Deburring machine

Modern sheet metal production does not end with cutting. Every part needs proper finishing to ensure safety, quality, and readiness for further processing.

Inquiry of Deburring machine

The Raptor1000 belt metal sander is a professional deburring machine designed for automatic removal of burrs, slag, and sharp edges from metal parts. By combining a wide abrasive belt with rotary brushes, it delivers consistent and repeatable results without manual labor.

Why deburring is essential

If parts are not properly deburred, several production issues arise and quickly accumulate.

Typical problems include:

  1. sharp edges posing safety risks
  2. poor surface preparation for coating or welding
  3. time-consuming and costly manual grinding

The Raptor1000 solves all of these in a single pass.

  • removes slag and oxidation
  • rounds edges (typically R0.5–1.5 mm)
  • evens out the surface
  • prepares parts for further processing

The result is a clean, safe, and production-ready component.

Key advantages of Raptor1000

The machine is designed for industrial environments where efficiency and consistency are critical.

Automation of production

The through-feed system eliminates the need for manual finishing.

  • continuous material processing
  • consistent quality independent of operator
  • significant reduction in labor costs
  • Versatile applications

The machine can handle different cutting technologies and materials.

  1. laser cutting (fiber, CO₂)
  2. plasma cutting
  3. oxy-fuel cutting
  4. steel, stainless steel, aluminum
  5. Perfect surface finish

The combination of abrasive belt and brushes ensures high-quality results.

  • removal of micro burrs
  • removal of heavy slag
  • uniform surface finish
  • High productivity

Designed for continuous operation with minimal downtime.

  • feed speed up to 0–10 m/min
  • adjustable processing speed
  • suitable for both batch and mass production

Stable material handling

Precise guiding is essential, especially for thin parts.

  1. pressure rollers
  2. vacuum system
  3. optional magnetic table

How the machine works

The process is simple but highly effective, ensuring consistent output quality.

The workflow includes:

  1. material is fed into the machine via conveyor
  2. abrasive belt removes rough imperfections
  3. rotary brushes finalize the surface and round edges
  4. finished part exits ready for further processing

All steps are fully automated, minimizing operator intervention.

Technical specifications of QMC1000

The machine is built according to industrial standards, offering flexibility and performance.

Basic specifications

Designed for both standard and demanding production environments.

working width: up to 1000 mm
material thickness: approx. 0.3 – 100 mm
feed speed: 0–10 m/min
machine dimensions: approx. 2600 × 1900 × 2200 mm
weight: approx. 2000–2800 kg

Deburring system

The core of the machine that defines the final quality.

number of brushes: 4 / 6 / 8 (configurable)
brush speed: 0–1000 rpm
roller diameter: approx. 190 mm
edge rounding: R0.5–1.5 mm

Drives and power

Sufficient power ensures stable and reliable operation.

total power: approx. 16 – 32 kW
conveyor motor: approx. 1.5 kW
vacuum system: approx. 7.5 – 11 kW
table lifting motor: approx. 0.37 kW

Configuration options

Every production environment is different, so the machine can be customized accordingly.

Available options include:

  • 4 / 6 / 8 processing units
  • different brush types (abrasive, steel)
  • adjustable grinding aggressiveness
  • vacuum or magnetic holding system
  • integration into automated production lines

This flexibility ensures optimal performance for any application.

Typical applications

The QMC1000 is widely used across industries working with sheet metal.

Laser cutting

Laser-cut parts often require fine finishing.

  • removal of oxidation
  • preparation for coating
  • improved surface appearance

Plasma cutting

Plasma cutting produces heavier slag that must be removed.

  • slag removal
  • surface leveling
  • improved part quality

Welding preparation

Proper preparation is essential for high-quality welds.

  • removal of oxidation
  • edge preparation
  • improved weld quality

Coating and surface finishing

Surface quality directly affects final product appearance.

Return on investment

Investing in a deburring machine has a direct impact on production efficiency and cost reduction.

Benefits include:

  1. significant reduction in manual labor
  2. faster production throughput
  3. consistent quality with fewer defects

In many cases, the return on investment is achieved within one year.

Who is this machine for

The Raptor1000 is ideal for companies looking to automate and improve their production process.

  • laser cutting companies
  • plasma and oxy-fuel cutting operations
  • job shops
  • mass production manufacturers