanced automation & multi‑axis control | No | Yes (up to 8+1 axes) | Yes (up to 8+1 axes) |
3D programming & simulation | Optional (DA‑58T) | Yes (DA‑66T / DA‑69T) | Yes (DA‑66T / DA‑69T) |
Hydraulic WILA tool clamping | No (manual Promecam) | Yes | Yes |
Automatic crowning | Yes | Yes (advanced) | Yes (advanced) |
Independent Y1/Y2 axis control | Yes | Yes | Yes |
Servo‑driven backgauge | Yes | Yes (multi‑axis) | Yes (multi‑axis) |
Fiessler AKAS high‑speed safety system | No | Yes | Yes |
LED work‑area lighting | Yes | Yes | Yes |
Best fit for small–mid shops | Ideal | Yes | No |
Best fit for large industrial facilities | Possible | Ideal | Ideal for heavy/large work |
A practical, cost‑efficient press brake for daily production. It offers reliable accuracy, manual Promecam tooling, automatic crowning, servo backgauge, and straightforward touchscreen control. Best for general fabrication, maintenance departments, and small to mid‑size manufacturers.
A high‑performance platform built for multi‑shift industrial workloads. Reinforced frames, WILA hydraulic clamping, advanced Delem controls, multi‑axis backgauges, and Fiessler AKAS safety make it ideal for complex parts, higher throughput, and continuous operation.
A heavy‑capacity expansion of the PRO line, offering longer bending lengths and significantly higher tonnages for structural components, long panels, and thick materials. Maintains the same precision architecture as the standard PRO but scaled for large‑format industrial work.
Stamtec’s mechanical forging presses provide the extreme force, rigidity, and durability required for today’s most demanding metal‑forming applications. As one of the few manufacturers offering both cold forging and warm‑hot forging technology, Stamtec delivers proven solutions for producing near‑net‑shape parts with exceptional strength, consistency, and material efficiency.
Production Resources Inc. (PRI) supplies the full line of Stamtec forging presses and supports manufacturers across industries such as automotive, aerospace, industrial hardware, medical, and defense. Whether you’re producing hand tools, gears, shafts, bearing housings, or connecting rods, PRI helps you select and configure the right forging press for your application.
Stamtec offers two primary forging platforms to support a wide range of forming requirements:
Designed for applications requiring maximum part strength and precision. Cold forging strain‑hardens the material at a molecular level, producing extremely strong components with excellent dimensional accuracy.
Ideal for parts that cannot be formed at room temperature. Warm‑hot forging uses softened steel to produce complex shapes, larger components, and parts requiring deeper deformation.
Stamtec forging presses are engineered for high rigidity, long service life, and consistent performance. Their robust frames and tie‑rod construction withstand extreme loads and repetitive high‑force cycles.
Forging presses shape metal through controlled compressive force, producing near‑net‑shape parts that require minimal machining. This reduces cycle time and increases throughput.
Cold and warm‑hot forging can reduce material waste by 40% to 60%, making forging one of the most economical methods for producing high‑precision parts .
Forging presses are ideal for producing components that require exceptional strength, durability, and structural integrity — including automotive shafts, gears, housings, and structural hardware.
Both cold and warm‑hot forging presses feature high‑rigidity frames and tie‑rod construction for maximum durability.
Forging presses apply controlled compressive force to shape metal, improving its internal grain structure and mechanical properties. Unlike stamping, forging produces parts with superior strength and fatigue resistance.
This process enables:
Cold forging hardens the material during forming, while warm‑hot forging softens the steel to allow deeper or more complex deformation.
Feature | Cold Forging Presses | Warm‑Hot Forging Presses |
Material Strength | Produces the strongest parts due to strain hardening | Forms parts that cannot be made cold due to material softness |
Drive System | Knuckle‑joint system slows slide near BDC for precision | Oversized eccentric shafts for rigidity and accuracy |
Part Complexity | Best for simpler, high‑strength components | Ideal for complex shapes and deeper deformation |
Material Savings | 40–60% waste reduction | 40–60% waste reduction |
Typical Applications | Gears, shafts, fasteners, hardware | Automotive shafts, housings, connecting rods |
Stamtec forging presses use knuckle‑joint or oversized eccentric drive systems, depending on the application .
Industrial, automotive, aerospace, hardware, military, appliance, and medical sectors all rely on forging presses for high‑strength components.
Stamtec forging presses are available from 220 to 4,000 tons.
Forging is ideal for producing near‑net‑shape parts, single‑hit finished parts, or components requiring extreme force and rigidity.
Selecting the right forging press requires careful evaluation of:
PRI works with your team to define these requirements and configure the correct Stamtec forging press, including:
PRI ensures the forging press you choose is the right fit for your production environment.
As an authorized distributor of Stamtec forging presses, PRI provides:
Production Resources Inc. (PRI) supplies the full line of Stamtec servo presses, offering manufacturers advanced forming capability, programmable slide motion, and exceptional control over material flow. Servo technology provides the flexibility, precision, and efficiency required for today’s complex stamping applications, from shallow forming to deep drawing, fine blanking, warm forming, and multi‑stage operations.
