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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:


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