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Home > Lathe,Drill,Mill Machine > CNC Machine > NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine

NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine

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NUMOBAMS CNC7013(M1) CNC Drilling and Milling Machine, designed for DIY home users. Compact yet delivers high accuracy and ample working capacity. Perfect for your daily DIY projects, freeing your hands and bringing professional-grade machining within easy reach.

Explore precise craftsmanship with our CNC7013, a perfect fit for DIY enthusiasts. This cnc lathe machine delivers precision and ease, making it ideal for personal workshops and metalwork hobbyists alike.

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  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
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  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
  • Description

The CNC7013(M1) in a Small Metal Shop

The CNC7013(M1) is a bench-top CNC drilling & milling machine built around one 1 kW servo spindle. It runs from a Linux control, holds cutters in an ER25 nose, and works a compact table with modest X, Y and Z travel. That is enough for brackets, plates, small housings, jigs and repair parts in aluminium and other soft metals, without turning a spare room into a machine shop.

Setup can still be done by hand at the handwheels: dial in a vice, touch a cutter off, set a zero. Once the programme is right, the same job repeats without your hand on a wheel. If a cnc lathe already turns the round parts in your shop, this mill covers the flat faces, slots, pockets and hole patterns that follow.

We are a China-based machinery trading company, not a factory. The machines we ship come from a screened group of cnc lathe manufacturers and machine-tool builders, and every unit is checked and prepared before it is crated.

Why the Spindle Matters on This Mill

  • 1 kW servo spindle, direct drive — no belt stage to slip or stretch, so torque reaches the cutter as soon as the programme calls for it.
  • 3000 rpm and ER25 — a useful band for small end mills, slot drills and engraving cutters in aluminium, with collets that hold the shank close to the nose.
  • Preloaded angular contact bearings — the spindle stays stiff when a cutter loads up in a corner or on a deep pocket wall. This is the same bearing discipline we look for in machines from metal lathe manufacturers.
  • Rigid tapping — spindle rotation and the Z feed are coordinated, so the machine can drive a tap in and back out under power.
  • Around 50 dB in normal cutting — quiet enough to work beside all afternoon in a garage or a shared workshop.
  • Braked Z axis — the head stays where it is when the machine is paused or powered down, instead of dropping into the work.
Close-up of CNC router spindle above a T-slot worktable

Specifications and Work Envelope

Two green CNC tapping machines side by side with base tables
SpecificationCNC7013(M1)
Worktable size (L × W)400 × 140 mm
T-slot size (N × W × D)3-12-40 mm
X-axis travel220 mm
Y-axis travel120 mm
Z-axis travel200 mm
Max. drilling diameter16 mm
Max. milling diameter16 mm
Spindle center to column165.5 mm
Spindle nose to table230 mm
Spindle speed3000rpm
Spindle taperER25
Spindle power1kw
Main motor typeServo motor
Feeding motor torque (X/Y/Z)2.2/2.2/3 N.m
Feeding motor typeStepper motor, Z-axis with brake
CNC controllerLinux
Overall size (W × D × H)596 × 767 × 770 mm
Net / gross weight110 kg / 130 kg

Bench, Power and Clearance

At this weight, the machine wants a rigid, level bench — a heavy top bolted to a wall or fitted to a proper stand. A light folding table will flex under a cut, and you will hear it in the finish before you see it in a measurement.

The gap between the spindle nose and the table surface sets the height your vice, parallels, workpiece and cutter must share, so check the vice you plan to use. The spindle center line's distance from the column sets how far a workpiece can sit from the column before you reposition it.

It needs no foundation and far less floor than an industrial metal lathe, so a garage, spare room or the back of a repair shop is enough. Leave clearance at the sides for the drag chain to travel, keep the control cabinet reachable, and keep the area behind the column clear for the lubrication points and cable run.

Power is the one item to settle before the electrician arrives. Tell us your workshop supply and plug type, and we will confirm what this machine needs for your region.

