Forging Automation

Forging the Future with Modern Automation

The Harshest Conditions Demand Systems That Perform

Forging operations are increasingly constrained by skilled labor shortages. Extreme heat, physically demanding work, and high-risk conditions make it difficult to staff and retain experienced operators. When critical roles go unfilled, consistency breaks down between furnace, press, trim, and downstream operations, putting immediate pressure on output and making recovery difficult.

Adaptec automates the handling of hot parts across many points of the forging process. We integrate with your existing presses, furnaces, and equipment to create a connected system that runs reliably under real conditions. Our priority is to reduce reliance on hard-to-fill roles, improve safety, and keep production moving without unnecessary disruption.

Continuous Press Uptime Without Manual Delays

Removal of Dull, Dirty, and Dangerous Manual Tasks

Reliable Part Flow Across Furnace, Press, and Trim

Consistent Cycle Timing Under Production Conditions

Automation Proven to Withstand the Heat of Forging Operations

Forging Processes Where Adaptec Delivers the Most Value

die lubrication application in a forging setting using robotic automation

Consistent die lubrication is critical to part quality and die life. Adaptec automates die spraying to ensure uniform coverage and repeatable application. This robotic application eliminates variability from manual processes and reduces unnecessary wear.

Key Capabilities

Automated Spray Pattern Control
Cycle-Based Synchronization
Lubrication Optimization

trim press application with forging metal parts

Forging environments demand precision under extreme conditions. Adaptec integrates robotic press tending systems that manage the full interaction with the press. This includes handling hot billets safely, maintaining timing with press cycles, and ensuring consistent part positioning. The result is stable throughput and reduced operator risk across high-volume production.

Key Capabilities

Full Press Cycle Coordination, Loading and Unloading
High-Temperature Part Handling
Multi-Stage Die Transfer

vision system used in manufacturing automation system

In forging, quality issues can compound quickly if not caught early. Adaptec integrates inspection and verification systems to confirm part presence, orientation, and critical attributes. This ensures downstream processes receive consistent, validated inputs.

Key Capabilities

In-Line Part Presence & Orientation Checks
Vision-Based Quality Verification
Process Feedback Integration

robotic bin picking application with fanuc robots

Forging operations often start with inconsistent raw material presentation. Adaptec has standardized robotic bin picking systems that identify, locate, and pick billets or preforms from bulk containers with advanced vision systems. The result is eliminating manual sorting and feeding variability.

Key Capabilities

3D Vision Part Identification
Adaptive Picking Paths
End-of-arm tooling and robotic programming for precise picking

What technology might my robotic forging solution include?

FANUC FoundryPro Robot

Robot End-Of-Arm Tooling

Quality Assurance Technology

Custom Conveyor

Downstream Handling Equipment

3D Advanced Vision System

Our Approach to Forging Automation

Before anything is designed, we focus on understanding how your forging operation runs. We look across furnace, press, and downstream processes to identify where flow breaks down and what’s limiting throughput today. This phase ensures the solution is built around your constraints.

Key Events

Map current forging process from furnace through press and secondary operations to identify bottlenecks
Define throughput targets, part handling requirements for the system
Evaluate layout constraints and integration points to align on a realistic path forward

We design and build forging automation systems around your specific process. From furnace discharge through press interaction and downstream handling, every element is engineered to work together. The focus is on reliable part flow and systems that hold up in high-heat, high-cycle environments.

Key Events

Develop system layout, tooling, and automation architecture
Integrate robotics, controls, and equipment with press timing and upstream/downstream systems
Build, test, and validate the system against defined throughput and performance targets

engineer sitting at computer at Adaptec Solutions

Getting the system installed is just the starting point. We’re available to help ensure your forging automation performs consistently over time. The goal is sustained throughput and the Adaptec team is trained and equipped to help maximize the lifespan of your investment.

Key Events