Duet 3 Scanning Z Probe

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QuantityUnit PriceDiscount
Selected price:1+£51.000%

£51.00 (Inc VAT)

5 in Stock
Delivery
Next Day
Click & Collect
Not Available
Returns
30 Days

Duet 3 Scanning Z Probe is a high-speed inductive probe designed for precise surface mapping. Using a PCB coil to sense surfaces inductively, it is optimised for 3D printing applications but can also be used in other systems where detailed point-mesh scanning is required.

Unlike traditional probes, the Scanning Z Probe remains at the same Z height while taking measurements, allowing it to perform scans much more quickly. It also features a built-in accelerometer, enabling input shaping calibration to reduce vibrations and improve motion quality.

The probe is split into two components: a PCB sensing coil and a separate processing unit. This design gives greater flexibility in coil placement, making it easier to integrate into different machine setups.

Key Features

  • Fast Surface Mapping: Stays at a fixed Z height for rapid, accurate point-mesh scans.
  • Inductive PCB Coil: Provides precise surface detection with flexible placement options.
  • Built-in Accelerometer: Supports input shaping calibration for improved motion control.
  • Versatile Use: Ideal for 3D printing but suitable for other applications requiring detailed surface probing.
Brand

Duet3D

Stock Type

New

Weight (g)

27.00

Voltage Rating (V)

5

Duet Family

3

Processor

Atmel ATSAMC21G18A (ARM Cortex M0+)

Firmware

RepRapFirmware 3.5+

Maximum Temperature (°C)

75

Duet 3 Scanning Z Probe x1
Notes
Includes applicable connector pack

Delivery

  • Free UK Mainland Shipping: Orders over £120 Incl. VAT qualify for free next day shipping.
  • Same Day Dispatch: Orders placed before 13:00 are dispatched the same day.
  • Worldwide Shipping: Available for international orders.

For more details, visit Delivery Information

Returns

“

  • 30-Day Return: Items can be returned within 30 days of delivery.
  • Condition: Must be in original packaging and ‘as-new’ condition.
  • Refunds: Issued after inspection

There are no reviews yet.

Description

Duet 3 Scanning Z Probe is a high-speed inductive probe designed for precise surface mapping. Using a PCB coil to sense surfaces inductively, it is optimised for 3D printing applications but can also be used in other systems where detailed point-mesh scanning is required.

Unlike traditional probes, the Scanning Z Probe remains at the same Z height while taking measurements, allowing it to perform scans much more quickly. It also features a built-in accelerometer, enabling input shaping calibration to reduce vibrations and improve motion quality.

The probe is split into two components: a PCB sensing coil and a separate processing unit. This design gives greater flexibility in coil placement, making it easier to integrate into different machine setups.

Key Features

  • Fast Surface Mapping: Stays at a fixed Z height for rapid, accurate point-mesh scans.
  • Inductive PCB Coil: Provides precise surface detection with flexible placement options.
  • Built-in Accelerometer: Supports input shaping calibration for improved motion control.
  • Versatile Use: Ideal for 3D printing but suitable for other applications requiring detailed surface probing.
Specifications
Brand

Duet3D

Stock Type

New

Weight (g)

27.00

Voltage Rating (V)

5

Duet Family

3

Processor

Atmel ATSAMC21G18A (ARM Cortex M0+)

Firmware

RepRapFirmware 3.5+

Maximum Temperature (°C)

75

What’s Included
Duet 3 Scanning Z Probe x1
Notes
Includes applicable connector pack
Delivery & Returns

Delivery

  • Free UK Mainland Shipping: Orders over £120 Incl. VAT qualify for free next day shipping.
  • Same Day Dispatch: Orders placed before 13:00 are dispatched the same day.
  • Worldwide Shipping: Available for international orders.

For more details, visit Delivery Information

Returns

“

  • 30-Day Return: Items can be returned within 30 days of delivery.
  • Condition: Must be in original packaging and ‘as-new’ condition.
  • Refunds: Issued after inspection
Reviews (0)

There are no reviews yet.