YK5132CNC Fully Enclosed CNC Gear Shaping Machine – 320mm Precision Gear Shaper for Automotive, Aerospace & Robotics

YK5132 CNC gear shaping machine, max Ø320mm, M6, 4-axis CNC linkage, GB/T 6-7 accuracy. Fully enclosed design with safety interlock. Siemens/Fanuc optional. Factory direct.CE/ISO certification

Why the 320mm Class Is the “Sweet Spot” for CNC Gear Shaping

If you’re sourcing a CNC gear shaping machine, the first question isn’t “how big” — it’s “what size actually matches my parts.”

Go too small (Ø160–200mm class), and you’re fighting for floor space with bench-type shavers that can’t hold heavy blanks. Go too big (Ø800–1250mm, like our Y51125), and you’re over-built for the parts that dominate automotive transmissions, aerospace accessory drives, RV reducer internals, steering systems, and industrial pump gears​ — all of which cluster in the Ø120–320mm, M3–M6​ range.

The YK5132CNC​ sits exactly in that sweet spot:

• Max external / internal gear Ø: 320mm
• Max module: 6
• Max workpiece height: 250mm
• Ram stroke: up to 100mm
• Strokes/min: 20–150 stepless​ (CNC-variable, not mechanical step pulley)

That spec window covers the majority of serial-production gear blanks​ where “internal teeth + shoulder clearance + batch repeatability” matters more than raw diameter. And because this version is fully enclosed​ — safety-door interlocks, coolant-mist containment, noise suppression — it’s aimed at modern automotive & aerospace job shops​ where ISO audit, oil fog, and operator ergonomics are part of the buying checklist, not nice-to-haves.

YK5132CNC Technical Specifications

Gear Shaping vs Gear Hobbing – When You Actually Need a Shaper

This is the single most searched comparison in the category, so let’s be honest about it.

Rule of thumb:​ if your part has any internal teeth, or sits on a shoulder where a hob can’t clear, the conversation ends at “shaper.” If your part is external-only, M8+, Ø>320mm — go hobber. We stock both lines, so we’re not pushing you wrong.

What “Fully Enclosed” Really Buys You (Beyond the Brochure)

A lot of YK5132-class machines on the market are open-frame with splash guards​ — fine for old-school job shops, but a problem for two buyer types:

1. Automotive Tier suppliers & aerospace subcontractors​ — ISO 45001 / 14001 audits, oil mist limits, guarded-moving-part rules
2. Mixed-line workshops​ — the shaper sits next to a CMM, a VMC, or an assembly bench; you can’t have oil fog drifting 10 meters

The YK5132CNC enclosure solves three things at once:

• Safety door interlocks​ — ram and table won’t move with the door open. Moving reciprocating ram + rotating table = real pinch/entanglement risk; interlocks close that.
• Coolant mist containment​ — oil-mist extraction can be tied into the shop system; the cabin keeps it from becoming “general ventilation” load.
• Noise reduction​ — reciprocating cut at 80–120 strokes/min is audible; the panel + gasket set drops shop-floor dB, which matters on 2–3 shift lines.

For export markets (EU especially), “fully enclosed + interlocked” is often the difference between “quote accepted” and “safety audit rejected.”

4-Axis CNC Linkage – What It Changes on Tooth Quality

Mechanical Y51/YK5132B machines rely on change gears for index and feed. They work, but they introduce:

• Change-gear lash (especially after 12–18 months)
• Setup time (operator digging through a gear tree)
• Batch-to-batch drift when the same machine runs M3 Monday, M5 Wednesday

The YK5132CNC runs 4-axis CNC linkage:

• C-axis (table rotation)​ → closed-loop indexing, tooth-spacing consistency
• X-axis (radial infeed)​ → programmable infeed/mm or per-stroke, including rough/finish split
• Z-axis (ram position / stroke phase)​ → top-position set digitally, not feeler-gauge
• Spindle (cutter RPM)​ → servo-controlled, matched to stroke speed

Result: GB/T 6–7​ that holds across the batch, not just the first piece. For automotive Tier suppliers running PPAP-level documentation, that repeatability is what gets you through the gate.

Rigid Structure & Linear Guides – Why the Accuracy Sticks

Gear shaping is an interrupted, reciprocating cut​ — the tool hits, stops direction, hits again. That’s fundamentally harder on the structure than hobbing’s continuous roll.

YK5132CNC’s answers:

• High-ribbed cast iron bed​ — damp vibration, hold geometry under load
• Precision linear guides​ (ram guidance + table ways) — repeatable axis motion, less stick-slip than scraped box ways on light cuts
• 5.5 kW main motor​ — enough headroom for M6 roughing in 250mm face without bogging
• 4,500 kg net weight​ in a 2200×1600 footprint — mass where it matters

The practical payoff: longer cutter life, better flank finish, less “first-piece / last-piece” drift​ in a 200-piece batch.

