SolidCAM Reviews & Pricing

by SolidCAM | Founded 1984, Newton, PA

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Overview Pricing Benefits Reviews Features

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What is SolidCAM?

Industry Specialties: Aerospace, automotive, electronics, energy, job shops, machine building, medical and more

SolidCAM is an on-premise computer-aided manufacturing (CAM) program that handles and governs CNC milling procedures. It permits users to merge with other CAM and computer-aided design (CAD) interfaces and offers diverse tools to streamline milling and turning operations.

High-speed surface machining, 2.5D machining, mold machining, solid probe and turning are a few of its unique features.

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User Sentiment

Based on 16 reviews:

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SolidCAM Pricing

Based on our most recent analysis, SolidCAM pricing starts at $1,600 (Monthly).

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Starting From: $1,600
Pricing Model: Monthly
Free Trial: Yes, Request for Free

Training Resources

SolidCAM is supported with the following types of training:

Documentation
In Person
Live Online
Videos
Webinars

Support

The following support services are available for SolidCAM:

Email
Phone
Chat
FAQ
Forum
Help Desk
Knowledge Base
Tickets
Training
24/7 Live Support

SolidCAM Benefits and Insights

Why use SolidCAM?

Key differentiators & advantages of SolidCAM

Improve Cutting Conditions: Implement the iMachining Technology Wizard to determine cutting statuses on an iMachining toolpath. Users may obtain cutting speeds based on the toolpath, stock, tool material and machine qualities, helping to improve the overall process.
Find and Group Holes: Find and gather solid model holes of diverse interiors and even consider changing the overall shape with the drill recognition attribute, relieving hassle and saving time in finding the right holes.
Quickly Locate Pockets: Pinpoint every pocket on a computer-aided design (CAD) model accurately instead of guessing where they are, saving time and boosting productivity via the pocket recognition appliance.
Several 5-Axis Cutting Techniques: Choose from multiple 5-axis cutting tactics for simple and intricate shapes instead of only having finite choices. Obtain life-like 3D machine simulations with complete collision and axis limits checking to prevent collisions and exceeding axis capacities.
Rough on Complicated Shapes: Leverage the multi-blade machining with impellers and bladed disks, which can perform several rough and finish approaches on the most intricate shapes and products.

Industry Expertise

Dr. Emil Somekh launched SolidCAM in 1984. It integrates with other significant CAD and CAM solutions such as SOLIDWORKS and Autodesk Inventor. This partnership helped SolidCAM grow as an effective leader for merged CAM programs and one of the top accessible CAM systems. Its industries include electronics, aerospace, machine building, medical and more.

SolidCAM Reviews

Average customer reviews & user sentiment summary for SolidCAM:

16 reviews

88%

of users would recommend this product

Synopsis of User Ratings and Reviews

Based on an aggregate of SolidCAM reviews taken from the sources above, the following pros & cons have been curated by a SelectHub Market Analyst.

Pros

Intuitive Interface: Many users find SolidCAM easy to learn and use, even with limited prior CAD/CAM experience. They appreciate the logical layout and clear icons, which streamline the workflow.
Seamless SOLIDWORKS Integration: Being fully integrated with SOLIDWORKS, SolidCAM allows users to stay within a familiar environment, eliminating the need to import/export files and reducing the risk of errors.
Powerful Toolpath Strategies: SolidCAM offers a wide range of advanced toolpath strategies, including iMachining, that help users optimize cutting paths for speed and efficiency, resulting in shorter machining times and extended tool life.

Cons

Frequent Software Updates: Users have reported frequent software updates, sometimes requiring relearning aspects of the software with each update.
Post Processor Issues: Some users have expressed frustration with post processors, citing difficulties in getting them to function correctly and inconsistencies between the simulated output and the actual machine output.
Learning Curve: SolidCAM is a feature-rich program, which can lead to a steeper learning curve for new users who may find the software complex to navigate initially.

Researcher's Summary:

Is SolidCAM a rock solid choice for your manufacturing needs? User reviews from the past year suggest that it can be, but it depends on what you're looking for. Many users praise SolidCAM's seamless integration with Solidworks, which streamlines the design-to-manufacturing process. They find this integration far superior to other CAM software that requires exporting and importing files between programs, saving time and reducing errors. However, some users express frustration with the software's steep learning curve, particularly for those unfamiliar with CAM software in general. They point to the complexity of some features and the lack of intuitive tutorials as major drawbacks.

Despite these challenges, many users highlight SolidCAM's powerful toolpath generation capabilities as a major strength, allowing for precise and efficient machining. They specifically appreciate the software's advanced options for 3D milling and turning, which enable them to create complex parts with ease. SolidCAM seems best suited for experienced machinists and companies already invested in the Solidworks ecosystem. Its tight integration with Solidworks, coupled with its powerful toolpath generation, makes it a compelling choice for those seeking a streamlined and efficient workflow. However, newcomers to CAM software may find the learning curve daunting and might be better served by more user-friendly alternatives.

Key Features

2.5D Machining: Draft 2.5D CNC milling toolpaths that possess hands-on control and feature recognition inside the CAD program. This apparatus also offers a cycle toolbox with pre-set operations for slots, bosses, corners and more.
Automatic Feature Recognition and Machining (AFRM): Match the 2.5D milling features and other responsive and automated tools, including pocket recognition, automatic hole recognition and machining, hole wizard and more.
High-Speed Surface Machining (HSS): Perform undercuts and surface area machining with regular and shaped tools such as tapered, lollipop and T-slot with the HSS trait. This component also boosts surface quality.
3D High-Speed Machining (HSM): Dodge sharp angles on toolpaths and execute non-machining maneuvers with the HSM appliance. Users can also utilize HSM 3D machining to specify slope angles or machining boundaries.
Indexial Multi-Axis Machining: Supervise crucial data for every tool's preference and program on various sides of a part.
Mold Machining: Ensure proper toolpath qualities and fidelities when working on a CAD model. Prevent collisions by automatically revising iMachining's toolpath.
Turning: Obtain available models or add intricate structures to diverse fixture libraries. Users may also choose from numerous turning styles such as balanced roughing, angled grooving, manual turning, fourth-axis simulated turning, multi-turret synchronization and more.

Limitations

This platform is a robust solution, but some user feedback points to lackluster editing toolpaths and lacking smooth counters in tool edge profiles. The known limitations at the time of this review's publication include: