Eredi Baitelli Since 1945 Precision Turning
  Made in Italy Made in Italy
Turned brass parts, example of precision small parts by Eredi Baitelli (Ø 0.5-40 mm)

We transform your technical drawing into precision-turned components, ranging from Ø 0.5 mm to 40 mm, using single-spindle and multi-spindle lathes capable of all machining operations.
We use brass, lead-free brass, aluminum, free-cutting steel, and bronze within a management and organizational system certified to ISO 9001, ISO 14001, and ISO 45001; ensuring quality, operational safety, and environmental responsibility.

We customize your product to every specification, delivering efficient proposals that seamlessly integrate into your production workflows. A punctual and reliable supply lets you free up time and resources to focus on innovation and the core of your business.

Industries We Serve

Our precision-turned components, crafted for tight tolerances and complex geometries, are used across numerous technically demanding sectors: from automotive to safety valves, and including fashion accessories, hunting & fishing, food & beverage, electrical & gas, plumbing & HVAC, pneumatics, fittings, and faucet components.

We transform your technical drawing into precision-turned components, ranging from Ø 0.5 mm to 40 mm, using single-spindle and multi-spindle lathes capable of all machining operations.
We use brass, lead-free brass, aluminum, free-cutting steel, and bronze within a management and organizational system certified to ISO 9001, ISO 14001, and ISO 45001; ensuring quality, operational safety, and environmental responsibility.

We customize your product to every specification, delivering efficient proposals that seamlessly integrate into your production workflows. A punctual and reliable supply lets you free up time and resources to focus on innovation and the core of your business.

Industries We Serve

Our precision-turned components, crafted for tight tolerances and complex geometries, are used across numerous technically demanding sectors: from automotive to safety valves, and including fashion accessories, hunting & fishing, food & beverage, electrical & gas, plumbing & HVAC, pneumatics, fittings, and faucet components.

We transform your technical drawing into precision-turned components, ranging from Ø 0.5 mm to 40 mm, using single-spindle and multi-spindle lathes capable of all machining operations.
We use brass, lead-free brass, aluminum, free-cutting steel, and bronze within a management and organizational system certified to ISO 9001, ISO 14001, and ISO 45001; ensuring quality, operational safety, and environmental responsibility.

We customize your product to every specification, delivering efficient proposals that seamlessly integrate into your production workflows. A punctual and reliable supply lets you free up time and resources to focus on innovation and the core of your business.

Industries We Serve

Our precision-turned components, crafted for tight tolerances and complex geometries, are used across numerous technically demanding sectors: from automotive to safety valves, and including fashion accessories, hunting & fishing, food & beverage, electrical & gas, plumbing & HVAC, pneumatics, fittings, and faucet components.

Processed
materials

—

  • BRASS, all alloys
  • SPECIAL ALLOYS: ECO BRASS C69300, CUPHIN, DZR BRASS
  • NEW DEZINCIFICATION RESISTANT ALLOYS
  • ALUMINUM
  • BRONZE
  • FREE-CUTTING STEEL
  • STAINLESS STEEL (INOX)

Production
features

—

  • OUTPUT PER MACHINE: up to 2,200 pieces/hour
  • BAR DIMENSIONS: from diameter 0.5mm to 40mm (0.0197 to 1.5748 inches)
  • WRENCH SIZE: from 2mm to 33mm (0.0787 to 1.29921 inches)
  • MAXIMUM LENGTH: up to 320mm (12.5984 inches)

Surface
treatments

—

  • ANODIZATION
  • BURNISHING
  • STANDARD CHROME PLATING
  • TRIVALENT CHROME PLATING
  • HARDNESS CONTROLLED ANNEALING
  • STRESS-RELIEF HEAT TREATMENT
  • PASSIVATION
  • PICKLING
  • GALVANIZATION
  • NICKEL PLATING
  • COPPER PLATING
  • TIN PLATING
  • NICKEL FREE

Processed
materials

—

  • BRASS, all alloys
  • SPECIAL ALLOYS: ECO BRASS C69300, CUPHIN, DZR BRASS
  • NEW DEZINCIFICATION RESISTANT ALLOYS
  • ALUMINUM
  • BRONZE
  • FREE-CUTTING STEEL
  • STAINLESS STEEL (INOX)

Production
features

—

  • OUTPUT PER MACHINE: up to 2,200 pieces/hour
  • BAR DIMENSIONS: from diameter 0.5mm to 40mm (0.0197 to 1.5748 inches)
  • WRENCH SIZE: from 2mm to 33mm (0.0787 to 1.29921 inches)
  • MAXIMUM LENGTH: up to 320mm (12.5984 inches)