Stamtec’s servo platforms combine a high‑torque, low‑RPM servo motor with a rigid straight‑side frame and an intelligent control system. This allows the press to deliver full working energy even at low speeds, while enabling a wide range of programmable motion profiles, dwell positions, and forming modes .
Whether you’re producing high‑strength steel components, precision electrical parts, or large automotive structures, PRI helps you select and configure the ideal Stamtec servo press for your production requirements.
Stamtec offers three servo platforms to support a wide range of forming applications:
High‑torque servo drive system designed for large parts, high‑strength materials, and applications requiring long strokes or complex motion profiles.
Straight‑side, two‑point design providing excellent slide stability and balanced force distribution across long or wide dies.
Compact, high‑precision servo press ideal for small to medium‑sized parts requiring flexible motion control and repeatability.
Stamtec servo presses use a direct‑drive servo motor system that replaces the flywheel, clutch, and brake. This provides full energy at any speed, reduces impact forces, and improves part consistency.
Servo presses can accelerate through non‑forming zones and slow down during forming, improving throughput while maintaining stable part quality. Pendulum mode further reduces cycle time by shortening the stroke length.
Servo presses support a wide range of forming modes—including crank, link, coining, drawing, fine blanking, pulse forming, swing forging, and pendulum mode—making them suitable for diverse applications and materials.
Servo presses consume less energy during idle operation and can reclaim energy during the upstroke, reducing overall power consumption. The energy management system minimizes electrical spikes and improves efficiency .
A servo press uses a high‑torque, low‑RPM servo motor to drive the slide according to a programmed motion curve rather than a fixed crank profile. This enables:
This flexibility allows manufacturers to optimize forming conditions for each part, improving quality and extending die life.
Selecting the right servo press requires more than choosing tonnage. PRI works directly with your team to evaluate:
Once your forming and tooling requirements are defined, PRI helps configure the correct Stamtec servo press, including:
PRI ensures the servo press you choose is the right fit for your application and production environment.
PRI can supply and integrate all Stamtec‑compatible options, including:
These options align with the servo press configuration capabilities described in the Stamtec servo lineup .
Servo presses are ideal for applications requiring variable slide velocity at multiple points in the stroke profile, including metal forming and shallow to medium drawing and forming .
A servo press is driven by a servo motor rather than a flywheel, clutch, and brake. This provides full energy at any speed and allows fully programmable stroke profiles.
Servo presses offer increased production volume and fully programmable stroke profiles, making them a strong alternative to hydraulic systems in many forming applications.
As an authorized distributor of Stamtec servo presses, PRI provides:
The Stamtec iS1 Series is a single‑point, straight‑side, direct‑drive servo press designed for manufacturers who require exceptional forming flexibility, programmable motion control, and high‑precision performance. By replacing the traditional flywheel, clutch, and brake with a high‑torque, low‑RPM servo motor, the iS1 Series delivers full working energy even at low speeds and dwell positions, enabling superior control over material flow and forming characteristics.
With a wide range of programmable motion curves and forming modes, the iS1 Series is ideal for applications requiring precision, repeatability, and the ability to perform multiple forming operations within a single press.
The iS1 Series supports a wide variety of forming modes, including:
Custom motion curves can also be created, with up to 20 programmable segments defined by position, speed, and dwell duration.
Category | iS1‑80 (D/C) | iS1‑110 (D/C) | iS1‑160 (D/C) | iS1‑200 (D) | iS1‑260 (D/C) |
Capacity (US tons) | 88 | 121 | 176 | 220 | 286 |
Capacity (metric tons) | 80 | 110 | 160 | 200 | 260 |
Rated tonnage point (in.) | 0.2 | 0.2 | 0.24 | 0.24 | 0.24 |
Rated tonnage point (mm) | 5 | 5 | 6 | 6 | 6 |
Stroke length (in.) | 7.09 | 7.87 | 8.66 | 9.84 | 9.84 |
Stroke length (mm) | 180 | 200 | 220 | 250 | 250 |
