INDEPENDENT MACHINE RESEARCHObserved prices are market evidence—not completed-sale proof or an appraisal.
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Independent machine intelligence · Research before the decision
THE MACHINEBLUE BOOKResearch · Market · Ownership
LASER · MODEL VALUE RESEARCH

Amada ENSIS 3015 Prices and Values by Year

Compare Amada ENSIS 3015 asking-price evidence by year, then verify the configuration and condition of the exact machine.

2published records reviewed
2distinct year-and-price points
$465,500median observed ask
2model years represented
MODEL-SPECIFIC MARKET EVIDENCE

Observed Amada ENSIS 3015 asking prices ran from $248,500 to $682,500.

The middle half of distinct year-and-price points ran from $357,000 to $574,000. This range comes from published machine records—not a fixed depreciation schedule.

It is not the value of an unidentified unit. Year, control, configuration, hours, condition, options, location and transaction terms determine where an exact machine belongs.

VALUES BY MODEL YEAR

Amada ENSIS 3015 asking-price evidence by year.

Calculations collapse exact duplicate year-and-price combinations so repeated records do not silently add weight. Every linked year has at least one published asking-price observation; one-point years are explicitly identified as limited evidence.

Published asking-price evidence; not completed-sale prices or appraised values.
YearRecordsDistinct pricesLow askMedian askHigh ask
202011$248,500$248,500$248,500
201811$682,500$682,500$682,500
REPRESENTATIVE RECORDS

Open the observations behind the range.

This free CNC machine price guide context is strongest when you read the individual records instead of relying on one blended number.

Representative published asking-price records; open each record for its evidence boundary.
Machine recordRecorded askRetained detailsRecorded status
2020 AMADA ENSIS 3015$248,500Control not retained · usedHistorical listing record
2018 AMADA ENSIS 3015$682,500AMNC 3i CNC · usedSource marked active; verify

What the numbers establish

They establish recorded asking-price evidence for machines identified as Amada ENSIS 3015. They do not establish a completed sale, operating condition, ownership, availability, included tooling, currency, warranty or final negotiated amount.

How to narrow the value

Confirm the data plate, exact suffix, model year, control, spindle and axis configuration, hours, options, maintenance history, geometry, operating proof and all removal obligations.

Retained model specifications

Travel Method: Z-Axis Movement Cutting Head Control Method X,Y,Z: Sim. 3-Axis Control Drive Motors: Fanuc AC Servo Motors Max. Axis Pos. Speed X,Y: 4,724"/min. Per Axis Max. Axis Pos. Speed X,Y: 6,693"/min. 45° Vector Max. Z-Axis Speed: 4,724"/min. Repeatability: 0.00039" Max. Material Weight: 2,028 lbs. Data Storage: Compact Flash Drive Resonator Type: Fiber Resonator: LD Excited YB Fiber Power Output: 9KW (9,000 Watts) Laser Wavelength: 1.08 m Power Stability: ±2% Beam Divergence: < 3mm-mrad Pulse Frequency: 1–10000Hz Pulse Duty: 0–100% Max Cut Mild Steel: .98” Max Cut Stainless Steel: .98” Max Cut Aluminum: .98” Max Cut Brass: .70” Max Cut Copper: .46” Assist Gas: 4 Ports w/ NC Pressure Control Electrical Req.: 200V, 3-Phase, 60Hz, 65kVA Max Dimensions with Shuttle Table: 399 x 111 x 88

COMMON QUESTIONS

Questions answered directly.

How much is a used Amada ENSIS 3015?

Across 2 distinct published year-and-price observations, the median asking price was $465,500, while the middle half ran from $357,000 to $574,000. An exact unit requires year, configuration and condition review.

Does the Amada ENSIS 3015 value use a depreciation curve?

No. The calculations use distinct published asking-price points retained in the MBB catalog.

Are these final sale prices?

No. They are asking-price observations. A completed transaction can differ because of condition, negotiation, fees, removal, tooling, location and other terms.

MOVE FROM RANGE TO DECISION

Research the exact machine.

Start with the model record, compare published asking prices, document condition and options, and account for every cost required to make the machine productive.

Request value context →Plan production-ready cost →