Turn-mill & universal lathes, 42 mm bar to 110 mm bore.

A turn-mill center holds the work in a chuck and brings driven tooling to it — often with a Y axis to mill off centerline, and on some machines a B axis to work at any angle. Where a Swiss lathe is built around long slender bar, a turn-mill is built around larger diameters, heavier cuts and complete front-and-back machining.

LOMA supplies seven GenTurn turn-mill machines, five of them built in Japan by Hasegawa Machine Works. Twin opposed spindles across the range, live turrets from 12 to 32 stations, and options that include a nine-axis B-axis machine and a twin-turret center with an integrated gantry loader.

For shaft work and bigger diameters, the Spinner TC universal lathes: the TC610L long-bed with CNC tailstock and steady rest, and the heavy TC800 with an 800 mm swing and 110 mm bore.

CW52MY GIIGantry loader built in

Twin turret, dual Y, and the automation inside the machine

CW52MY GII — Twin turret, dual Y, and the automation inside the machine
CW52MY GII
Hasegawa · continuous unattended production

Everything the CW52 MY does, with a three-axis rack-and-pinion gantry loader running overhead. It reaches both spindles, rotates the gripper under motor control, and handles workpieces to 3 kg. Because it is overhead, you give up no floor space beside the machine and have no cell to fence. Fanuc OiTF Plus control with Marposs motorised tool setters. Made in Japan.

Bar capacity
2.04″ · 52 mm
Spindles
5,000 RPM · 12 HP each
Turrets
2 × 12-station live
Gantry
3-axis · 3 kg payload
Rapids
787 ipm
Weight
11,220 lb

C42 MYSMade in Japan

6-axis mill/turn with milling on every turret station

GenTurn C42 MYS 6-axis mill/turn lathe, built in Japan
GenTurn C42 MYS
Expand Machinery · machine video

The smallest bar capacity in the turn-mill range, and the one where every turret station mills. Ten driven stations taking WTO Quick-Flex toolholders, indexing in 0.8 seconds on a hydraulic drive — so there is no live-tool position to plan around, because they all are. Dual-opposed spindles are fully synchronised for accurate transfer even across an irregular machined surface, with full C axis on both and a full Y axis on the turret for milling off centerline. A Marposs tool setter comes as standard for faster setups, and pressurised grease way-lubrication keeps coolant out of the ways. Built in Japan by Hasegawa Machine Works.

Bar capacity
1-5/8″ · 42 mm
Main spindle
6,000 RPM · 10 HP · A2-5
Sub spindle
6,000 RPM · 10 HP · A2-4
Turret
10 driven · 0.8 s index
Travels X / Z / Y
4.33 / 10.63 / ±1.18″
Weight
5,720 lb

C52 MYS

6-axis twin spindle with a full Y-axis turret

C52 MYS — 6-axis twin spindle with a full Y-axis turret
GenTurn C52 MYS
Expand Machinery · machine video

The simpler sibling to the CW52 MY: twin built-in spindles and one 12-station BMT44 live turret with full Y. Front and back work finished in one cycle on 2″ bar, with a Marposs tool probe for fast setup and a parts catcher and conveyor included. Made in Japan.

Bar capacity
2.04″ · 52 mm
Main spindle
5,000 RPM · 12 HP
Sub spindle
5,000 RPM · 10 HP
Turret
12-station BMT44
Rapids
787 ipm
Weight
8,377 lb

CW52 MY

8-axis twin spindle, twin turret, dual Y axis

CW52 MY — 8-axis twin spindle, twin turret, dual Y axis
GenTurn CW52 MY
Expand Machinery · machine video

Two 12-station BMT44 turrets, each with its own Y axis, over twin 12 HP built-in spindles. Parts transfer on the fly and both ends run at once — the shortest cycle in the family on complex 2″ work. Dual 135 PSI coolant, 6″ Kitagawa chucks, Marposs probing on each turret. Made in Japan.

Bar capacity
2.04″ · 52 mm
Spindles
5,000 RPM · 12 HP each
Turrets
2 × 12-station BMT44
Y travel
±1.18″ both turrets
Rapids
787 ipm
Weight
10,584 lb

52-BY2B-axis

9-axis mill/turn with 12 tools on a programmable B axis

52-BY2 — 9-axis mill/turn with 12 tools on a programmable B axis
GenTurn 52-BY2
Expand Machinery · machine video

Live tooling fixed on centerline can only work square to the part. A programmable B axis swings the driven tool to any angle — angled holes, off-axis pockets, compound features — and here twelve B-axis tools serve both main and sub spindle. Thirty-six tool positions with eighteen driven, and dual Y for front and back work.