Speed (SPM) | 0–80 | 0–70 | 0–60 | 0–50 | 0–45 |
Die height (in.) | 13.78 | 13.78 | 15.75 | 17.72 | 19.69 |
Die height (mm) | 350 | 350 | 400 | 450 | 500 |
Slide area (in.) | 27.56×18.11 | 31.50×20.47 | 35.43×22.84 | 39.37×25.59 | 43.30×27.56 |
Slide area (mm) | 700×460 | 800×520 | 900×580 | 1000×650 | 1100×700 |
Bolster area (in.) | 35.43×23.62 / 46.06×23.62 | 39.37×27.56 / 50.39×27.56 | 45.28×29.92 / 57.09×29.92 | 49.21×33.47 / 61.81×33.47 | 53.15×35.43 / 66.93×35.43 |
Bolster area (mm) | 900×600 / 1170×600 | 1000×700 / 1280×700 | 1150×760 / 1450×760 | 1250×850 / 1570×850 | 1350×900 / 1700×900 |
Bolster thickness (in.) | 3.94 | 4.72 | 5.91 | 6.3 | 7.09 |
Bolster thickness (mm) | 100 | 120 | 150 | 160 | 180 |
Side opening (in.) | 25.59×18.11 | 29.53×19.69 | 31.50×22.05 | 35.43×24.02 | 37.40×25.98 |
Side opening (mm) | 650×460 | 750×500 | 800×560 | 900×610 | 950×660 |
Max upper die weight (lbs) | 760 | 992 | 1543 | 1763 | 1763 |
Max upper die weight (kg) | 345 | 450 | 700 | 800 | 800 |
Slide adjustment (in.) | 3.15 | 3.54 | 3.94 | 4.33 | 4.72 |
Slide adjustment (mm) | 80 | 90 | 100 | 110 | 120 |
Slide adjust motor (kW × poles) | 0.4×4 | 0.4×4 | 0.75×4 | 0.75×4 | 1.5×4 |
Working height (in.) | 32.68 | 33.07 | 36.02 | 39.76 | 43.31 |
Working height (mm) | 830 | 840 | 915 | 1010 | 1100 |
Air pressure (PSI) | 70 | 70 | 70 | 70 | 70 |
Air pressure (kg/cm²) | 5 | 5 | 5 | 5 | 5 |
Download the Stamtec iS1 Series Direct‑Drive Servo PressCatalog
The Stamtec iS2 Series is a two‑point, straight‑side, direct‑drive servo press designed for applications requiring exceptional forming flexibility, programmable motion control, and high‑precision performance. By replacing the traditional flywheel, clutch, and brake with a high‑torque, low‑RPM servo motor, the iS2 Series delivers full working energy even at slow speeds and dwell positions, enabling superior control over material flow and forming characteristics.
With its advanced servo controls, the iS2 Series supports a virtually unlimited number of stroke profiles and slide movement patterns, making it ideal for complex forming operations, high‑strength materials, and in‑die secondary processes.
The iS2 Series is ideal for:
Category | iS2‑176 | iS2‑220 | iS2‑330 | iS2‑440 | iS2‑550 |
Capacity (tons) | 160 | 200 | 300 | 400 | 500 |
Rated tonnage point (in.) | 0.23 | 0.23 | 0.23 | 0.23 | 0.23 |
Rated tonnage point (mm) | 6 | 6 | 6 | 6 | 6 |
Full Stroke (in. @ SPM) | 8.66 @ 60 | 9.84 @ 50 | 11.81 @ 40 | 11.81 @ 40 | 13.77 @ 40 |
Full Stroke (mm @ SPM) | 220 @ 60 | 250 @ 50 | 300 @ 40 | 300 @ 40 | 350 @ 40 |
Pendulum Stroke 1 (in. @ SPM) | 5.15 @ 67 | 5.90 @ 56 | 7.08 @ 45 | 7.08 @ 45 | 8.26 @ 45 |
Pendulum Stroke 1 (mm @ SPM) | 131 @ 67 | 150 @ 56 | 180 @ 45 | 180 @ 45 | 210 @ 45 |
Pendulum Stroke 2 (in. @ SPM) | 3.34 @ 84 | 3.93 @ 70 | 4.72 @ 56 | 4.72 @ 56 | 5.51 @ 56 |
Pendulum Stroke 2 (mm @ SPM) | 85 @ 84 | 100 @ 70 | 120 @ 56 | 120 @ 56 | 140 @ 56 |
Max Die Height (in.) | 17.71 | 19.68 | 23.62 | 25.59 | 27.55 |
Max Die Height (mm) | 450 | 500 | 600 | 650 | 700 |
Slide Adjustment (in.) | 3.93 | 4.33 | 4.72 | 4.72 | 4.72 |
Slide Adjustment (mm) | 100 | 110 | 120 | 120 | 120 |
Slide Area (in.) | 64×23 | 76×27 | 90×33 | 94×43 | 94×43 |
Slide Area (mm) | 1650×600 | 1950×700 | 2300×850 | 2400×1100 | 2400×1100 |
Bolster Area (in.) | 76×31 | 88×35 | 102×43 | 106×47 | 106×51 |
Bolster Area (mm) | 1950×800 | 2250×900 | 2600×1100 | 2700×1200 | 2700×1300 |
Side Opening (in.) | 31×15 | 35×17 | 43×21 | 47×23 | 51×25 |
Side Opening (mm) | 800×400 | 900×450 | 1100×550 | 1200×600 | 1300×650 |
Bolster Thickness (in.) | 6.29 | 6.69 | 7.48 | 7.48 | 7.48 |
Bolster Thickness (mm) | 160 | 170 | 190 | 190 | 190 |
Max Upper Die Weight (lbs) | 2,204 | 2,645 | 4,409 | 5,571 | 6,613 |
Max Upper Die Weight (kg) | 1000 | 1200 | 2000 | 2500 | 3000 |
Slide Adjust Motor (kW × poles) | 0.75×4 | 1.5×4 | 1.5×4 | 1.5×4 | 1.5×4 |
Working Height (in.) | 37 | 39 | 45 | 47 | 51 |
Working Height (mm) | 950 | 1000 | 1150 | 1200 | 1300 |
Air Pressure (PSI) | 71 | 71 | 71 | 71 | 71 |
Air Pressure (kg/cm²) | 5 | 5 | 5 | 5 | 5 |
Download the Stamtec iS2 Series Direct‑Drive Servo Press Catalog
The Stamtec SDS Series Servo‑Driven Press combines a high‑torque, low‑RPM servo motor with a rigid straight‑side frame to deliver exceptional forming flexibility and precision. By replacing the traditional motor, flywheel, clutch, and brake with a direct‑drive servo system, the SDS Series provides full working energy even at low speeds, enabling superior control over slide motion and forming characteristics.
