Few machine categories show a wider price spread than broaching. Search broaching machine price and you will find everything from a manual arbor press under $500 to six-figure automated production lines — three orders of magnitude between machines that, at a glance, all “cut keyways.” That spread is not noise. It maps directly to tonnage, stroke length, drive technology, control capability, and automation — and once you understand the mapping, you can read any listing or quotation and know exactly what you are, and are not, paying for.
A quick note on scope. Our companion guide on the used vs new broaching machine decision covers market channels, inspection risk, and total cost of ownership. This guide covers the price structure itself: what each tier of machine costs, the six factors that drive the number up or down, the tooling and hidden costs that sit behind the sticker price, and a workflow for building a defensible budget before you send a single RFQ.
Prices cited below are marketplace-listed figures from public dealer and marketplace listings, noted as such, plus magnitude ranges where no reliable public figure exists. Treat every number here as orientation for budgeting — real pricing is always calculated against your part drawings.
Broaching Machine Price Ranges at a Glance
The table below is the short version of this entire guide. Five tiers cover the practical market, from benchtop manual setups to dedicated production lines:
| Tier | What you get | Price band | Market reference |
|---|---|---|---|
| Manual benchtop (arbor press + broach set) | Hand-lever press with catalog keyway broaches; light, low-volume work | Under ~$1,000 | eBay manual press and arbor listings under $500 (marketplace-listed) |
| Small hydraulic vertical, new | ~10-ton class; single-stroke keyway and slot work | ~$15,000–$25,000 | New listings from Omni start at $15,500; Nargesa BM25 10-ton hydraulic vertical listed at $22,806 (marketplace-listed) |
| Used production machines | Vertical and horizontal machines from established builders | Roughly $10,000–$80,000 | Exapro used listings span €8,000–€80,000; Ekin horizontals commonly $10,000–$30,000; a Mohawk used listing example at $59,500 (marketplace-listed) |
| New mid-size production machines | Purpose-specified tonnage, stroke, and PLC control | Upper five figures | Magnitude — quotation against your specification required |
| Large CNC, servo, and dedicated lines | Multi-station indexing, automated part handling, custom cells | Six figures | Magnitude — engineered project, quotation required |
Three readings worth taking from this table. First, the under-$1,000 tier is not really the machine-tool market at all — manual arbor setups are workshop tools, adequate for occasional light keyways but not for production. The real entry point for an industrial broaching machine price is the small hydraulic vertical at roughly the $20,000 mark, where a 10-ton class machine listed new at $22,806 is a representative data point, not an outlier.
Second, the used market’s enormous range — €8,000 to €80,000 on one marketplace alone — is not inconsistency; it is tonnage, condition, brand, and included tooling expressing themselves through price. Third, the top tiers are priced as engineered capability, not catalog items: once you specify servo drives, CNC control, or automated handling, the machine is quoted as a project against your parts.
The Six Factors That Drive Broaching Machine Price
Whether the machine is new or used, Chinese or European, every broaching machine price decomposes into the same six variables. Learn them once and every quotation becomes readable.
1. Tonnage
Tonnage is the first pricing axis. The structure, hydraulic cylinder, pump, and motor all scale with rated force, so price steps up as machines cross tonnage classes — not smoothly, but in plateaus. Your required tonnage is determined by the workpiece material, the width of the profile being cut, and the rise per tooth of the broach; it is a calculable number, not a preference. Run the calculation before you shop — our broaching machine tonnage guide walks through it step by step — and then buy the class that fits with margin, rather than paying for force you will never apply.
2. Stroke length
Stroke is the second axis, and it is dictated by a simple sum: broach length plus workpiece length plus overtravel. A longer stroke means a longer bed or a taller column, which means more casting, more structure, and a larger machine footprint. This is why two machines with identical tonnage can sit a price tier apart, and why a stroke that is a few inches too short makes any machine worthless for your parts — always check stroke against the full broach length your largest part requires, not just the part itself.
3. Drive technology: hydraulic vs servo
Hydraulic drives are the industry baseline and the most cost-efficient way to deliver high force, which is why most mainstream machines — and most of the market evidence in the table above — are hydraulic. Servo-electric broaching machines command a premium at comparable force: in exchange, you get precise programmable control of speed and position over the stroke, cleaner operation without hydraulic oil, lower energy consumption, and easier integration into automated cells. For the majority of keyway and internal-profile work, a hydraulic broaching machine price remains the value benchmark; servo earns its premium in precision, short-stroke, and cleanroom-adjacent applications.