Bar capacity
2.008″ · 51 mm
Spindles
6,000 RPM · 15 HP peak
Tooling
36 positions / 18 driven
B axis
12 tools, any angle
Rapids
1,181 ipm
Weight
12,345 lb

78-MSY

3″ bar, 16-tool live turret, complete front and back work

78-MSY — 3
GenTurn 78-MSY
Expand Machinery · machine video

The large-capacity machine in the range. Up to Ø12.79″ turning diameter and 22.04″ turning length, a 30 HP integral refrigerated main spindle, and a 16-station BMT-65 live turret indexing in 0.2 seconds between adjacent tools. Big turned-and-milled parts finished in one machine rather than three.

Bar capacity
3.07″ · 78 mm
Main spindle
4,000 RPM · 30 HP
Sub spindle
4,000 RPM · 15 HP
Turret
16-station BMT-65
B-axis travel
27.16″
Weight
17,650 lb

78-TTMY

8-axis with twin 16-tool turrets and glass scales

78-TTMY — 8-axis with twin 16-tool turrets and glass scales
GenTurn 78-TTMY
Expand Machinery · machine video

Thirty-two turret stations across two BMT-65 turrets, twin 4,000 RPM opposed spindles at 30 HP peak, and glass scale feedback on X¹ and X². Full C axis on both spindles with 360,000 radial positions, and a B axis giving 20.86″ of sub-spindle travel.

Bar capacity
3.07″ · 78 mm main
Spindles
4,000 RPM · 30/20 HP peak
Turrets
2 × 16-station BMT-65
Feedback
Glass scales X¹, X²
Turning dia.
Ø12.79″ max
Weight
22,751 lb
Spinner TC universal lathes · built for shaft work

Excellent for shaft work: long parts, heavy cuts.

Spinner’s TC range covers the chucked and shaft work above the GenTurn turn-mills: the TC610L for long parts with a CNC tailstock and CNC steady rest, and the TC800 for 800 mm swing, 110 mm bore and hard turning — plus the compact TC300, TC400 and TC600 for bar work. Both run Siemens 840D-SL or Fanuc 32iT, with driven tools and a real Y axis as options.

Spinner

Spinner Werkzeugmaschinenfabrik · Sauerlach, near Munich, Germany · family-owned, building machine tools since 1950 · supplied, installed and supported by LOMA

↓  TC300 brochure (PDF, 12 pp)↓  TC610L brochure (PDF, 12 pp)↓  TC800 brochure (PDF, 8 pp)↓  Spinner general catalog 2025 (PDF)
Spinner TC610L & TC800
Spinner · both machines
LengthUp to 1,250 mm (49.2″) of turning on the TC610L, and 1,580 mm (62.2″) on the TC800-110L.
Support along the shaftOn the TC610L the tailstock and steady rest run on their own CNC axes; on the TC800 the tailstock is standard and a steady rest is optional.
Stiff enough to cut hardOne-piece cast bases, and on the TC800 hardened and ground slideways with up to 2,250 Nm — built for hard turning and heavy stock removal.
Finished in one setupDriven tools and a real Y axis as options, for flats, keyways and cross holes without moving the part to a mill.

TC610LSpinner · shaft work

49.2″ turning length, CNC tailstock and CNC steady rest, 16-station live turret

Spinner TC610L long-bed universal lathe with CNC tailstock and steady rest

A compact long-bed lathe built for shafts: the tailstock and steady rest move on their own CNC axes, on linear guides over a rigid one-piece cast base. The Spinner servo turret carries 16 BMT45 stations, and every station can be driven, to 6,000 RPM and 16.5 kW. Motor spindle with a 65 mm or 85 mm bore; real Y axis optional. Siemens 840D-SL with Spinner’s 24-inch touch panel, or Fanuc 32iT. Spinner robot cells available for part loading. Brochure (PDF) →

Turning length
49.2″ · 1,250 mm
Swing / turning Ø
23.6″ / 15.7″
Spindle bore
2.56″ or 3.35″ · 65 / 85 mm
Main spindle
4,000 / 3,400 RPM · to 67 HP
Turret
16 × BMT45 · all driven
Weight
10,615–12,842 lb

TC800Spinner · heavy shafts

31.5″ swing, 85 or 110 mm bore, 900 or 1,580 mm turning length

Spinner TC800 heavy universal lathe
Spinner TC800 VDI turret with driven toolsSpinner TC800 hydraulic steady rest

Spinner’s heavy universal lathe for long, heavy shafts and big chucked work, built for hard turning and heavy-duty cutting. The TC800-85 runs a 3,400 RPM motor spindle with an 85 mm bore; the TC800-110 uses a geared belt spindle with a 110 mm bore and 2,250 Nm in low gear, and the TC800-110L extends turning length to 1,580 mm (62.2″). A real slant bed with hardened and ground sliding guideways for vibration damping, a servo turret with 12 VDI50 stations (16 × VDI40 or 12 × BMT65 optional), and driven tools, a real Y axis and a 5,000 RPM sub spindle as options. Tailstock, tool setter and chip conveyor are standard; steady rest optional. Brochure (PDF) →