This makes the SDS Series ideal for demanding applications such as deep drawing, coining, warm‑forming, pulse forming, and the production of high‑strength or hot‑formed components.
660 – 2,400 US tons The SDS platform can also be customized for stroke, speed, rating point, and bed size to meet specific production requirements.
The SDS Series can perform multiple processes within a single press, including:
The video in the gallery demonstrates a representative configuration within the SDS Series demonstrates the system’s capability for large, high‑strength components.
This model illustrates the SDS Series’ ability to handle advanced materials and complex forming requirements.
The SDS Series can be configured to meet a wide range of production needs, including:
These options allow the SDS platform to be tailored for both standard and highly specialized forming applications.
These accessories support efficient operation and seamless integration into automated press lines.
The SDS Series is well‑suited for:
Production Resources Inc. (PRI) proudly supplies Stamtec mechanical presses, one of the most respected and widely installed press lines in North America. These presses deliver the reliability, precision, and production efficiency that modern stamping operations demand, backed by Stamtec’s decades of engineering experience and PRI’s hands‑on application support.
Whether you’re producing small electrical components, automotive stampings, appliance parts, or high‑volume progressive‑die work, PRI helps you select, configure, and integrate the ideal Stamtec mechanical press for your operation.
Stamtec offers one of the broadest mechanical press portfolios in the industry, and PRI supports every model:
Compact, versatile, and ideal for small to medium‑sized parts. Excellent accessibility and fast setup.
Designed for longer or multi‑station dies requiring additional bed length and improved slide stability.
Rigid straight‑side frames minimize deflection and improve accuracy for higher‑tonnage applications.
Balanced force distribution across the slide makes these presses ideal for long dies, progressive tools, and wide‑bed applications.
Engineered for heavy blanking, forming, and deep‑draw applications requiring maximum rigidity and energy capacity.
Stamtec mechanical presses are engineered for durability and long service life, capable of withstanding continuous, high‑volume production. Their rigid frames and precision‑machined components ensure consistent accuracy and minimal downtime.
Mechanical presses operate at high speeds and produce large volumes of parts quickly, helping manufacturers reduce cycle times and lower per‑part costs.
Stamtec mechanical presses can stamp steel, aluminum, copper, and a wide range of part sizes—from small electrical components to large automotive parts.
Mechanical presses require less maintenance than hydraulic systems and offer lower long‑term operating costs, making them ideal for manufacturers of all sizes.
A mechanical straight‑side press uses a rigid, closed‑frame structure that minimizes deflection under load. Compared to gap‑frame presses, straight‑side designs offer superior rigidity, accuracy, and repeatability—especially in high‑tonnage applications.
This makes them ideal for:
Selecting the right mechanical press requires more than choosing tonnage. PRI works directly with your team to evaluate:
Stamtec recommends working with a qualified die builder to determine tooling requirements before selecting a press, and PRI can connect you with trusted partners when needed.
Once your tooling requirements are defined, PRI configures the correct Stamtec mechanical press, including:
PRI ensures the press you choose is the press your application truly needs.
PRI can supply and integrate all Stamtec‑compatible options, including:
Stamtec stocks mechanical presses from 25 to 600 tons, with custom builds up to 3,000 tons.
PRI helps you evaluate:
Yes. PRI works with your die builder (or recommends one) to determine tooling requirements, then configures the correct Stamtec mechanical press based on those specifications.
As an authorized distributor of Stamtec mechanical presses, PRI provides:
Stamtec’s 2‑Point Crank Shaft Straight Side Presses represent one of the most comprehensive and versatile lineups in the global metal stamping industry. Built on ultra‑rigid straight‑side frames and engineered for precision, stability, and long‑term durability, these presses deliver exceptional performance across a wide range of applications—from high‑speed lamination stamping to large‑format progressive dies, deep forming, and heavy‑tonnage transfer work.
Across six distinct series, Stamtec offers solutions tailored to every production requirement:
Each series is engineered with Stamtec’s signature focus on rigidity, accuracy, and long die life, supported by advanced controls, robust drivetrain systems, and industry‑leading hydraulic overload protection.
Two crankshafts distribute force evenly across the slide, making these presses ideal for:
Most series feature six‑ or eight‑point gibs, ensuring:
All models use heavy, stress‑relieved steel frames designed to minimize deflection and maintain accuracy at full tonnage.
Every series supports modern automation controls, including:
Fast‑response HOLP protects the press and tooling by relieving overload pressure in milliseconds.
The SC2 Series is designed for stamping long, narrow parts or running progressive dies that require extended bed lengths. It offers a large die area at an economical price and is ideal for applications where a straight‑side press is needed but a heavier‑duty frame is not required.
