1. Model‐&‐Specification Verification

Before diving into condition, verify the machine really is a TS-2000YS and that its specs match what you need.

• The manufacturer Takisawa lists the TS-2000YS as a 2-spindle / 1 turret (or 2 turrets depending option) model: e.g., chuck size 6″+6″, max turning diameter φ370 mm, turning length approx 565 mm.
• Check the specific item’s spec plate or documentation: spindle speeds (6000 rpm left, 6000 rpm right), rotary tool speed 6000 rpm.
• Check physical footprint: e.g., machine height ~2300 mm, floor space ~2800×2140 mm.
• Confirm any optional features: bar feeder, chip conveyor, Y-axis, twin spindles, turrets 10/12/15/20 stations.

Why it matters: If the machine’s specification doesn’t match the declared model (for example missing the right spindle, wrong turret size, or Y-axis options), then its value, tooling needs and compatibility may differ.

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2. Documentation & History

It’s essential to get full history so you know what you’re buying.

• Ask for the original operator’s/maintenance manual and any service logs.
• Find out: year of manufacture, hours of operation or cycles (if available).
• Ask whether major components have been replaced (spindle bearings, turrets, control upgrades).
• Check that the control system (e.g., FANUC, Mitsubishi) is as declared and compatible with your shop. In one listing TS-2000YS was equipped with a FANUC 32i-B.
• Confirm spare-parts availability for this model in your region and whether tooling/accessories are included.

Why: A well-documented machine significantly reduces risk of hidden faults or surprise repairs.

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3. Visual & Mechanical Condition

Time for hands-on inspection. Use a detailed checklist.

3.1 Exterior / Visual Inspection

• Inspect body, covers and guards: look for signs of damage, excessive corrosion, repairs or repaint.
• Look for oil leaks around spindle headstocks, turrets, slideways.
• Check bed, ways and machine base for straightness, cracks or wear.
• Inspect turrets for missing station covers, broken holders, rust.
• Check spindle nose/chuck: condition of threads, hydraulic/pneumatic lines.

3.2 Spindle, Bearings & Turrets

• Run both main spindles (left & right) at speed: listen for abnormal noises, vibration, heat.
• Check for spindle play: axis X/Y/Z/A should run smoothly, minimal backlash.
• Inspect turret indexing: does station change smoothly, no chattering or mis-indexing.
• Check tool holders (all-holder type turret) for condition – recall TS-2000YS uses “all-holder type” turret.

3.3 Slideways, Ball Screws, Guides

• Operate axes manually: X, Z, Y (if Y-axis present) – check for smooth motion, no binding or jumpy movement.
• Check lubrication: Are oilers used? Are ways/pads well maintained?
• For Y-axis and sub-spindle (if present), ensure linear guide condition is good.

3.4 Control Panel, Electrical & CNC System

• Power on the machine: check screen display, buttons/switches, emergency stops.
• Review wiring harnesses, cables: look for frayed wires, missing covers, evidence of overheating.
• Confirm CNC version and compatibility with your tooling/CAM system.
• Ask: are there error logs, has the control been upgraded, are licences valid?

3.5 Operational Test / Cutting Test

• Ideally perform a test cut: use a sample workpiece, measure tolerance, surface finish, check repeatability.
• Check bar feeder (if included) and chip conveyor – are they working properly?
• Observe machine under load: does temperature rise abnormally, any smoke/odd smell?

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4. Critical Model-Specific Checks for TS-2000YS

Since this is a twin-spindle, Y-axis capable turning centre from Takisawa, consider these extra points:

• Ensure the second spindle (right spindle) is present and functional. Many cheaper used machines may have had it removed or bypassed.
• Check both spindles’ chucks: the spec lists 6″+6″ (inch) chucks standard. Confirm chuck size and condition.
• Confirm turret station count and holder type (10/12/15/20 station all-holder type options) because tooling cost depends on it.
• Verify Y-axis travel and condition if Y-axis option is present (since Y‐axis is a higher value option).
• Because this machine is capable of “process integration” (front + rear machining) per Takisawa’s marketing, look at parts catcher, automation interfaces (robot/loader) if included.

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5. Infrastructure, Installation & Hidden Costs

Even a great machine may become problematic if infrastructure isn’t ready.

• Check floor load capacity: the unit weight ~6200 kg for the standard TS-2000YS.
• Confirm power requirements: three-phase power, check voltage, phase, grounding.
• Ensure facility has proper coolant system, chip conveyor connection, and ventilation.
• Consider transport, rigging, installation, alignment and calibration costs. These are often overlooked.
• Check how old the coolant is, condition of chip conveyor (if included), and whether bar feeder interface needs upgrade.
• Availability of spare parts and service support locally in your country — for Japanese machines this is very important.

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6. Final Decision & Negotiation Points

• Use findings to negotiate price: any identified issues (spindle wear, turret damage, missing records) should reduce price accordingly.
• Ask for warranty or guarantee period (if seller offers).
• Calculate total cost of ownership: purchase price + transport + installation + any needed refurbishment/upgrade + spare parts risk.
• Ensure contract states who is responsible for dismantling, shipping, installation.