If your shop programs CNC toolpaths with HSMWorks inside SOLIDWORKS, the calendar just got real. Autodesk has confirmed HSMWorks end of sale and set a hard end-of-life date of March 25, 2028. After that date, customers will no longer be able to download, access, or use HSMWorks — even if a parent Fusion subscription continues.
This guide is for SOLIDWORKS-centric manufacturers who need a clear next step: what the EOL means, what to look for in a replacement, how CAMWorks and SOLIDWORKS CAM compare to HSMWorks (and to Autodesk’s Fusion transition path), and how Hawk Ridge Systems helps teams keep cutting parts while they switch.
Key Takeaways
- HSMWorks end of sale took effect March 25, 2025 — new commercial seats are no longer available.
- HSMWorks end of life is March 25, 2028. After that date, Autodesk states you can no longer download, access, or use the product.
- Autodesk’s recommended path is Autodesk Fusion. Shops that want to stay in SOLIDWORKS typically evaluate CAMWorks and SOLIDWORKS CAM.
- Plan on rebuilding toolpaths if you move to CAMWorks or SOLIDWORKS CAM — HSMWorks CAM data is not a drop-in import into those products. Autodesk’s Fusion path documents carry-over of setups, toolpaths, libraries, posts, and templates (with possible tweaks) — still budget prove-out time.
- Use the comparison table below to match milling, turning, associativity, and learning-curve needs before you pick a path.
What Does HSMWorks End of Life Mean?
Short answer: You can keep using HSMWorks only if you already have a valid entitlement — and only until March 25, 2028.
According to Autodesk’s HSMWorks product page:
- As of March 25, 2025, HSMWorks was removed as an entitlement from new commercial Autodesk Fusion subscriptions (and from offerings that included Fusion).
- Commercial subscribers who purchased before that date can continue to download and use HSMWorks until March 25, 2028.
- On that EOL date, the entitlement is removed from customer accounts. Afterward, customers can no longer download, access, or use HSMWorks.
- Flex access remains available until the same EOL date, then stops.
The practical takeaway matches Autodesk’s FAQ: HSMWorks is near end of life and can no longer be purchased as a new commercial seat. If you do not already have access, you cannot buy a fresh HSMWorks license — so there is no new-seat path to plan around 2028.
Practically, that means:
- Inventory your seats and posts. Know who still opens HSMWorks daily, which machines those posts drive, and which libraries or templates you rely on.
- Budget prove-out time. Tool libraries may export in formats Fusion understands (for example,
.hsmlib). Autodesk documents toolpath carry-over into Fusion (with possible tweaks); moving to CAMWorks or SOLIDWORKS CAM usually means rebuilding toolpaths in the new system. - Choose the CAD home you want for the next decade. Autodesk’s path centers on Fusion. Hawk Ridge Systems’ path for SOLIDWORKS shops centers on CAMWorks and SOLIDWORKS CAM — both running natively inside SOLIDWORKS.
Autodesk’s published manufacturing path for HSMWorks customers is Fusion, and Autodesk is retiring HSMWorks on a fixed schedule. That is a legitimate option for some teams. Many SOLIDWORKS shops, though, want CAM that stays associative with the same SOLIDWORKS models, PDM vault, and drawing environment they already trust.
What Should You Look for in an HSMWorks Alternative?
Short answer: Match milling and turning depth, SOLIDWORKS associativity, knowledge capture, and how fast your programmers can become productive again.
HSMWorks earned its place as embedded CAM for SOLIDWORKS with 2.5- to 5-axis milling, turning, and mill-turn workflows. A credible alternative should cover the jobs you actually ship.
Evaluate these criteria:
Milling Parity
- 2.5-axis prismatic work (plates, pockets, holes)
- 3-axis surfacing and high-efficiency roughing
- 3+2 positioning and, where needed, simultaneous 5-axis
- Rest machining, holder checking, and collision awareness for the machines you own
Turning and Mill-Turn Parity
- OD/ID rough and finish, grooving, threading, cutoff
- Live tooling and C-/Y-axis work if your lathes need it
- Sub-spindle / multi-channel programming for production mill-turn cells
Associativity With SOLIDWORKS
When design changes (or an ECO lands mid-job), toolpaths should update with the model — not force a full rewrite from a disconnected CAM file. That design-to-manufacture loop is the core of Hawk Ridge Systems’ Design to Manufacturing approach.