Note: All specs for the SC2 Series are based on typical ranges for Stamtec’s economical long‑bed 2‑point straight‑side presses. Specs to be confirmed with Stamtec prior to ordering
Category | SC2‑121 | SC2‑165 | SC2‑220 | SC2‑275 |
Capacity (US tons) | 121 | 165 | 220 | 275 |
Capacity (metric tons) | 110 | 150 | 200 | 250 |
Rated tonnage point | 0.24 in | 0.24 in | 0.28 in | 0.28 in |
Stroke length | 5.9–7.0 in | 6.0–7.5 in | 7.0–9.0 in | 8.0–10.0 in |
Speed (SPM) | 35–70 | 30–60 | 25–50 | 20–40 |
Die height (S.D.A.U.) | 15–17 in | 17–19 in | 19–21 in | 21–23 in |
Slide adjustment | 3.9 in | 4.7 in | 4.7 in | 4.7 in |
Slide area (L‑R × F‑B) | 60 × 30 in | 72 × 34 in | 84 × 36 in | 96 × 40 in |
Bolster area (L‑R × F‑B) | 60 × 30 in | 72 × 34 in | 84 × 36 in | 96 × 40 in |
Bolster thickness | 5.9 in | 6.3 in | 6.3 in | 7.1 in |
Side frame opening (F‑B × H) | 24 × 16 in | 30 × 18 in | 36 × 22 in | 40 × 24 in |
Working height | 36–38 in | 38–40 in | 40–42 in | 42–44 in |
Main motor | 15–20 HP | 20–25 HP | 25–30 HP | 30–40 HP |
Slide adjustment motor | 1 HP | 1–2 HP | 2 HP | 2 HP |
Parallelism | 0.001 in/ft | 0.001 in/ft | 0.001 in/ft | 0.001 in/ft |
Deflection | 0.0015 in/ft | 0.0015 in/ft | 0.0015 in/ft | 0.0015 in/ft |
The SLX Series incorporates link‑motion drive technology as standard, slowing the slide up to 40% during the working portion of the stroke. This improves material flow, reduces impact, and increases die life—ideal for deeper or more complex forming.
Specification | SLX‑160 (D/B) | SLX‑200 (D/B) | SLX‑250 (D/B) | SLX‑300 (D/B) | SLX‑400 (D/B) |
Capacity (US tons) | 176 | 220 | 275 | 330 | 440 |
Capacity (metric tons) | 160 | 200 | 250 | 300 | 400 |
Rated tonnage point (in.) | 0.24 / 0.19 | 0.24 / 0.19 | 0.28 / 0.19 | 0.28 / 0.19 | 0.28 / 0.19 |
Rated tonnage point (mm) | 6 / 3 | 6 / 3 | 7 / 3 | 7 / 3 | 7 / 3 |
Speed (SPM) | 30–55 / 40–85 | 20–50 / 35–70 | 20–40 / 30–60 | 20–35 / 30–50 | 20–35 / 30–50 |
Stroke (in.) | 7.09 / 5.19 | 9.84 / 5.91 | 11.02 / 6.69 | 11.81 / 6.69 | 11.81 / 6.69 |
Stroke (mm) | 180 / 130 | 250 / 150 | 280 / 170 | 300 / 170 | 300 / 170 |
Die height (in.) | 17.72 / 15.75 | 19.69 / 15.75 | 21.65 / 15.75 | 21.65 / 15.75 | 21.65 / 15.75 |
Die height (mm) | 450 / 400 | 500 / 450 | 550 / 450 | 550 / 450 | 550 / 450 |
Max upper die weight (lbs) | 2645 | 3306 | 4850 | 5291 | 5291 |
Slide adjustment (in.) | 3.94 | 4.72 | 4.72 | 4.72 | 4.72 |
Bolster area (in.) | 70.87×29.92 | 86.61×37.01 | 98.43×39.37 | 98.43×39.37 | 98.43×39.37 |
Slide area (in.) | 62.99×25.59 | 72.84×29.53 | 82.68×35.43 | 86.61×35.43 | 86.61×35.43 |
Side opening (in.) | 27.56×17.72 | 35.43×23.62 | 35.43×23.62 | 35.43×23.62 |
The GTX Series is a versatile, general‑purpose double‑crank press designed for long, narrow parts, progressive dies, and medium‑to‑large tooling. Its rigid frame and centered box‑type gibs ensure accurate slide alignment and stable forming.
Spec | GTX‑250 (S/H) | GTX‑300 (S/H) | GTX‑400 (S/H) | GTX‑500 (S/H) |
Capacity (US tons) | 275 | 330 | 440 | 550 |
Rated tonnage point (in.) | 0.28 | 0.28 | 0.28 | 0.28 |
Rated tonnage point (H‑type) | 0.2 | 0.2 | 0.24 | 0.24 |
Stroke (in.) | 11.02 | 11.81 | 11.81 | 13.78 |
Stroke (H‑type) | 6.69 | 6.69 | 6.69 | 7.87 |
Speed (SPM) | 20–40 | 20–40 | 20–40 | 20–30 |
Speed (H‑type) | 30–60 | 30–50 | 30–50 | 30–50 |
Die height (in.) | 21.65 | 21.65 | 21.65 | 21.65 |
Die height (H‑type) | 17.72 | 17.72 | 17.72 | 19.68 |
Bolster area (in.) | 98.43–133.86 | 98.43–133.86 | 98.43–133.86 | 98.43–133.86 |
Bolster thickness (in.) | 6.3 | 7.48 | 7.48 | 9.84 |
The HSD Series is engineered for demanding high‑speed applications such as motor lamination stamping. With speeds up to 550 SPM, eight‑point roller bearing gibs, and dynamic balancing, it delivers exceptional accuracy at extreme throughput.
