Why is CNC simulation critical in the defense industry?

Defense manufacturing demands absolute precision, safety, and repeatability. Vericut verifies real G-code against an exact digital twin of your CNC machine, ensuring every program runs correctly before metal is cut—reducing risk, cost, and downtime.

How does Vericut improve defense machining performance?

Vericut’s physics-based Force Optimization module balances cutting conditions for each toolpath, shortening cycle times and extending tool life. For defense CNC machining, this means faster production without compromising quality or compliance.

What types of defense manufacturing applications can Vericut support?

From aerospace and defense manufacturing to naval systems, land vehicles, and advanced weapon assemblies, Vericut simulates and verifies machining for every component—no matter how complex or critical.

Can Vericut integrate with my existing CAD/CAM systems?

Yes indeed. Vericut integrates seamlessly with all major CAD/CAM software and post-processors, creating a streamlined defense manufacturing software environment with minimal disruption to your current workflow.

What are the benefits of using digital twin software in defense manufacturing?

Vericut acts as a like-for-like digital replica for defense machining, mirroring your real machine’s kinematics and control logic. This ensures accurate verification, consistent optimization, and traceable data to support QA and certification requirements.

How does Vericut assist with compliance in defense manufacturing?

Vericut provides traceable verification data that supports AS9100, ITAR, and MIL-SPEC quality frameworks. Every simulation generates a record of toolpaths, collisions, and optimizations—building a digital audit trail for program validation.

Is Vericut suitable for multi-axis or complex defense machining?

Absolutely. Vericut was primed for multi-axis, multi-spindle, and mill-turn machines. It handles intricate geometries, tight clearances, and advanced tooling strategies common in defense machining applications.

applications:

Icam UHF Programming Software for Universal Holding Fixture Systems

REQUEST A DEMO

Program Universal Holding  Fixture systems faster, safer and  with greater confidence using Icam UHF programming technology, now part of Vericut.

Universal Holding Fixture systems help manufacturers support large, complex and thin-walled parts without creating dedicated fixtures for every component.

But programming a UHF system can be time-consuming and difficult, especially when hundreds of actuators, vacuum zones, machine movements, and cutting toolpaths need to work together without collision.

Icam UHF programming software combines CNC post-processing and machine simulation in a single workflow, helping programmers automatically position fixture actuators, avoid collisions and generate production-ready NC code for both the machine and the Universal Holding Fixture system.

What once required hours or days of manual programming and repeated simulation cycles can often be completed in minutes, depending on machine and process complexity.

Request a demo

What is a Universal Holding Fixture?

A Universal Holding Fixture, or UHF system, is a flexible fixturing system designed to support a range of part shapes, sizes, contours, geometries and configurations.

Instead of building a dedicated hard fixture for every part, manufacturers can use a configurable fixture with multiple actuators, supports or holding points. These actuators can be positioned to support the workpiece during machining, trimming, routing or drilling.

Universal Holding Fixture systems are especially valuable for large, thin-walled, or low-volume parts, where traditional dedicated fixtures can be expensive to design, build, store, and maintain.

UHF systems are commonly used in aerospace manufacturing, composite machining and large-part production, where flexibility, repeatability, and efficient  setup are critical.

Why UHF programming is challenging.

Universal Holding Fixture systems are powerful, but they add a new layer  of programming complexity.

The CNC machine is no longer the only moving system that needs to be considered. The fixture may also need to move, position, support, retract,  or activate at the right time during the machining process.

01.

Synchronizing hundreds  of actuator movements.

02.

Managing support positions across large parts.

03.

Timing vacuum systems and fixture zones.

04.

Preventing tool-to-actuator collisions.

05.

Coordinating machine motion with fixture motion.

06.

Managing indexed and dynamic actuator positioning.

07.

Generating setup information for physical fixture elements.

08.

Validating the full machine and fixture process before production.

Without automation, programmers may need to move between CAM software, post-processing, machine simulation, and manual edits many times before the setup is ready.

This can turn UHF programming into a process that takes hours or days, particularly for large aerospace structures, composite parts, or complex machine and fixture combinations.

Traditional UHF programming  vs Icam UHF programming.

In a traditional workflow, programmers often have to work through multiple disconnected steps. If a collision or positioning problem is found, the process loops back into editing, re-posting, and re-simulating.

With Icam UHF programming software, post-processing and simulation work together. The software helps automate actuator positioning, simulate the machine and fixture environment, and generate NC code that reflects both the CNC machine, and the UHF system.

Step 1.

Import the machining program

The process begins with the CAM-generated machining program and the relevant part, machine and fixture information.

Step 2.

Automatically position  UHF actuators

The software helps determine the actuator positions needed to support the workpiece  during machining.

Step 3.

Simulate machine and  fixture movement

The machine, cutting tool, workpiece and fixture actuators can be simulated together to understand how the full process will behave.

Step 4.

Identify and avoid collisions

Potential collisions between the cutting tool, machine components, fixture actuators and supported part can be detected before production.

Step 5.

Generate production-ready  NC code

Icam technology generates the required NC output for the CNC machine and the Universal Holding Fixture system, reducing manual programming effort and the need for repeated simulation cycles.

UHF collision avoidance before production.

Collision avoidance is one of the most important requirements in UHF programming.

During machining, a cutting tool may approach fixture supports, actuators, vacuum elements, or other holding components. If the fixture position is not correctly programmed, the result may be tool damage, fixture damage, part scrap, machine downtime or a failed prove-out.