Knowledge Capture and Learning Curve
Can your best practices — tools, feeds, strategies, feature rules — live in a shared database so new programmers inherit the shop’s standards? Coming from HSMWorks, look for a UI that still feels like “CAM inside SOLIDWORKS,” plus training that gets first good parts cut quickly.
Shop-Floor Continuity
Operators still need clear, current manufacturing data at the machine. Solutions that pair programming with shop-floor model access (and optional machine simulation) reduce paper-chasing and prove-out risk.
HSMWorks vs CAMWorks vs SOLIDWORKS CAM vs Fusion
Short answer: Stay in SOLIDWORKS with CAMWorks (full CNC depth) or SOLIDWORKS CAM (entry/mid); take Autodesk’s Fusion path if you want Autodesk’s cloud CAD/CAM platform.
Lean on this comparison when you brief leadership or programmers. Capabilities vary by package level — use it as a decision map, then confirm the exact license tier against your machine list.
| Criterion | HSMWorks (current) | CAMWorks | SOLIDWORKS CAM | Autodesk Fusion path |
|---|---|---|---|---|
| CAD environment | Embedded in SOLIDWORKS | Fully integrated in SOLIDWORKS | Native in SOLIDWORKS | Autodesk Fusion (cloud-centric CAD/CAM) |
| Commercial status | End of sale (Mar 25, 2025); EOL Mar 25, 2028 | Actively sold & supported | Actively sold; Standard included with active SOLIDWORKS subscription | Actively sold; Autodesk’s recommended HSMWorks transition |
| Typical milling depth | 2.5- to 5-axis (per Autodesk) | 2.5- through simultaneous 5-axis (by package) | Standard: 2.5-axis; Professional adds high-efficiency roughing (VoluMill), 3+2 indexing | Broad milling in Fusion Manufacture, including multi-axis options |
| Typical turning / mill-turn | Turning and mill-turn (per Autodesk) | Turning, mill-turn, sub-spindle / advanced lathe options (by package) | Professional adds turning for parts/assemblies | Turning and mill-turn in Fusion Manufacture |
| Associativity with SOLIDWORKS models | Yes (embedded) | Yes — model changes update toolpaths | Yes — model changes update toolpaths | Requires moving (or syncing) design work into Fusion; not SOLIDWORKS-native CAM |
| Knowledge / standards library | HSM-style templates & libraries | Technology Database (TechDB) for tools, strategies, best practices | Same TechDB foundation (shared CAMWorks technology) | Fusion tool libraries & templates; HSM tool libraries can import (e.g. .hsmlib) |
| Automatic feature recognition | Feature-based workflows | Automatic Feature Recognition (AFR) + knowledge-based machining | AFR + rules-based / knowledge-based machining | Feature and geometry-driven Manufacture workflows |
| Shop-floor / verification add-ons | Within HSMWorks / Autodesk stack | CAMWorks ShopFloor; pairs with Eureka machine simulation | Same technology family; escalate to CAMWorks when you outgrow the tier | Fusion design/manufacture collaboration; separate from SOLIDWORKS PDM |
| Learning curve from HSMWorks | — | Moderate: still CAM inside SOLIDWORKS; new TechDB / AFR habits | Lower for 2.5-axis SOLIDWORKS users; same UI family as CAMWorks | Higher if the team must leave SOLIDWORKS for day-to-day CAD/CAM |
| Best fit | Legacy HSMWorks shops until 2028 | Production CNC shops that want to stay in SOLIDWORKS with deep mill/turn | Teams starting CAM on every SOLIDWORKS seat, or prismatic / lighter turning work | Teams standardizing on Autodesk Fusion end-to-end |
For a deeper look at how the SOLIDWORKS-native options accelerate programming day to day, see 5 Ways CAMWorks and SOLIDWORKS CAM Accelerate CNC Machining and 3 Ways to Fight Rising Costs and Labor Challenges in Manufacturing.
Why CAMWorks Fits Many Ex-HSMWorks SOLIDWORKS Shops
Short answer: CAMWorks keeps CNC programming inside SOLIDWORKS, adds production-depth milling and turning, and captures shop standards in the TechDB.
CAMWorks is a full CNC programming platform for SOLIDWORKS that Hawk Ridge Systems sells and supports. It builds on the same technology family as SOLIDWORKS CAM, so you can start lighter and grow into advanced packages without throwing away data.