Typical Workpieces the YK5132CNC Machines

🚗 Automotive Transmission

• Input / countershaft gears​ (external, but shoulder on one side → shaper clears better than hob)
• Reverse idler clusters​ (double-gear blank, internal + external on same hub)
• Differential side gear internals​ (small ring, M4–M5, shoulder-clearance critical)

✈️ Aerospace Accessory Drives

• Auxiliary pump drive gears​ (small ring sets, tight tolerance, low volume → CNC shaper beats a hob line on setup time)
• Actuation system pinions​ (M3–M4, thin-wall, shoulder conflict)

🤖 Robotics / RV Reducers

• RV internal ring gears​ (M4–M5, Ø180–280mm class, GB/T 6 wanted)
• Cycloidal disk indexing holes​ (sometimes shaped if profile allows, though broaching/EDM also competes — shaper wins on small batches)

🏗️ Industrial & Agricultural

• Pump gerotor rings​ (internal inviolute or modified profile)
• Steering column small gears
• Agricultural reducer planet gears​ (M5–M6, cluster blanks)

Application Industries (Short Expansion)

• Automotive & Commercial Vehicle​ – transmission, steering, differential, aux drives
• Aerospace & Defense​ – accessory gearboxes, actuation, small ring sets
• Industrial Robotics​ – RV reducers, joint drives
• Industrial Gearboxes​ – pump, compressor, conveyor drives
• Agricultural & Construction Machinery​ – reducer internals, PTO accessories

Tooling & Workholding – The Stuff Brochures Skip

A shaper is only as good as the cutter + holder + workholder triangle.

• Cutter interface:​ standard 88.9mm / 101.6mm taper-bore shank (industry-common). We can source or advise on tooth count, profile shift, and material (HSS, powder HSS, coated) based on your module and workpiece material (40Cr, 20CrMnTi, 42CrMo, cast iron).
• Radial runout:​ keeper at ≤0.01mm on the cutter seat if you want GB/T 6 consistently.
• Workholding:​ 3-jaw chuck, diaphragm chuck, or custom fixture on the Ø320-class table. Coaxiality between ID/OD and table center is half your tooth-flank result​ — we can review your blank drawing and suggest fixture approach.
• Cutter relieving:​ the YK5132CNC’s ram gives ≥0.65mm oscillating relief on return (machine-class standard), protecting flank and extending edge life.

Operation, Maintenance & Shopfloor Tips

• Stroke speed selection:​ 20–80 strokes/min for M5–M6 roughing (stable cutting, tool life); 100–150 for M3–M4 finishing / short-face parts. “Stepless” means you don’t jump from 63→80→100 in fixed steps — you dial what the cutter actually wants.
• Coolant:​ oil-based (not emulsion) for most gear shaping — the enclosed cabin + mist extraction pair with that. Tank, filter, and nozzle are part of the standard package.
• Guide & lubrication checks:​ linear guides on ram and table — grease interval ~3 months under 2-shift; log it, your GB/T 6 will hold longer.
• Accuracy re-check:​ after ~6 months of production, check tooth-spacing and profile on a first-piece from a fresh batch. If you see drift, it’s usually cutter wear or workholder repeatability, not the machine.

YK5132CNC vs Y51125 vs YK3180CNC4 – Quick Selection

📌 这一段是 silo 内链的主锚——三台机器互相指，Google 会把 wadjay.com 认成 “gear cutting equipment” 专题站而不是单页农贸。

FAQ

Q: Can the YK5132CNC cut helical gears?​

A: External helical gears yes — with a spiral (helical) guideway attachment, typical angles up to ~23°15′ for this class. Internal helicals are limited and should be evaluated case-by-case with your drawing.

Q: What accuracy can I expect?​

A: Rated GB/T 6–7. For GB/T 5–4 (premium automotive / aerospace), plan a shape + grind​ route — the shaper makes the near-net shape, the grinder closes the last 2–3 grades.

Q: What control systems are available?​

A: Standard quote includes GDS​ (cost-effective, widely supported in CN export market); Siemens​ and Fanuc​ optional if your plant already runs those ecosystems (spare parts, programmer familiarity).

Q: What’s the footprint and foundation need?​

A: 2200×1600×2200mm, ~4,500 kg. Reinforced concrete pad, tie-downs; no pit required. Fits most VMC-level shop floors.

Q: How does “fully enclosed” affect chip/coolant handling?​

A: Chips drop into the base tank; coolant is pumped, filtered, re-circulated. Enclosure keeps mist in, so you can tie it to a shop-wide oil-mist extractor if needed.

Q: What info do you need to quote?​

A: Gear drawing (OD/ID/M/face/material) + batch size + your voltage/standard + preferred CNC (Siemens/Fanuc/GDS). We return layout drawing + config + price + lead time.