Industrial CNC Machine Directory
MachineTool Index

Bodor i5

Est. $140,000 - $380,000 Specs verified 2026-10-03 · bodor.com Updated 2026-10-03
01

Key Specifications

Z Travel

100mm

Accuracy

±0.05mm/m

working area

1000*1500mm

max linkage speed

100m/min

max acceleration

1.5G

max table load

250kg

02

How much does the Bodor i5 cost?

Estimated price range

Est.$140,000 - $380,000

Our best estimate for a cnc laser cutting machine in this class — not a quote from Bodor. Configuration moves it a long way.

Bodor i5 — price

Est.$140,000 - $380,000

This is our best estimate for a machine of this type and class, built from published prices of comparable cnc laser cutting machines and typical dealer pricing. Bodor has not published a list price for the Bodor i5 that we can cite. Treat it as a planning number, not a quote.

What moves the final price

  • Spindle, control and probing options
  • Tool changer capacity and tooling package
  • Automation — pallet changers, bar feeders, robot cells
  • Freight, rigging, installation and training
  • Region, dealer and time of year

Want a specific price for the Bodor i5?

Tell us who you are and we'll pass your request to Bodor or an authorised dealer.

03

Overview

The Bodor i5 is the small-bed laser cutting machine in Bodor's range: a 1000*1500mm working area, a 250kg maximum table load and 100mm of Z travel. It moves at up to 100m/min linkage speed with 1.5G maximum acceleration, and Bodor rates it at ±0.05mm/m positioning accuracy and ±0.03mm repositioning accuracy.

What sets the i5 apart is how little it asks of a building. The machine weighs 2000kg and its footprint is given as 2980×2220×1970, a row that carries no unit in Bodor's table. The i7, its larger partner in the I Series, weighs 4980kg and has a 3048*1524mm working area with a 900kg table load. A shop that cuts small blanks, or buys sheet already sheared to size, gives up bed area and gets a machine of less than half the weight.

Electrical supply depends on the laser source, and Bodor publishes a row for each. With the 6-kilowatt source the requirement is 49.3KVA/75A. With the 3-kilowatt source it is 43KVA/65.3A. The 1.5-kilowatt source can run single-phase at 31.6KVA/143.8A or three-phase at 30.8KVA/48.1A. Single-phase operation opens the machine to small premises, but 143.8A is a heavy single-phase draw, so have the service checked before assuming it will connect.

The bed is a mortise-and-tenon type plate welded segmented bed, and it is stationary. Pneumatic sheet-clamping is an option, not part of the standard machine. Operators work through the BodorThinker control on a display of 21.5 inches, the cutting head is the Bodor Genius, and a centrifugal fan handles dust removal. The table gives no cutting thickness for any of the three sources.

04

Full Specifications

Parameter Value
Working Area 1000*1500mm
Max Linkage Speed 100m/min
Max Acceleration 1.5G
Max Table Load 250kg
Floor Space Required 2980×2220×1970
Machine Weight 2000kg
Z-Axis Travel 100mm
Positioning Accuracy ±0.05mm/m
Repositioning Accuracy ±0.03mm
Power Capacity Current 6kw Source 49.3KVA/75A
Power Capacity Current 3kw Source 43KVA/65.3A
Power Capacity Current 1 5kw Source single-phase: 31.6KVA/143.8A three-phase: 30.8KVA/48.1A
Laser Head Bodor Genius
Machine Bed Mortise-and-tenon type plate welded segmented bed
Bed Functions Stationary bed (optional pneumatic sheet-clamping)
CNC Control BodorThinker
Display Size 21.5 inches
Dust Removal Centrifugal fan

Specifications sourced from bodor.com — verified 2026-10-03

05

Strengths & Limitations

Strengths

  • The 1.5-kilowatt source runs on single-phase power (31.6KVA/143.8A) as well as three-phase (30.8KVA/48.1A)
  • 100m/min maximum linkage speed and 1.5G maximum acceleration on a 1000*1500mm bed
  • ±0.05mm/m positioning accuracy and ±0.03mm repositioning accuracy
  • Machine weight of 2000kg, against 4980kg for the i7 in the I Series
  • Three laser sources with a published supply figure for each, up to 49.3KVA/75A

Limitations

  • The working area is 1000*1500mm; the i7 in the I Series takes 3048*1524mm
  • Table load is limited to 250kg
  • The bed is stationary, and pneumatic sheet-clamping is an option
  • Z travel of 100mm leaves little room for formed or raised parts
  • Single-phase supply for the 1.5-kilowatt source draws 143.8A
06

Best For

Small blanks and cut-to-size sheet up to 1000*1500mm Workshops with single-phase power, using the 1.5-kilowatt source Sites where a 2000kg machine is easier to place than a full-size bed Sheet loads of no more than 250kg
07

Frequently Asked Questions

01 What size sheet does the Bodor i5 take?

The working area is 1000*1500mm and the maximum table load is 250kg. Larger sheet has to be cut down first. Z travel is 100mm, which sets the height available for anything that is not flat.

02 What electrical supply does the i5 need?

It depends on the laser source. Bodor gives 49.3KVA/75A for the 6-kilowatt source and 43KVA/65.3A for the 3-kilowatt source. The 1.5-kilowatt source needs 31.6KVA/143.8A on single-phase power or 30.8KVA/48.1A on three-phase.

03 Can the Bodor i5 run on single-phase power?

Only with the 1.5-kilowatt source, for which Bodor gives a single-phase requirement of 31.6KVA/143.8A. The same source on three-phase needs 30.8KVA/48.1A. The two larger sources are given one supply figure each, with no single-phase alternative in the table.

04 How does the i5 differ from the i7?

The i7 is the larger machine in the I Series, with a 3048*1524mm working area, a 900kg table load and a weight of 4980kg. The i5 has a 1000*1500mm working area, a 250kg table load and weighs 2000kg. Both use the BodorThinker control.

05 Does the i5 clamp the sheet?

Not as standard. Bodor describes the bed as stationary with optional pneumatic sheet-clamping, so clamping has to be ordered. The bed itself is a mortise-and-tenon type plate welded segmented bed.

08

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09

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