Spec | HSD‑60 | HSD‑80 | HSD‑125 | HSD‑200 | HSD‑300 |
Capacity (US tons) | 66 | 88 | 137 | 220 | 330 |
Rated tonnage point (in.) | 0.125 | 0.125 | 0.125 | 0.125 | 0.125 |
Stroke (in.) | 1.18 | 1.18 | 1.18 | 1.18 | 1.18 |
Speed (SPM) | 200–550 | 200–550 | 200–500 | 150–350 | 100–300 |
Die height (in.) | 13.39 | 14.17 | 14.96 | 15.74 | 16.54 |
Slide adjustment (in.) | 1.97 | 1.97 | 1.97 | 2.36 | 2.76 |
Bolster area (in.) | 33.47×23.62 | 43.31×27.56 | 51.18×31.50 | 70.86×35.43 | 78.74×39.36 |
The S2 Series is built for large parts, large dies, and high‑tonnage applications requiring maximum rigidity and flywheel energy. With capacities up to 3300 tons, it is Stamtec’s heavy‑duty flagship for large progressive or transfer dies.
Spec | S2‑110 | S2‑165 | S2‑220 | S2‑330 | S2‑440 | S2‑660 |
Capacity (US tons) | — | 165 | 220 | 330 | 440 | 660 |
Speed (SPM) | 60–120 | 50–120 | 30–60 | 25–50 | 25–45 | — |
Rated tonnage point (in.) | 0.236 | 0.236 | 0.275 | 0.275 | 0.512 | — |
Stroke (in.) | 5.91 | 6.3 | 10.04 | 12.01 | 13.98 | — |
Die height (in.) | 15.75 | 19.7 | 25.98 | 30 | 33.98 | — |
Slide adjustment (in.) | 5.91 | 6.3 | 8.27 | 9.84 | 10 | — |
Bolster area (in.) | 60×42 | 72×48 | 96×50 | 120×55 | 144×60 | — |
The PL2 Series uses Stamtec’s advanced link‑motion drive, slowing the slide up to 40% during the working stroke for improved material flow, reduced impact, and extended die life. Ideal for complex forming and precision progressive dies.
Category | PL2‑440 | PL2‑550 | PL2‑660 | PL2‑880 |
Capacity (US tons) | 440 | 550 | 660 | 880 |
Capacity (metric tons) | 400 | 500 | 600 | 800 |
Rated tonnage point | 0.51 in (13 mm) | 0.51 in (13 mm) | 0.52 in (13 mm) | 0.52 in (13 mm) |
Stroke length | 6.00 or 12.00 in (152 or 305 mm) | 6.00 or 12.00 in (152 or 305 mm) | 9.84 in (250 mm) | 12.01 in (305 mm) |
Speed (SPM) | 20–40 | 20–40 | 30–70* | 25–40 |
Die height (S.D.A.U.) | 37.79 in (960 mm) | 37.79 in (960 mm) | 29.52 in (750 mm) | 31.50 in (800 mm) |
Slide adjustment | 10 in (254 mm) | 10 in (254 mm) | 3.93 in (100 mm) | 5.91 in (150 mm) |
Slide area – Option 1 | 86.61 × 51.18 in (2200 × 1300 mm) | 86.61 × 51.18 in (2200 × 1300 mm) | 98.43 × 55.12 in (2500 × 1400 mm) | 168 × 63 in (4270 × 1600 mm) |
Slide area – Option 2 | 95.98 × 55.11 in (2438 × 1400 mm) | 95.98 × 55.11 in (2438 × 1400 mm) | — | 144 × 63 in (3660 × 1600 mm) |
Bolster area – Option 1 | 86.61 × 51.18 in (2200 × 1300 mm) | 86.61 × 51.18 in (2200 × 1300 mm) | 98.43 × 55.12 in (2500 × 1400 mm) | 168 × 63 in (4270 × 1600 mm) |
Bolster area – Option 2 | 95.98 × 55.11 in (2438 × 1400 mm) | 95.98 × 55.11 in (2438 × 1400 mm) | — | 144 × 63 in (3660 × 1600 mm) |
Side frame opening (F‑B × H) | 43.30 × 25.59 in (1100 × 650 mm) | 43.30 × 25.59 in (1100 × 650 mm) | 50 × 25.6 in (1270 × 650 mm) | 51.19 × 31.50 in (1300 × 800 mm) |
Bolster thickness | 7.87 in (200 mm) | 7.87 in (200 mm) | 9.85 in (250 mm) | 11.82 in (300 mm) |
Working height | 49.21 in (1250 mm) | 49.21 in (1250 mm) | 35.43 in (900 mm) | 27.96 in (710 mm) |
Overall dimensions (L‑R × F‑B) | 180 × 100 in (4570 × 4580 mm) | 180 × 100 in (4570 × 4580 mm) | 165.74 × 145.66 in (4210 × 3700 mm) | — (varies by configuration) |
Overall height | 247 in (6291 mm) | 247 in (6291 mm) | 240 in (6100 mm) | — |
Counterbalance capacity | 10,008 lbs (4540 kg) | 10,008 lbs (4540 kg) | 11,000 lbs (5000 kg) | 15,400 lbs (6985 kg) |
Approx. weight | TBD | TBD | 291,000 lbs (131,995 kg) | — |
Main motor | 75 HP | 75 HP | 175 HP | 150 HP |
Slide adjustment motor | 4 HP | 4 HP | 10 HP | 15 HP |
Parallelism | 0.001 in/ft or less | 0.001 in/ft or less | 0.001 in/ft or less | 0.001 in/ft or less |
Deflection | 0.0015 in/ft or less | 0.0015 in/ft or less | 0.001 in/ft or less | 0.0015 in/ft or less |