Desktop CNC router and engraving machine seen from side angles

Motion, Lubrication and Setup

  • Ball screws on all three axes — X, Y and Z each run on a precision ball screw, so the table returns to the same position after a long run.
  • Dual-row linear guides — the table rides on guides rather than a dovetail; it moves freely under load and resists deflection when a cutter bites.
  • Stepper feeds with a braked Z axis — 2.2 N·m on X and Y, 3 N·m on Z; the brake holds the head when the machine stops.
  • Automatic lubrication — a metered system feeds the ways and screws, so a long job does not depend on a daily oil-can routine.
  • Drag-chain cable management — cables stay off the table and out of the swarf, and connectors are easier to reach when service is due.
  • Handwheels for setup — you can dial in a vice or touch off a cutter by hand before you run the programme.
  • Shops that already run a cnc lathe machine will recognise the ball-screw logic, scaled here for a bench mill.
NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine
Close-up of CNC router worktable with a flexible coolant hose

Parts This Mill Handles Well

  • Prototype brackets, plates, adapters and small housings in aluminium — the drawing can change twice before the part is right, and a saved programme saves the next version too.
  • Repair and maintenance work — replacement bushings, wear plates, keyways and mounting flanges made on the spot instead of ordered and waited for.
  • Jigs, fixtures and tooling plates — a shop that already runs a lathe usually needs the fixtures and gauge plates that go with it.
  • Front panels, engraving and small enclosures — light cuts in soft metals with fine cutters held in ER25 collets at 3000 rpm.
  • Repeat batches from a saved programme — ten, twenty or fifty identical parts from one setup, with the ball screws and guides providing the repeatability instead of your hand.
  • Training and demonstration — a real CNC machine at a size and noise level that suits a teaching bench.
  • Adding milling to a turning shop — buyers who already run machines from cnc lathe manufacturers often add this mill so flat work stops going out to a third party.

From Crate to First Part

  1. Choose the bench and position first — rigid, level, and with room at the side for the table and drag chain to travel without meeting a wall.
  2. Lift the machine with help or a hoist. It arrives crated and heavy, and no one should try to walk it onto a bench by hand.
  3. Set it down, level it with a machinist's level, then bolt it down or fit it to a rigid stand. A machine that rocks will cut a taper into every part.
  4. Check the lubricator has oil and that X, Y and Z turn freely at the handwheels before any power is connected.
  5. Confirm the supply voltage and plug with our team, then connect up, release the emergency stop and reference the axes.
  6. Clamp a vice or the workpiece on the T-slots, fit an ER25 collet with the cutter you plan to run, and touch the tool off against the datum.
  7. Run the first programme in air, well above the work, then cut a test piece in aluminium and keep that setup as your reference.
  8. Send us photographs of the bench, wiring and setup before the first real job. If you have only run a manual mill, this is where a second pair of eyes saves a broken cutter.
Application scenarios showing lathes, milling machines and threading operations
NUMOBAMS CNC7013(M1) High-Quality High-Precision CNC Drilling&Milling Machine

Tooling Around the ER25 Nose

  • Collet set — buy a set covering the shank diameters you actually run, and keep a spare in the size you use most. A collet that is a loose fit lets the cutter creep under load.
  • Cutters inside the machine's capacity — most work on a mill this size is done with small end mills, slot drills, chamfer tools and engraving cutters held close to the nose.
  • A vice that clears the gap below the spindle — check the height with the jaws open, and check the jaw width against the table so it clamps on the T-slots without overhanging.
  • T-slot clamp kit — matching T-nuts, studs and step clamps let you hold plates and long parts that will not sit in a vice.
  • Set-up instruments — an edge finder, a dial test indicator on a magnetic base, a pair of parallels and a small engineer's square. If you already run a cnc lathe, the indicator and edge finder you use there do the same job here.
  • A fixture plate for repeat work — bolt a sacrificial aluminium plate to the T-slots, machine it flat in place and drill it to the part's hole pattern.
  • Oil and a spare cutter on the shelf — the lubrication system is automatic but the reservoir still needs filling, and a chipped edge halfway through a batch is the most common reason a small mill loses a day.
  • Check what comes in the crate before you buy twice — the contents vary by order and destination, so ask your sales contact what ships with this model.

Ordering and Delivery

  • Lead time: 90内发货 — we dispatch within 90 days of order confirmation.
  • Shipping: tax free and delivery to door service to Europe, the US and Canada, so the machine arrives at your address rather than at a port.
  • Before dispatch: send a delivery address with a contact number and your workshop supply voltage and phase, so the machine is prepared and routed correctly.
  • Unloading: the machine travels crated at 130 kg; have help or a hoist at the delivery address.
  • Documents: ask your sales contact for the manual file or declaration documents you need for your own import file.
  • Support: technical help by message or video call, and spare parts kept available for the models we supply.
  • One consignment: the same delivery route covers our industrial metal lathe range, so a mill and a lathe can be ordered together.
  • Payment and invoicing details are confirmed with your sales contact before the order is placed.