Surface
treatments

—

  • ANODIZATION
  • BURNISHING
  • STANDARD CHROME PLATING
  • TRIVALENT CHROME PLATING
  • HARDNESS CONTROLLED ANNEALING
  • STRESS-RELIEF HEAT TREATMENT
  • PASSIVATION
  • PICKLING
  • GALVANIZATION
  • NICKEL PLATING
  • COPPER PLATING
  • TIN PLATING
  • NICKEL FREE

Processed
materials

—

  • BRASS, all alloys
  • SPECIAL ALLOYS: ECO BRASS C69300, CUPHIN, DZR BRASS
  • NEW DEZINCIFICATION RESISTANT ALLOYS
  • ALUMINUM
  • BRONZE
  • FREE-CUTTING STEEL
  • STAINLESS STEEL (INOX)

Production
features

—

  • OUTPUT PER MACHINE: up to 2,200 pieces/hour
  • BAR DIMENSIONS: from diameter 0.5mm to 40mm (0.0197 to 1.5748 inches)
  • WRENCH SIZE: from 2mm to 33mm (0.0787 to 1.29921 inches)
  • MAXIMUM LENGTH: up to 320mm (12.5984 inches)

Surface
treatments

—

  • ANODIZATION
  • BURNISHING
  • STANDARD CHROME PLATING
  • TRIVALENT CHROME PLATING
  • HARDNESS CONTROLLED ANNEALING
  • STRESS-RELIEF HEAT TREATMENT
  • PASSIVATION
  • PICKLING
  • GALVANIZATION
  • NICKEL PLATING
  • COPPER PLATING
  • TIN PLATING
  • NICKEL FREE

THE MACHINING STEPS

First stage. Close-up of a brass turned component during the roughing process, with end-milling and centering performed to ensure precision in subsequent machining.

Roughing pass
end-milling + centering

Fourth stage. Precision turning process: polygon turning and drilling on a brass mechanical component.

Polygon turning,
drilling

Second stage. Precision turning process: execution of undercut machining and chamfer on thread for high-quality mechanical components.

Undercutting
+ thread chamfering

Fifth stage. Precision machining: surface knurling and complete through-hole drilling on a brass turned mechanical component.

Knurling,
through-hole drilling

Third stage. Precision machining on a brass turned component with G 3/8‒0.1 inch threading, showcasing high mechanical quality.

Threading
G 3/8” ‒ 0.1

Sixth stage. Precision turning process: pick-up, reworking, and cutting on a brass turned component.

Pick-up:
reworking and cutting

First stage. Close-up of a brass turned component during the roughing process, with end-milling and centering performed to ensure precision in subsequent machining.

Roughing pass
end-milling + centering

Fourth stage. Precision turning process: polygon turning and drilling on a brass mechanical component.

Polygon turning,
drilling

Second stage. Precision turning process: execution of undercut machining and chamfer on thread for high-quality mechanical components.

Undercutting
+ thread chamfering

Fifth stage. Precision machining: surface knurling and complete through-hole drilling on a brass turned mechanical component.

Knurling,
through-hole drilling

Third stage. Precision machining on a brass turned component with G 3/8‒0.1 inch threading, showcasing high mechanical quality.

Threading
G 3/8” ‒ 0.1

Sixth stage. Precision turning process: pick-up, reworking, and cutting on a brass turned component.

Pick-up:
reworking and cutting

First stage. Close-up of a brass turned component during the roughing process, with end-milling and centering performed to ensure precision in subsequent machining.

Roughing pass
end-milling + centering

Second stage. Precision turning process: execution of undercut machining and chamfer on thread for high-quality mechanical components.

Undercutting
+ thread chamfering

Third stage. Precision machining on a brass turned component with G 3/8‒0.1 inch threading, showcasing high mechanical quality.

Threading
G 3/8” ‒ 0.1

Fourth stage. Precision turning process: polygon turning and drilling on a brass mechanical component.

Polygon turning,
drilling

Fifth stage. Precision machining: surface knurling and complete through-hole drilling on a brass turned mechanical component.

Knurling,
through-hole drilling

Sixth stage. Precision turning process: pick-up, reworking, and cutting on a brass turned component.

Pick-up:
reworking and cutting

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Eredi BaitelliSince 1945 Precision Turning