Snap‑through rating | — | — | 0.25 | — |
Series | Best For |
SC2 | Long progressive dies, economical applications |
SLX | Deep forming, link‑motion precision |
GTX | General‑purpose stamping, rigid accuracy |
HSD | High‑speed lamination stamping |
S2 | Large parts, high tonnage, heavy‑duty work |
PL2 | Precision forming, reduced impact, link‑motion |
Stamtec’s cold forging presses are engineered for applications requiring high forming force, dimensional accuracy, and consistent near‑net‑shape production. Cold forging reshapes metal at room temperature, improving grain structure and mechanical properties while reducing material waste and minimizing secondary machining.
These presses support high‑volume production of components such as fasteners, shafts, small gears, hardware, and precision industrial parts. With six cold‑forging platforms available—LF1, KP, KT, KW1 (cold‑forging models), KW2, and KL2—Stamtec provides solutions for a wide range of part sizes, forming depths, and deformation requirements.
The LF1 Series is designed for cold forging, drawing, fine blanking, near‑net‑shape forming, and press forging of sheet materials. These presses support light compound materials such as magnesium and aluminum, as well as sheet steel and high‑tension steels. The compound‑link mechanism provides controlled slide motion suitable for precision sheet‑metal forming.
Model | LF1‑200 | LF1‑300 | LF1‑400 | LF1‑500 | LF1‑650 |
Capacity (US tons) | 220 | 330 | 440 | 551 | 716 |
Capacity (metric tons) | 200 | 300 | 400 | 500 | 650 |
Rated Tonnage Point (in.) | 0.18 | 0.31 | 0.31 | 0.31 | 0.31 |
Stroke (in.) | 4.72 | 5.9 | 5.9 | 5.9 | 5.9 |
Speed (SPM) | 20–45 | 20–40 | 20–40 | 20–40 | 20–40 |
Die Height (in.) | 17.71 | 17.71 | 17.71 | 17.71 | 17.71 |
Bolster Area (in.) | 51.18×38.19×6.30 | 51.18×38.19×6.30 | 51.18×39.37×7.48 | 51.18×39.37×7.48 | 51.18×39.37×7.48 |
Slide Area (in.) | 51.18×38.18 | 51.18×38.18 | 51.18×39.37 | 51.18×39.37 | 51.18×39.37 |
Slide Adjustment (in.) | 1.96 | 3.14 | 3.14 | 3.14 | 3.14 |
Side Opening (in.) | 16.53×15.74 | 17.71×17.71 | 17.71×17.71 | 18.30×17.71 | 18.30×17.71 |
Working Height (in.) | 35.03 | 35.43 | 37.4 | 39.36 | 39.36 |
Max Upper Die Weight (lbs) | 2204 | 3306 | 3306 | 3306 | 3306 |
Main Motor (HP×P) | 15×6 | 25×6 | 30×6 | 40×6 | 50×6 |
Download the Stamtec LF1 Series Cold Forging Presses Catalog
The KP Series uses a single‑point knuckle‑joint mechanism that slows slide velocity by up to 40% near bottom dead center, improving material flow and reducing snap‑through forces. The extended dwell at BDC supports precision forming, coining, and applications requiring controlled penetration.
Model | KP‑250 | KP‑400 | KP‑650 | KP‑850 | KP‑1000 | KP‑1200 | KP‑2000 |
Capacity (US tons) | 275.58 | 440.93 | 716.5 | 936.97 | 1102.31 | 1327.77 | 2204.62 |
Rated Tonnage Point (in.) | 0.16 | 0.24 | 0.32 | 0.32 | 0.32 | 0.32 | 0.32 |
Stroke (in.) | 4.72 | 6.30/7.09 | 6.30/7.09 | 7.09 | 6.3 | 9.84 | 7.09 |
Speed (SPM) | 40 | 30–50 | 25–40 | 25–35 | 25–35 | 25–30 | 22–32 |
Die Height (in.) | 14.57 | 15.75 | 15.75 | 15.75 | 19.69 | 23.62 | 21.65 |
Max Upper Die Weight (lbs) | 1102 | 1764 | 2205 | 2205 | 2646 | 2646 | 4409 |
Bolster Area (in.) | 19.69×23.62 | 21.65×25.98 | 23.62×27.56 | 23.62×27.56 | 27.56×31.50 | 31.50×39.37 | 39.37×31.50 |
Slide Area (in.) | 15.75×16.54 | 15.75×19.69 | 17.72×21.65 | 17.72×21.65 | 18.90×25.59 | 31.50×31.50 | 31.50×27.56 |
Download the Stamtec KP Series Cold Forging Presses Catalog
The KT Series uses a single‑point knuckle‑joint drive with reduced slide velocity near BDC and extended dwell for precision forming. These presses support deeper deformation and high‑strength materials.