4. Control system ladder
Controls climb a three-rung ladder, and the price climbs with them. Relay logic is the cheapest and increasingly legacy — functional, but with a spare-parts cliff waiting years down the road. A modern PLC is today’s standard: programmable cycles, diagnostics, and safety-circuit integration. Full CNC control adds multi-axis coordination, tool management, and statistical interfaces, at a meaningful step up in electrical and engineering cost. Each rung is a genuine price tier, so specify the control your production actually requires rather than the one with the best specification sheet.
5. Automation and material handling
Manual load and unload is the baseline. From there — pneumatic part shuttle, multi-station rotary table, robotic loading, in-line gauging — each layer adds cost, and automation options are frequently what carry a machine from five figures into six. The honest evaluation metric is annual volume and target cycle time: automation that amortizes across hundreds of thousands of parts is cheap; automation that idles across a five-figure annual volume is expensive decoration. Define the throughput first, then let it dictate the automation scope.
6. Brand and country of origin
Brand premium is real and it buys something specific: support networks, documented spare-parts availability, delivery certainty, and residual value. Established builders such as Karl Klink and Nachi command premium pricing in both the new and used markets. Chinese manufacturers sit at the other end of the same spectrum, with pricing built on a different cost structure; we assess that route on its merits later in this guide. Between them, price differences at identical specification are largely a statement about support, risk, and resale — factors worth paying for on a main production line, and worth questioning on auxiliary capacity.
New vs Used: The Price Gap in Brief
Used machines trade at deep discounts to their original new price — a machine that represented a six-figure capital line when new routinely surfaces in the five figures on dealer and marketplace listings. The used evidence cited above, from Ekin horizontals commonly listed at $10,000–$30,000 to high-specification used units at the top of Exapro’s €80,000 range, shows both the size of the discount and its variance. What the discount hides is a risk budget: re-commissioning, control upgrades, and spare-parts exposure live in exactly that gap between the used price and the new price.
Whether that trade is right for your shop is a decision question, not a price question — it depends on the machine’s production role, your maintenance capability, and your downtime tolerance. We work through that decision in full, with an inspection checklist and a five-year total-cost-of-ownership framework, in our guide to the used vs new broaching machine decision.
The Hidden Costs Behind the Sticker Price
The machine price is one line in a capital project. Buyers who budget only against the quotation get surprised by the rest of the project. Six cost categories routinely sit behind the sticker:
- Broach tooling. The cutting tools are a separate, part-specific capital asset — significant enough that we give them their own section below.
- Fixtures and workholding. Each part family needs its own locating and clamping fixture, designed and machined to tolerance. Multiple parts mean multiple fixtures.
- Installation and commissioning. Rigging, foundation work for larger tonnage machines, electrical supply upgrades, alignment, and test-cut acceptance all bill against the project, not the machine.
- Spare parts and wear items. Seal kits, filters, hydraulic oil, and wear plates are consumables with a schedule. A documented spare-parts list at purchase is cheaper than an emergency search later.
- Freight, duty, and import costs. For an imported machine: ocean freight, insurance, customs duty, port handling, and inland transport to your floor. On internationally sourced machines these can move the total by a double-digit percentage — budget them explicitly.
- Training and acceptance. Operator and maintenance training, plus a witnessed test cut on your parts before sign-off, protect the entire investment.
A practical budgeting discipline: build the project as three columns — machine, tooling, and landed installation — rather than one number. The tooling column is the one most often underestimated, so it deserves its own treatment.
Broach Tooling: The Cost That Can Rival the Machine
Broaching inverts normal machine-tool economics: the cutter is a dedicated asset per workpiece profile. Standard keyway broaches are catalog items — sized by keyway width and ordered against a table — and represent the entry cost of tooling. Custom broaches for splines, hexagons, or irregular internal profiles must be designed and ground to your part drawing, with design engineering and test cuts built into the price; expect custom tooling to run an order of magnitude above catalog keyway tooling. A serious operation running several part families accumulates a rack of broaches whose total value can approach the machine’s.
The amortization logic is what makes the number manageable. A broach is not consumed in one use — it can be sharpened multiple times, each regrind restoring cutting capability, so the true cost per part is the total ownership cost of the tooling divided by the parts it cuts over its full life. At high volume, even an expensive custom spline broach amortizes to cents per part. At low volume, the same broach is pure capital at rest — which is why tooling strategy should be decided from annual volume, not from the machine purchase alone.
Two references carry the detail: our guide to broach tools covers selection and sizing, and the complete guide to broaches is the full technical reference, including reconditioning economics.