First-Job Tooling Budget

The machine price covers the mill, the Linux control and the ER25 spindle nose. It does not cover the parts that hold the work and cut it, and that second list is where a first job's real cost sits — a vice, a clamp kit, collets, cutters and the instruments to set them. None of it is exotic, but every item has to match this machine's dimensions or it will not seat.

Sizing rules that decide what you buy. ER25 is machined into the spindle nose itself, so collets seat straight into the spindle and there is no separate collet chuck to order. A set covering shanks up to the machine's listed milling capacity will hold nearly every cutter it can drive, and the same collets take round-shank drills up to the listed drilling capacity — add a keyless drill chuck on a straight shank only if you change drill sizes all day. The table's T-slots take T-nuts of a specific width, so order a clamp kit with T-nuts that match the slot; a set with nuts too large will not go in, and nuts too small leave the clamp rocking on the slot.

Buy in the order the work arrives: collets and two or three cutters in the sizes your part actually needs, then the workholding — a vice sized to the jaw opening you use, or the matching clamp kit — then the setup instruments, an edge finder, a dial indicator on a magnetic base and a pair of parallels. A fixture plate, a small face mill and a slitting saw can wait until a job calls for them. Keep a spare in the two collet sizes you use most: a collet that has been overtightened loses its grip at the mouth and puts the runout back into every part, so tighten the nut firmly rather than hanging off the spanner.

Two costs that are easy to miss: a CAM post that suits the Linux control, worth settling before the first drawing rather than after, and way oil for the automatic lubricator reservoir. If you already run a cnc lathe machine, the measuring tools carry across; the collets and the workholding do not.

Supply Chain & Delivery Assurance

Customer feedback collage for NUMOBAMS lathes and machine tools
Collage of conformity certificates for machinery and electromagnetic compatibility

NUMOBAMS is a China-based machinery trading company working from Changsha, Hunan, with a selected network of manufacturing partners built up since 2016. That position lets us consolidate a full workshop order — machines, tooling and spare parts — into one shipment, inspect and prepare each unit before dispatch, and keep spare parts available long after delivery. We ship to Europe, the US and Canada on a tax-free, door-to-door basis, and usually dispatch within 90 days of order confirmation.

Factory workshop with rows of green metalworking lathes and milling machines

FAQ

Q1. What materials does the CNC7013(M1) cut well?

Aluminium and other soft metals are its home ground: drilling, milling, slotting, engraving and general shaping of small parts. The 1 kW spindle and 3000 rpm top speed suit small cutters in those materials. Steel and harder alloys are not the same proposition — they need slower speeds, lighter cuts and more attention to cutter choice, so tell us the material and the cut you have in mind before you order.

Q2. Is this a lathe or a milling machine?

It is a milling machine. The cutter rotates in the spindle and the workpiece stays clamped to the table, so it produces flat faces, slots, pockets and hole patterns. A cnc lathe turns the workpiece against a fixed tool, which is the right choice for round parts. If round work is all you have, put the budget into a lathe first.

Q3. Which control does it use, and will my CAM files run?

The control is Linux-based and runs on the machine rather than from a separate PC. It handles the usual workflow: reference the axes, set a zero, call a tool, run the programme. If you already programme a cnc lathe machine with a standalone control, the steps will look familiar. Before you commit a CAD/CAM job, send us the software and post-processor you use and we will confirm compatibility with you.

Q4. Can it hold accuracy across a small batch?

Yes, within the sizes it is built for. The table rides on precision ball screws and dual-row linear guides, the spindle turns in preloaded angular contact bearings, and the Z axis brakes when the machine stops. That is the same class of motion hardware we look for when working with metal lathe manufacturers. In practice, clamp the vice once, save the programme and change parts without re-setting. Cut a test piece in your own material and measure it rather than judging from a sheet.

Q5. Can I order a different configuration?

This model is built to fixed specifications, chosen so the spindle, travels and control match each other, and we do not offer custom modifications on it. Tell us the part size, material and monthly quantity and we will say whether this mill fits. If it does not, a larger mill in the range or a machine from the cnc lathe manufacturers we work with may be the better answer.

Q6. What tooling do I need to start?

Start with ER25 collets in the shank sizes your cutters use, cutters within the machine's listed drilling and milling capacity, and a vice or T-slot clamp kit that matches the table. Add an edge finder, a dial test indicator and a machinist's level for setup. Parallels, hold-down clamps and a small face mill can follow as the work demands them.

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