Mechanical, Servo, & Hydraulic Press Equipment Distributor

• Delivers angular frame deflection of as little as 1/3 of competitive models
• Made with welded steel frame, cast-iron slide, and oversized cast steel bolsters
• Wet clutch resists wear caused by air friction, allowing up to four times as many single-trip cycles per minute as a standard air friction clutch
• Hydraulic Overload Protection System (HOLP) provides fast response times, adjustable trip levels, and the ability to free stuck slides
• 35–250 metric ton capacity

• Able to perform progressive and transfer press die work normally reserved for straightside presses
• Incorporates HOLP to provide fast response times, adjustable trip levels, and ability to free stuck slides
• Made with wedged steel frame, cast-iron slide, and oversized cast steel bolters
• Provides angular deflection as little as 1/3 of competitive models
• 110–250 metric ton capacity

• Unitized straightside frame to reduce deflection and enable high-precision forming
• Available in both crank and link motion models
• Centered and full-length slide guides
• Forced recirculating lubrication system
• Incorporates HOLP to provide fast response times, adjustable trip levels, and ability to free stuck slides
• Suitable for drawing, bending, and compression processes
• 80–200 metric ton capacity

• Unitized straightside frame for minimal frame elongation
• Available in both crank and link motion models
• Uses forced-circulation lubrication system to improve Bottom Dead Center repeatability
• Increased maximum SPM of 10%
• Link motion enables press to work with difficult-to-form materials, and this process also extends die length
• 110–300 metric ton capacity

• Can include mechanical or servo capabilities as needed
• Clients can choose between single or double eccentric gear drives
• Offers standard or high-continuous working energy capacity
• 1/4” or 1/2” rating points
• Wide variety of stroke length and die height choices for each tonnage capacity
• Zero-clearance roller-type slide guides as well as optional oil film version
• 315–1,250 metric ton capacity

 

• 80-, 110-, 150-, 200-, and 250-metric-ton models
• SPM from 1 (all models) through 196 (DSF-C1-800)
• Die height from 12.6” (DSF-C1-800) through 21.3” (DSF-C1-2500)
• Bolster area (LR × FB) from 40.6” × 23.6” (DSF-C1-800) through 68.9” × 35.4” (DSF-C1-2500)
• 80–250 metric ton capacity

• 80-, 110-, 150-, 200-, and 300-metric-ton models
• SPM from 1 (all models) through 196 (DSF-N1-800)
• Die height from 12.6” (DSF-N1-800) through 21.6” (DSF-N1- 3000)
• Bolster area (LR × FB) from 35.4” × 23.6″ (DSF-N1-800) through  66.9” × 35.4” (DSF-N1-3000)
• 80–300 metric ton capacity

• 110-, 160-, 200-, 250-, and 300-metric-ton models
• SPM from 1 (all models) through 175 (DSF-N2-1100)
• Die height from 15.7” (DSF-N2-1100) through 25.6” (DSF-N2- 3000)
• Bolster area (LR × FB) from 65.4” × 26.8” (DSF-N2-1100) through 94.5” × 47.2” (DSF-N2-3000)
• Uses HOLP to improve response times, provide adjustable trip levels, and free stuck slides
• Industry-best tolerances in terms of drivetrain clearances
• 110–300 metric ton capacity

• Available in single- and double-gear configurations
• Highly programmable stroke and velocity profiles
• High-torque/low-RPM servo motors
• Uses the Aida ECO Servo Press Energy Management System to boost efficiency
• 315–1,250 metric ton capacity

AP&T’s hydraulic presses are infinitely customizable based on your project’s specifications, and our sales consultants can work with you to design the optimal press for your needs.

With all hydraulic presses, however, you can expect superior energy efficiency combined with the ability to generate forces of between 100–20,000 tons (1,000–200,000 kN). Other attributes of AP&T hydraulic presses include:

• Up to 50% less energy consumption than conventional hydraulic presses
• Low noise levels
• Easily recyclable
• Compatibility with environmentally friendly hydraulic fluids
• Less hydraulic fluid required than conventional hydraulic presses

Installing an AP&T hydraulic press will result in more productive cold forming and hot forming operations. In addition, these presses require 30% less maintenance than other hydraulic options on the market.

AP&T also builds a full line of servo-hydraulic presses, which we distribute across the country. Servo-hydraulic presses can generate a consistently high pressing force without sacrificing the energy efficiency and speed control offered by servo-mechanical presses. This enables manufacturers operating servo-hydraulic presses to perform a wide range of precision punching and pressing operations, even on small surfaces and with sensitive materials.

Like its regular hydraulic presses, AP&T’s servo-hydraulic presses offer a wide array of customization options that ensure that no two presses are exactly alike—unless the application calls for it. However, AP&T consistently delivers on designing each press to the following standards:

• Generates acceleration and deceleration forces 250% greater than similar models
• All processes and data are controlled by the Internet of Things (IoT)–based technology
• Ability to pre-accelerate cushion when forming sensitive materials
• The high degree of parallelism reduces wear and tear on tooling
• Ability to work generate forces ranging from 100 to 20,000 tons (1,000 to 200,000 kN)

The unique design of servo-hydraulic presses enables them to operate with less downtime, more availability, and at extended service intervals. These machines’ scalable modular design and wide range of shared components mean that they can produce many different types of high-quality parts within efficient turnaround times.