Wood Lathe MC1218VD: The Parameter Block Belongs to a Hydraulic Press

Nine of the ten parameter rows describe a different machine

The parameter block on this page has ten rows. One of them — power, 1.5 kW at 220 V — could belong to a lathe. The other nine cannot:

An oil pump, a multi-way valve, hydraulic cylinders 63/500, 46# or 68# hydraulic oil and a tyre size are the specification of a hydraulic press, with a tyre carried over from something else again. This block has been pasted onto at least three listings in this catalogue: this one, a second copy of the same MC1218VD, and an unrelated eight-inch pen lathe. All three carry the same ten rows, the same 500 cm stroke and the same tyre.

So the page as a search result is close to useless. What follows is what the photographs actually show, because the seller photographed a real specification table and put it in the gallery.

The real specification is in image two

One of the eight images is a clean table headed Product Model 12128VD. Transcribed exactly:

That is a complete, internally consistent specification for a small bench lathe. Every figure in it cross-checks against the dimensioned drawing in the same image: 475 mm between centres plus a headstock and a tailstock gives the 750 mm overall length, and a 750 mm machine fits an 880 mm crate.

The other images confirm two of the numbers from the machine's own data plate: DIA. 12" and CAPACITY 18", and MOTOR: 900W. Twelve inches is 304.8 mm, which the table rounds to 300 mm; eighteen inches is 457.2 mm against the table's 475 mm. Both are close enough to say the plate and the table describe the same machine.

Power: the page says 1.5 kW, the plate and the table both say 900 W

This is not a rounding difference. 1,500 W is 66.7 percent higher than 900 W, and the two numbers sit in the two places a buyer checks first.

Two sources against one, and the two are the ones physically attached to the machine. Treat 900 W as the working figure. It also changes the electrical requirement: 6 A runs comfortably on an ordinary 10 A lighting circuit, while 10 A does not, so a buyer who plans around the parameter block will over-specify the supply and a buyer who plans around 900 W will be right.

The practical consequence is in the cut, not the label. At 900 W the lathe is a small-bench machine for blanks up to about 300 mm across, and it will slow down under a heavy roughing cut on green timber. That is what 900 W buys. The 1.5 kW figure would suggest a different class of machine.

Centre distance: one published figure, four competing claims

The 500 cm row is a unit error and can be set aside; read as 500 mm it is still 25 mm off the table. The 1,000 mm is a different problem, because it is drawn on a photograph with an arrow between centres and labelled clearly. A lathe with 1,000 mm between centres has a bed far longer than the 750 mm overall length the specification table gives, and cannot be packed in an 880 mm crate.

So either the extended packages are a separate, longer machine that the table does not describe, or the 1,000 mm annotation is wrong. Both possibilities mean the same thing for a buyer: you do not know how long the bed is, and bed length is the number that decides whether you can turn a 900 mm table leg or only a 400 mm one.

Five accessory packages, and no statement of which one you are buying

The gallery does not show one product. It shows the same orange lathe with five different accessory sets, each with its own header:

The differences are not cosmetic. A 4-inch chuck and a 6-inch chuck are different workholding capacity; a centre frame, present in the two extended packages and absent from the others, is what lets you turn a long thin spindle without it whipping. A buyer who assumes the base package and receives a bare machine, or who needs a centre frame and orders a package without one, gets a machine that cannot do the job.

Ask which package the price refers to, and get the accessory list in writing. On a lathe of this class the accessories are a large fraction of the value.

Two different drives at the same 900 W

The image headers do not all say the same thing. Three say Stepless Speed Regulation Model. One says Brushless Variable Speed Model.

Both are 900 W and both are variable speed, so the headline figure is identical while the hardware is not. Brushless is the better drive in a workshop that runs the lathe for hours; a brushed motor with a controller is cheaper to repair. The listing does not say which one ships, and the parameter block does not mention a motor type at all.

On the evidence of the photographs the listing covers both, which is another reason to fix the configuration in writing before paying.