Turning length
35.4″ / 62.2″ (110L)
Swing / turning Ø
31.5″ / 19.7″
Spindle bore
3.35″ or 4.33″ · 85 / 110 mm
Spindle torque
686 ft-lb (85) · 1,660 ft-lb (110, low gear)
Turret
12 × VDI50 · driven tools opt.
Weight
15,432–18,739 lb

TC300Spinner · compact bar work

52 or 65 mm bar, 7,000 RPM sub spindle or CNC tailstock, done in one cycle

Spinner TC300 compact universal lathe

The compact end of the TC range, for bar work and small chucked parts in a small footprint. Motor spindle with a 52 mm or 65 mm bore, and either a CNC tailstock or a 7,000 RPM sub spindle — the Spinner servo turret works on both spindles, so parts come off finished. Up to 16 VDI25 stations or 12 BMT45, every station drivable, with a real Y axis optional. Hardened and ground sliding guideways on a one-piece casting, and ideal for hard turning. Tool setter and chip conveyor standard; Spinner bar feeders for bars up to 3,200 mm, a part catcher and Spinner robot cells for unattended runs. Brochure (PDF) →

Bar / spindle bore
2.0″ or 2.6″ · 52 / 65 mm
Swing / turning Ø
15.7″ / 7.9″
Turning length
13.8″ · 350 mm
Main spindle
5,000 / 4,000 RPM · to 46 HP
Sub spindle
7,000 RPM · 14.8 HP (option)
Weight
8,157–9,259 lb
Also in the range: TC400 and TC600. The TC400 (52 mm bar, 160/210 mm chucks, 500 mm turning length) and TC600 (65/85 mm bar, 250 mm chuck, 650 mm turning length) sit between the TC300 and the TC610L. Specifications from the Spinner general catalog; ask us for the full data. Send me TC400 / TC600 information
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Pick the machine and tell us what you need. A quote comes back with price, lead time and the options that fit; information comes as the brochure, specifications and videos. Same people, usually the same day. Or call 978·356·2500.

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Questions

Worth asking before you buy.

What is the difference between a turn-mill center and a Swiss lathe?
A Swiss-type lathe slides the bar through a guide bushing so the material is supported millimeters from the tool, which suits long, slender, tight-tolerance parts. A turn-mill center holds the work in a fixed chuck and brings driven tooling to it, which suits larger diameters, heavier cutting and complete front-and-back machining. Bar capacity is the usual deciding factor: below about 32 mm a Swiss machine is normally the better answer, above 50 mm a turn-mill usually is.
What does a Y axis actually give me?
A Y axis lets driven tooling work off the centerline of the part. Without it, milled features have to sit on center — a flat, a cross hole through the middle. With Y you can mill pockets, flats and holes anywhere on the face or the diameter, which is often the difference between a part coming off complete and going to a mill for a second operation.
What is a B axis for?
A B axis rotates the driven tool itself, so it can cut at any angle rather than only parallel or perpendicular to the spindle. On the 52-BY2 twelve B-axis tools serve both spindles, so angled holes and compound features get machined while the bar is still in the collet. It is the difference between a five-sided part and a genuinely complete one.
Which of these can run unattended?
All of them can be automated, and the CW52MY GII arrives that way — a three-axis gantry loader mounted overhead, handling workpieces to 3 kg across both spindles, with no extra floor space and no cell to fence. LOMA also supplies collaborative robot cells and bar feeders for the rest of the range.
Which machines are built in Japan?
The C52 MYS, CW52 MY and CW52MY GII are built by Hasegawa Machine Works in Saitama, Japan, a builder founded in 1928 that has made only small precision machine tools since. They are imported, stocked and serviced in North America by Expand Machinery, and supplied and supported by LOMA.
One relationship

Machines from LOMA. Everything they run on from NSIT.

A turn-mill is only as fast as the tool change. NSIT supplies the live tooling, holders and application engineering that get the cycle where it should be.

Live tooling, holders and the crib

Quick-change live tooling, BMT and VDI holders, and the engineering to pull setup time out of a multi-axis cycle rather than adding it back.

NSIT live tooling →

Tooling, workholding and the crib

North Shore Industrial Tool, the tooling side of our team, handles what the machine runs on — cutting tools, toolholding, workholding, metrology and a managed inventory program. Same people, same phone number, so the machine arrives with the tooling package already sorted.

What NSIT manages →
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Send us the part.

Tell us the material, the tolerance and the volume and we will tell you which of these fits — or that none of them do. Get in touch or call 978-356-2500.

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