Sourcing from China: Where the Price Advantage Comes From
Chinese broaching machine manufacturers quote meaningfully below Western builders at comparable specification, and the advantage is structural rather than promotional: a mature domestic supply chain for castings, hydraulic components, and machine-tool elements, plus engineering teams accustomed to building custom tonnage, stroke, and control configurations around customer part drawings rather than a fixed catalog. The price you see reflects that cost structure — it is not a discount against a “real” price elsewhere.
Reading those quotations requires commercial literacy. FOB means you take responsibility and cost for freight and insurance from the port of loading; CIF covers freight to your destination port but typically excludes duties, inland transport, and installation. Comparing a Chinese FOB quote against a domestic delivered quote is meaningless until both are normalized to landed cost at your dock — machine price plus freight, insurance, duty, and inland transport.
The verification practices that separate serious exporters from the rest — pre-shipment test cuts on your sample parts, third-party inspection, spare-parts commitments in writing — are the same ones any buyer should demand from any builder. We cover the full assessment framework, including the FOB and CIF terms in detail, in the China-sourcing section of our used vs new broaching machine guide.
A Budgeting Workflow: From Part Drawing to Quotation
Price questions resolve fastest when they are asked in the right order. The workflow:
- Define the part. Collect the workpiece drawing, material and hardness, the profile to be broached, required tolerances, annual volume, and target cycle time. Everything downstream is calculated from this.
- Calculate tonnage. Convert material strength, cut width, and rise per tooth into a force requirement, then add margin. The tonnage calculation guide works the arithmetic with examples.
- Match the machine type. Tonnage plus stroke plus volume point to a machine class — and the selection criteria are systematic, not brand-driven. Our how to choose the right broaching machine guide maps the decision.
- Collect comparable quotes. Send one specification to several suppliers and let the differences explain themselves.
What a complete RFQ should contain
- Part drawings and material specification
- Required tonnage and stroke — or the data for the supplier to calculate them
- Annual volume and target cycle time
- Control requirement (PLC or CNC) and automation scope
- Existing broach interfaces, if you hold legacy tooling
- Commercial terms: FOB or CIF, warranty, spare-parts policy, test-cut acceptance conditions
A supplier who responds to this package with a tonnage and stroke proposal is doing engineering; one who responds with a catalog price alone is doing sales. The quotation quality is itself a due-diligence signal.
Frequently Asked Questions
What is a broaching machine used for?
Broaching machines cut internal and external profiles in a single linear pass: keyways in gear and pulley bores, splines, hexagon and square sockets, irregular internal shapes, and surface profiles on flat parts. Because the entire profile is formed in one stroke by a multi-tooth broach, broaching delivers high throughput and repeatable accuracy on production volumes of the same part — which is why it dominates keyway and spline work in automotive, agricultural equipment, and general machining.
What are the main types of broaching machines?
The main families are vertical broaching machines (pull-up, pull-down, and push configurations — the most common choice for internal work), horizontal broaching machines (long-stroke work and larger parts), surface broaching machines (external profiles on flat faces), and rotary broaching, which cuts polygons on lathes and turn-mill centers rather than on a dedicated broaching machine. The vertical broaching machine guide covers the most popular family in depth.
Who are the leading broaching machine manufacturers?
Established names include German builders such as Karl Klink, Japanese manufacturers such as Nachi, and European builders such as Ekin — all of which appear throughout the used-marketplace listings cited in this guide, typically at premium prices. Chinese manufacturers have become a major force in new machines on cost-structure advantages, and specialty builders serve niches such as keyseaters and rotary tooling. Fit and support track the individual manufacturer far more than the country of origin.
How much does a broaching machine cost?
By tier: manual benchtop setups under about $1,000; new small hydraulic vertical machines around $15,000–$25,000 (marketplace listings from $15,500, with a 10-ton hydraulic vertical listed at $22,806); used production machines roughly $10,000–$80,000 depending on tonnage, brand, and condition; new mid-size production machines in the upper five figures; and large CNC or automated lines in the six figures. The productive next step is not to browse the range but to narrow it — calculate your tonnage and stroke, then collect quotes against that specification.
Get a Budget Built Around Your Parts
A price range on a website can only orient you; a number you can budget against comes from your workpiece. Send us your part drawings and material specification and we will return a free tonnage and stroke calculation with a machine recommendation and quotation — whether that ends in a purchase from our broaching machine line or somewhere else entirely. Start with the tonnage calculation guide to see the arithmetic yourself, or send the drawings directly and let us run it for you.