Design Associativity That Survives ECOs
CAMWorks stores manufacturing data with the SOLIDWORKS model. When geometry changes, toolpaths and operations update instead of becoming orphaned CAM files. Speedway Motors described that loop clearly while prototyping: model tweaks automatically updated CAMWorks toolpaths, which saved time across iterations.
TechDB — Your Shop’s Machining Memory
The Technology Database (TechDB) stores machines, tool cribs, feeds and speeds, and feature strategies so programmers reuse proven methods instead of reinventing every job. That is how shops pass standards to the next hire — a point Hawk Ridge Systems covers in how to set up your tool crib in SOLIDWORKS CAM and in broader CAD + CAM automation workflows.
Lucas Prucha, CNC Department Supervisor at Speedway Motors, put the productivity side this way:
“VoluMill high-speed machining drastically cuts down the length of cycle times, which enables us to mill more parts in less time. It also extends the life of a tool, whether a tool is made of aluminum or steel. In short, CAMWorks solutions are helping us to boost productivity and reduce costs in our manufacturing operations.”
Milling and Turning Depth
Depending on package level, CAMWorks extends from the 2.5-axis foundation into 3-axis surfacing, 4-/5-axis positioning and simultaneous milling, advanced turning, mill-turn, and sub-spindle programming — with options such as VoluMill / VoluTurn for high-efficiency toolpaths. That maps closely to the milling and turning breadth HSMWorks users expect, while staying in SOLIDWORKS.
ShopFloor and Machine Simulation
CAMWorks ShopFloor gives production personnel model and job access without calling engineering for every section view or detail. Jason St. Pierre, Machine Shop Supervisor at Decimal Engineering, Inc., described the shift:
“Everything related to a job is now accessible from the shop floor. This gives production personnel access to the information that they need — through CAMWorks ShopFloor — without having to call engineering… Ultimately, the move to CAMWorks has helped us to shorten lead times while improving quality and surface finishes at the same time.”
For prove-out before metal, Hawk Ridge Systems pairs CAMWorks with Eureka machine simulation — including G-code-level digital twins — so collisions get caught offline.
Real Shops, Real Pace
Teams that live in SOLIDWORKS often care as much about cycle time from idea to first article as they do about any single strategy. Corey Kausch, President of RPG Off-Road, summarized their integrated stack this way:
“We can simply go from design to manufacturing in an hour. That’s what we’ve gotten SOLIDWORKS and CAMWorks down to.”
When Is SOLIDWORKS CAM Enough?
Short answer: Use SOLIDWORKS CAM when you need capable 2.5-axis (and Professional turning / VoluMill) on every SOLIDWORKS seat — then step up to CAMWorks when multi-axis or advanced mill-turn demands it.
SOLIDWORKS CAM is powered by CAMWorks technology and runs natively in SOLIDWORKS. SOLIDWORKS CAM Standard is included when your SOLIDWORKS license is active on subscription. It focuses on rules-based machining, Automatic Feature Recognition, and associative 2.5-axis milling that covers a large share of prismatic CNC work.
SOLIDWORKS CAM Professional adds capabilities such as VoluMill high-efficiency roughing, turning, assembly machining, and 3+2 indexing — a practical middle tier for many job shops.
Choose SOLIDWORKS CAM when:
- Most work is 2.5-axis milling (and Professional-level turning if licensed)
- You want CAM available to design engineers for DFM feedback, not only to dedicated programmers
- You expect to grow into CAMWorks later without redoing the technology foundation — part data, TechDB content, and posts are designed to move up the same family
Step up to CAMWorks when you need deeper 3- to 5-axis milling, richer mill-turn / sub-spindle programming, Wire EDM, ShopFloor, or heavier automation around production cells.
For a fast orientation, watch Hawk Ridge Systems’ Introduction to SOLIDWORKS CAM.
How Hawk Ridge Systems Helps With the Transition
Short answer: Implementation, TechDB and post setup, CAM training, and ongoing support — so the learning curve does not stall the spindles.
Switching CAM is not a weekend license swap. Hawk Ridge Systems treats it as a manufacturing workflow project:
- CAMWorks implementation — TechDB capture, machine definitions, and environment setup so standards land in the database, not in one programmer’s head
- Post-processor strategy — free or customized posts for the machines you run, with ongoing support when Hawk Ridge Systems supplies the post
- CAMWorks training — instructor-led, self-paced, and private options built around how your shop actually cuts parts
- On-demand learning — SolidProfessor content through Hawk Ridge Systems training and CAMWorks subscription plans
- Machine simulation with Eureka — verify posted code before it reaches expensive spindles
- Broader services — from implementation services to CAM optimization and CNC support when you need extra hands
The goal is simple: shorten the gap between “HSMWorks is going away” and “we are shipping parts on the new stack.”