Model | KT‑400 | KT‑650 | KT‑800 | KT‑1000 |
Capacity (US tons) | 440.93 | 716.5 | 881.85 | 1102.31 |
Rated Tonnage Point (in.) | 0.32 | 0.32 | 0.32 | 0.32 |
Stroke (in.) | 7.09 | 7.87 | 9.84 | 9.84 |
Speed (SPM) | 25–40 | 25–35 | 25–35 | 25–35 |
Die Height (in.) | 21.65 | 21.65 | 25.59 | 26.38 |
Bolster Area (in.) | 27.56×27.56×4.72 | 31.50×31.50×5.91 | 43.31×31.50×6.69 | 43.31×31.50×7.09 |
Slide Area (in.) | 26.77×27.56 | 30.71×31.50 | 42.52×31.50 | 42.52×31.50 |
Download the Stamtec KT Series Cold Forging Presses Catalog
The KW1 Series uses a knuckle‑joint mechanism with long dwell at BDC, reduced snap‑through, and stable vertical force for precision cold forging and coining.
Model | KW1‑300 | KW1‑400 | KW1‑500 | KW1‑650 | KW1‑800 | KW1‑1000 |
Capacity (US tons) | 330.69 | 440.93 | 551.16 | 716.5 | 881.85 | 1102.31 |
Stroke (in.) | 4.72 | 4.72 | 5.91 | 5.91 | 9.84 | 7.87 (9.84) |
Speed (SPM) | 20–40 | 20–40 | 20–40 | 20–40 | 20–35 | 20–40 |
Download the Stamtec KW1 Series Cold Forging Presses Catalog
The KW2 Series is designed for net‑shape blanking and coining of thicker materials. The knuckle‑joint mechanism provides long dwell, high precision, and reduced vibration.
Model | KW2-260 | KW2-400 | KW2-600 | KW2-800 | KW2-1000 | KW2-1200 |
Capacity (US tons) | 286.6 | 440.93 | 661.39 | 881.85 | 1102.31 | 1322.77 |
Stroke (in.) | 4.72 | 6.3 | 7.87 | 7.87 | 9.84 | 9.84 |
Speed (SPM) | 35 / 35–50 | 35 / 35–50 | 35 / 25–45 | 30 / 25–40 | 30 / 20–35 | 30 / 20–35 |
Download the Stamtec KW2 Series Cold Forging Presses Catalog
The KL2 Series provides long stroke lengths (400–600 mm), high-rated tonnage points, and stable two‑point slide guidance for long‑rod and shaft‑type components.
Model | KL2-400 | KL2-630 | KL2-800 | KL2-1000 | KL2-1200 | KL2-1600 | KL2-2000 |
Capacity (US tons) | 440 | 694 | 881 | 1102 | 1322 | 1763 | 2204 |
Stroke (in.) | 15.75 | 15.75 | 15.75 | 19.69 | 19.69 | 23.63 | 23.63 |
Speed (SPM) | 25–45 | 25–40 | 25–35 | 15–30 | 15–30 | 15–25 | 15–25 |
Download the Stamtec KL2 Series Cold Forging Presses Catalog
Series | Drive Type | Points | Tonnage Range | Best For |
LF1 | Compound‑link | 1 | 200–650 tons | Sheet‑metal cold forging, drawing, fine blanking |
KP | Knuckle‑joint | 1 | 250–2000 tons | Precision cold forging, coining, controlled penetration |
KT | Knuckle‑joint | 1 | 400–1000 tons | High‑force cold forging, deeper deformation |
KW1 | Knuckle‑joint | 1 | 300–1000 tons | Precision cold forging with long dwell |
KW2 | Knuckle‑joint | 1 | 260–1200 tons | Net‑shape blanking, coining of thicker materials |
KL2 | Knuckle‑joint link‑drive | 2 | 400–2000 tons | Long‑rod/shaft forming, large tooling, balanced load |
Best for sheet‑metal cold forging, drawing, and fine blanking of light alloys and high‑tension steels.
Ideal for precision cold forging requiring long dwell, reduced snap‑through, and controlled penetration.
Suited for deeper deformation and high‑strength materials requiring high forming force.
Best for precision cold forging and coining with long dwell and stable vertical force.
Designed for net‑shape blanking and coining of thicker materials with high precision.
Ideal for long‑rod and shaft‑type components requiring long stroke lengths and two‑point slide stability.
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