Language
English 中文简体 Español русский Français عربى Deutsch Português 日本語 한국어 italiano
Shengya Shengya Shengya Shengya Shengya Shengya Shengya Shengya Shengya

Custom Automatic Magnetic Deburring Machine for 3D Printed metal Parts

Automatic Magnetic Deburring Machine for 3D Printed metal Parts

-- Steady & Reliable Manufacturer --

Introduction

Metal parts from 3D printing, such as laser powder bed fusion, usually have rough surfaces, partially fused powder and small burrs left after support removal. An automatic magnetic deburring machine for 3D printed metal parts provides a consistent, hands-off finishing step after supports are cut and heat treatment is done.

The automatic version adds programmable control, so you can store process recipes for different part families and repeat them exactly. Stainless steel pins in a rotating magnetic field clean internal channels, lattice features and fine edges, improving surface quality and removing loose powder.

Key points:

  • Automatic control: programmable cycles, auto-dosing of liquid and auto drain.
  • Materials: 316L, 17-4PH, titanium alloy, aluminum alloy and nickel alloy parts.
  • Use after printing: fine burr removal, loose powder cleaning and surface smoothing.
  • Note: heavy supports should still be removed by cutting before this step.

Recommended Products

Specification

Parameter Typical Specification
Working principle Rotating magnetic field drives stainless steel pins through the part surface
Pin material SUS304 or SUS316 stainless steel
Pin diameter 0.2 mm to 1.5 mm, selected by burr size and part geometry
Tank capacity 2 L to 20 L depending on model
Rotation speed Approx. 500 to 2800 rpm, stepless adjustment
Motor power 0.4 kW to 1.5 kW depending on model
Power supply 110 V / 220 V / 380 V, 50 / 60 Hz, customizable to destination market
Process time Typically 10 to 60 minutes per batch
Process medium Clean water with a deburring or polishing liquid
Control Automatic cycle control; forward and reverse rotation
Control system PLC with touch screen and recipe storage
Automatic functions Timed cycle, speed ramp, liquid dosing, auto drain
Suitable printed materials 316L, 17-4PH, Ti6Al4V, AlSi10Mg, Inconel
Surface improvement Reduces surface roughness and loose powder adhesion
Optional accessories Pin separator, filtration, additional tanks

Specifications are typical values. Models, tank size, voltage and options can be customized. Please contact us with your part details for a suggested configuration.

Application

Additive manufacturing users apply this machine as a post-processing step to reduce manual labour and improve part consistency.

  • Aerospace brackets and nozzles: clean fine edges and surface of printed titanium and nickel parts.
  • Medical implants and instruments: smooth small printed parts before final polishing.
  • Tooling and conformal-cooling inserts: clean small channels and edges.
  • Automotive prototypes: finish small metal printed parts in batches.
  • Dental frameworks and crowns: remove residue and smooth surfaces.
  • Lattice and lightweight structures: clean fine features that tools cannot reach.

Printed parts vary in geometry, so we suggest a sample trial to confirm pin size, time and the right balance between smoothing and detail retention.

Advantages

  • Repeatable post-processing: stored recipes reduce operator dependence.
  • Hands-off operation: automatic cycle, dosing and drain save labour.
  • Cleans complex geometry: pins and liquid reach internal channels and lattices.
  • Less manual finishing: reduces hand sanding and filing time.
  • Detail-friendly: gentle action helps preserve thin walls and fine features.
  • Fits production workflow: easy to integrate with heat treatment and inspection steps.

Comparison with Other Deburring Methods

Factor Magnetic Pin Deburring Vibratory or Barrel Finishing Manual Deburring
Access to small holes and slots Excellent, fine pins enter micro features Limited, media is often too large Depends on operator and tools
Typical cycle time 10 to 60 minutes per batch Several hours per batch Minutes per part, labour heavy
Consistency between batches High, controlled by time and speed Medium Varies by operator
Risk of part-to-part damage Low, parts are held in the pin bed Higher, parts can collide Scratches and over-removal possible
Labour requirement Low, load and unload only Low High
Fit for 3D printed parts Cleans channels, lattices and fine burrs Poor access to internal features Very slow on complex shapes

Buyers usually compare cycle time, access to small features, running cost and consistency. Send us a sample and we can show how the process performs on your own parts.

Payment and Shipping

We aim to make ordering and delivery simple for overseas buyers. The terms below are typical and can be adjusted to your project.

  • Payment terms: T/T (30% deposit, balance before shipment), L/C at sight for qualified orders, and PayPal or Western Union for samples and small orders.
  • Trade terms: EXW, FOB, CIF and DDP are available on request.
  • Lead time: Standard models usually ship within 5 to 10 working days. Customized machines take about 15 to 30 working days.
  • Packaging: Machine is wrapped in protective film and packed in a strong wooden case with foam, suitable for export.
  • Shipping methods: Sea freight, air freight and express (DHL, FedEx, UPS) to most countries.
  • Shipping documents: Commercial invoice, packing list, certificate of origin and, where applicable, CE Declaration of Conformity.
  • Warranty and support: 12-month warranty on the machine, spare parts supply, English manual and remote video support.

Samples can be processed and returned with a short test report to support your evaluation.

FAQ

  • Q: Can this machine remove support structures from 3D printed metal parts?
  • A: No. Supports should be removed by cutting or machining first. The machine is designed for fine burrs, residual powder and light surface smoothing after that step.
  • Q: Does it work for titanium and Inconel printed parts?
  • A: Yes. The pins are made of stainless steel and work on titanium, nickel alloys, stainless steel and aluminum. Process time may be longer for harder materials.
  • Q: What does the automatic function include?
  • A: Programmable cycles, speed control, liquid dosing and drain control. Recipes can be saved for different part types so operators only select the program.
  • Q: Can it clean internal channels?
  • A: Yes, when the channel diameter is larger than the pin size. For long or blind channels, flow and pin size need to be matched. We recommend a trial run with your sample.
Suzhou Shengya Precision Machinery Co., Ltd.
Suzhou Shengya Precision Machinery Co., Ltd.
14 TH
Years of Experience
About ShengYa

Automatic Magnetic Deburring Machine for 3D Printed metal Parts Suppliers and Automatic Magnetic Deburring Machine for 3D Printed metal Parts Factory in China. Suzhou Shengya Precision Machinery Co., Ltd. is a source manufacturer specialising in the research, development, production and sales of metal surface treatment equipment. We are dedicated to providing global clients with professional integrated solutions for polishing, deburring and cleaning.
Located in Suzhou, Jiangsu Province, China, the company operates a modern production facility spanning approximately 2,000 square metres alongside a specialised R&D centre. With an annual output value reaching tens of millions, it stands as one of the leading enterprises in China's magnetic polishing and precision deburring equipment sector. Supply Automatic Magnetic Deburring Machine for 3D Printed metal Parts Custom.

VIEW MORE
Contact Us
Recommended LINS: Magnetic Deburring Machine for Metal Stamping Parts Magnetic Deburring Machine for CNC Machined Parts Magnetic Deburring Machine for Aerospace Precision Parts Magnetic Deburring Machine for Jewelry and Watch Parts
X Facebook
Products News