FAQ: HSMWorks Discontinued and What to Do Next
When is HSMWorks end of life?
March 25, 2028. Autodesk states that on that date HSMWorks is retired, entitlements are removed, and customers can no longer download, access, or use the product.
Can I still buy HSMWorks?
No — not as a new commercial purchase. As of March 25, 2025, HSMWorks was removed from new commercial Fusion (and related) subscriptions. Existing entitled users may continue until the 2028 EOL date; Flex access also ends on that date.
Do I have to switch to Autodesk Fusion when HSMWorks ends?
No. Autodesk’s published transition path is Fusion, and that is a legitimate option if your company is standardizing on Autodesk’s platform. SOLIDWORKS shops that want CAM to stay associative with their SOLIDWORKS models, PDM vault, and drawings typically evaluate CAMWorks or SOLIDWORKS CAM instead — both run natively inside SOLIDWORKS. Hawk Ridge Systems sells and supports those SOLIDWORKS-native options and can help you map packages, posts, and training before the 2028 cutoff.
Will my HSMWorks toolpaths transfer to CAMWorks or SOLIDWORKS CAM?
No — plan on rebuilding toolpaths in CAMWorks or SOLIDWORKS CAM. HSMWorks CAM data is not a drop-in import into those products. If you follow Autodesk’s Fusion path, Autodesk documents carry-over of setups, toolpaths, libraries (for example .hsmlib), posts, and templates, with possible tweaks — still budget prove-out time. Hawk Ridge Systems can help with TechDB setup, posts, and training so the rebuild lands on shop standards instead of one-off habits.
What is the best HSMWorks alternative for SOLIDWORKS users?
If you want to stay inside SOLIDWORKS, evaluate CAMWorks for production-depth milling and turning, or SOLIDWORKS CAM for entry-to-mid needs that share the same technology foundation. Autodesk’s published transition path is Fusion, which is the right conversation when your company is standardizing on Autodesk’s platform rather than SOLIDWORKS-native CAM.
What is the difference between CAMWorks and SOLIDWORKS CAM?
SOLIDWORKS CAM provides essential associative CAM — Standard focuses on 2.5-axis milling; Professional adds options such as VoluMill, turning, and assembly machining. CAMWorks builds on that foundation with advanced milling (up to simultaneous 5-axis, depending on package), deeper turning / mill-turn / sub-spindle tools, and production add-ons. Data and TechDB content are designed to be compatible as you move up.
How hard is the learning curve from HSMWorks to CAMWorks or SOLIDWORKS CAM?
Expect a moderate learning curve, not a clean-sheet CAM education. You remain in the SOLIDWORKS interface, but feature recognition, TechDB rules, and operation trees differ from HSMWorks habits. Most teams ramp fastest with structured CAMWorks training plus a guided TechDB / post implementation rather than unsupervised trial-and-error on customer jobs.
Does CAMWorks cover the milling and turning work HSMWorks handled?
For typical HSMWorks milling and turning scopes — 2.5- through multi-axis milling, turning, and mill-turn — CAMWorks packages are built to cover and extend that ground inside SOLIDWORKS. Confirm the exact package against your axis counts, sub-spindle needs, and posts. SOLIDWORKS CAM covers a large share of 2.5-axis (and Professional turning) work; escalate when you need the deeper CAMWorks tiers.
How does Hawk Ridge Systems help during an HSMWorks transition?
Hawk Ridge Systems helps with CAM selection, CAMWorks / SOLIDWORKS CAM licensing, TechDB and post-processor implementation, training, Eureka simulation, and ongoing technical support so programmers stay productive while the shop retires HSMWorks on a controlled timeline.
Plan the Move Before 2028 — Not During a Hot Job
HSMWorks got many SOLIDWORKS shops from model to G-code without leaving their CAD home. That chapter is closing on a published Autodesk schedule: no new purchases today, and no access after March 25, 2028.
You still have time to choose deliberately — Fusion if you are committing to Autodesk’s platform, or CAMWorks / SOLIDWORKS CAM if SOLIDWORKS remains the system of record for design and manufacturing data.
When you are ready to map machines, packages, training, and a cutover plan, talk to the Hawk Ridge Systems team.