Speed, torque and rim speed

The two gears are published as 350–1450 rpm and 750–3800 rpm. They overlap from 750 to 1450 rpm, which is 64 percent of the low gear's range — normal for a two-step pulley with electronic control behind it, and useful, because it means you can choose a gear for torque rather than for speed in that band.

From 900 W, the torque available at each published speed is:

The top speed is where the arithmetic becomes a safety question rather than a performance one. Surface speed at the rim:

A 300 mm blank turning at 3,800 rpm is moving at 59.7 m/s at the rim, which is 215 km/h. Nothing about the machine prevents that combination, so the operator has to. The low gear exists for exactly this reason: a 300 mm blank belongs at 350–750 rpm, where the rim speed is 5.5 to 11.8 m/s, and the top gear belongs to work under about 100 mm.

The machine publishes no spindle bore, no spindle taper and no tailstock taper. Those three numbers decide which chucks, faceplates and drill chucks fit, and the accessories in the photographs are shown without their mounting specification.

300 mm is a diameter, not a radius

Swing diameter 300 mm means a workpiece up to 300 mm across clears the bed. It does not mean you can turn a 300 mm cylinder held at one end: that requires a faceplate and a low speed, and the faceplate supplied is 75 mm diameter, which is small for a 300 mm blank.

The 475 mm centre distance is the real constraint for spindle work, and it is the number most often ignored when a buyer compares this class of lathe on swing alone. A 475 mm bed turns a 450 mm spindle, not a 900 mm one.

Weight and packing, for the freight quote

The table gives 38 kg net and 40 kg gross in a carton of 880 × 460 × 330 mm. The parameter block gives 35 kg and 37 kg in 1000 × 285 × 460 mm.

The two cartons have almost the same volume while sharing no dimension, which is coincidence rather than agreement. For freight, the volume decides: this is 0.13 m³ of cargo at 40 kg, so volumetric weight at the 1:6000 air factor is 22.3 kg against 40 kg actual, and the actual weight governs. By sea it is a fraction of a cubic metre and will be charged at the minimum.

A 40 kg machine on a bench needs two people or a lift, and 300 mm of swing on a bench lathe means the bench has to be rigid. None of that is a problem, but the parameter block's 35 kg understates it.

“Milling machine” and “home use” in one title

The title carries four claims: woodworking, infinitely variable speed turning, lathe milling machine, and home use. Three are fair. One is not.

A wood lathe turns work against a tool rest. It has no X and Y table, no milling spindle, no quill feed and no way to move work under a cutter in a controlled plane. A drilling chuck in the tailstock lets you bore along the axis of rotation, which is a useful lathe operation and not milling. Calling it a milling machine will bring it into search results for people who want to cut slots and faces, and those people will be disappointed.

The other three claims hold. 900 W, 300 mm of swing and 38 kg is a genuine home or small-shop machine, and the stepless or brushless drive is what makes it pleasant to use rather than a three-pulley changewheel affair.

One caveat on “home use”: nothing in the listing mentions a guard, a low-voltage release, or a brake. At 3,800 rpm a 300 mm blank is a serious object, and the machine ships with an emergency stop on the headstock — visible in every photograph — but you should ask what else is fitted before letting an inexperienced operator use it.

Another lathe in this catalogue shows what a proper parameter block looks like

The seller is capable of publishing real lathe specifications. A profiling lathe elsewhere in the same catalogue carries seven rows that answer every question this page leaves open:

So this is not a seller who cannot describe a lathe. It is a listing where the parameter block was filled from the wrong product. The corollary matters for a buyer: the same seller's other listings may be equally unreliable, and each one has to be checked rather than trusted.

What to put in the request for quotation

Questions 1 to 3 decide what arrives. The rest decide whether the machine can do the work after it arrives, and questions 5 and 6 are the ones buyers forget.

What this lathe is good for

On the evidence of the specification table rather than the parameter block, this is a 900 W bench lathe with 300 mm of swing, 475 mm between centres and two speed ranges. That is a sensible machine for its class and a poor one for two common jobs.

The honest summary: the machine described in the photograph is fine and the page describing it is not. Three of the first four numbers a buyer reads — power, stroke and weight — are wrong, and the correct ones are only available by reading a table that has been rendered into a JPEG.