Icam UHF programming software helps reduce this risk by simulating the combined machine and fixture environment before the program reaches the shop floor. This allows programmers to identify actuator interference, tool-to-fixture collisions and other possible issues early in the programming workflow.

UHF machine simulation  in a single workflow.

Icam UHF programming technology integrates machine simulation into post-processing. This is important because UHF programming is not only about where the fixture actuators should be placed. It is about how the complete system behaves during machining.

Machine simulation can help validate:

CNC machine motion.
Fixture actuator positions.
Tool-to-actuator clearance.
Workpiece support conditions.
Machine and fixture sequencing.

Indexed positioning.
Dynamic actuator motion.
Vacuum or support timing.
Collision risks before production.

By using simulation earlier in the workflow, programmers can reduce the need for repeated trial-and-error cycles and create safer, more reliable CNC programs.

Reduce programming time from hours or days to minutes

Automated fixture programming helps reduce the manual effort required to position actuators, validate motion and prepare  UHF setups.

Minimize collision risk

Machine and fixture simulation helps detect potential collisions between cutting tools, machine components and fixture actuators before production.

Improve machine utilization

By reducing the need for repeated programming and simulation loops, manufacturers can help keep machines focused on productive work.

Reduce fixture setup complexity

Automated actuator positioning  and setup support simplify the preparation of Universal Holding Fixture systems.

Support low-volume aerospace production

Flexible UHF systems help manufacturers reduce the cost and complexity of dedicated fixtures for low-volume or high-mix aerospace components.

Increase manufacturing flexibility

UHF systems allow a single fixture platform to support different part shapes, sizes and configurations.

Eliminate repeated simulation cycles

Post-processing and simulation work together, reducing the need to repeatedly edit, re-post and re-simulate programs.

Generate machine and fixture-ready NC output

Icam Post helps create NC programs for both the CNC machine and the Universal Holding Fixture system.

A more connected UHF programming workflow with Vericut.

As part of Vericut, Icam UHF programming and post processing technology now sits within a wider CNC simulation, verification, and optimization software ecosystem.

This gives manufacturers a more connected route from CAM programming to post-processing, fixture automation, machine simulation and verified production.

For organizations already using Vericut for CNC simulation and verification, Icam UHF technology can help extend that confidence into Universal Holding Fixture programming.

For organizations using UHF systems today, Vericut can help simplify programming, reduce setup risk and improve the efficiency of fixture-based manufacturing workflows.

Need to simplify UHF programming?

Talk to Vericut about your Universal Holding Fixture system, CNC machine, CAM software, and production requirements.

Our team can help you understand how Icam UHF programming technology can reduce manual programming effort, automate actuator positioning, support collision avoidance, and generate machine-ready NC code.

get in touch

media gallery

Videos of Real-Life UHF Programming  using Icam’s Software

Explore more Vericut products.

Vericut Verification

Detect errors, eliminate collisions and say goodbye to manual prove-outs once and for all.

Verification

Vericut Force

Optimize your tool paths and enhance your NC programs for the fastest, most efficient machines, ever.

force optimization

AUTO-DIFF™

Compare CAD design modules to Vericut simulations and detect design differences and weaknesses.

AUTO-DIFF™

Multi-Axis

Verify complex multi-axis machine applications and check for errors at the workpiece and the tool.

Multi-Axis

Machine Connectivity & Monitoring

Create and manage your most accurate digital twins ever by leveraging CNC machine data from your shop floor.

Connectivity & Monitoring

Request a demo today.

See how Vericut CNC simulation software can help your business forgo its CNC machining frustrations.

Address:
Vericut USA
CGTech Corporate Headquarters
9000 Research Drive
Irvine, California
92618-4214

Phone:
(949) 753-1050

applications:

Icam UHF Programming Software for Universal Holding Fixture Systems

Program Universal Holding Fixture systems faster, safer and with greater confidence using Icam UHF programming technology, now part of Vericut.

What is a Universal Holding Fixture?

Why UHF programming is challenging.

01.

02.

03.

04.

05.

06.

07.

08.

Without automation, programmers may need to move between CAM software, post-processing, machine simulation, and manual edits many times before the setup is ready.

Traditional UHF programming vs Icam UHF programming.

How Icam automates UHF programming.

Step 1.

Import the machining program

Step 2.

Automatically position UHF actuators

Step 3.

Simulate machine and fixture movement

Step 4.

Identify and avoid collisions

Step 5.

Generate production-ready NC code

UHF collision avoidance before production.

UHF machine simulation in a single workflow.

Benefits of Icam UHF programming software.

Reduce programming time from hours or days to minutes

Minimize collision risk

Improve machine utilization

Reduce fixture setup complexity

Support low-volume aerospace production

Increase manufacturing flexibility

Eliminate repeated simulation cycles

Generate machine and fixture-ready NC output

A more connected UHF programming workflow with Vericut.

Need to simplify UHF programming?

media gallery

Videos of Real-Life UHF Programming using Icam’s Software

Explore more Vericut products.

Vericut Verification

Vericut Force

AUTO-DIFF™

Multi-Axis

Machine Connectivity & Monitoring

Request a demo today.

Program Universal Holding  Fixture systems faster, safer and  with greater confidence using Icam UHF programming technology, now part of Vericut.

Traditional UHF programming  vs Icam UHF programming.

How Icam automates  UHF programming.

Automatically position  UHF actuators

Simulate machine and  fixture movement

Generate production-ready  NC code

UHF machine simulation  in a single workflow.

Videos of Real-Life UHF Programming  using Icam’s Software