Milled Parts of Aluminium  Manufacturers, Traders, Suppliers

We, GLEICH Aluminiumwerk GmbH & Co. KG, specialize in the production of high-quality milled aluminium parts. With years of experience and state-of-the-art production technologies, we produce precision parts according to individual customer requirements. Our milled parts are characterized by their high quality, precision and durability.
Our range includes a variety of aluminum milled parts in different shapes, sizes and designs. Whether prototypes, small series or large orders - we manufacture the right milled parts for every application. Thanks to our flexible production, we are also able to complete orders at short notice and on time. Thanks to our extensive range of machinery and our qualified employees, we can also manufacture complex milled parts to the highest quality. Put your trust in our many years of experience and expertise in the field of aluminum processing and let our high-quality milled parts convince you.

• Material: aluminium
• Tolerances: in accordance with DIN ISO 2768
• Surfaces: anodized or painted
• Maximum dimensions: 800 x 400 x 200 mm
• Minimum wall thickness: 1 mm
• Milling depth: up to 100 mm
• Quantities: possible from 1 piece
• Delivery time: individual depending on order situation

• Automotive industry
• Aerospace industry
• Electrical engineering
• Mechanical engineering
• Medical technology
• Construction industry
• Electronics industry
• Packaging industry
• Furniture industry
• Sports and leisure equipment

On our modern machine tools we can produce components with dimensions of 1,000 x 1,000 x 1,000 mm or 2,200 x 500 x 500 mm.

Mechanical engineering, automotive, energy, medicine, toolmaking

Your expert for screws, nuts, threaded inserts and precision parts.
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Range of services:
The entire range of mechanical processing (turning, milling, drilling, grinding) as well as the assembly of components and machines.

CNC milling is a highly precise and versatile machining process used to remove material from a solid block to create a specific shape or design. It involves the use of a CNC system to manipulate a multi-point cutting tool, typically a milling cutter, with extreme accuracy. During this process, the workpiece is securely mounted on a table, and the milling cutter is rotated at high speeds to systematically chip away at the material. This method is particularly effective for generating flat surfaces, but its capabilities extend far beyond simple shapes.
One of the key features of CNC mills is its ability to perform intermittent cutting with multiple machine steps, allowing for the efficient creation of complex geometries. The technology has evolved to include 3, 4, and 5-axis milling machines.

Small size: 0.2～10mm; general size: 10～800mm; large size to 8000mm

All industrial sectors, covering all occasions where metallic and non-metallic Milled components are required.

Precison CNC Machining
Material:Aluminum,Stainless Steel,Copper,Brass,POM,Plastic,Ceramic etc
Certificate:ISO9001 & 16949
Inspecting: Carl Zeiss/Hexagon CMM
Machining center: 3-4-5 Axis Machining center, Mazak,Hass,and brothers brand

1. Basic parameters of the equipment
Processing stroke: The X-axis stroke can reach 200 millimeters, and the distance from the spindle nose to the worktable is 100 millimeters.
Main spindle power: Common configurations include 15 kW and 22 kW, and the appropriate power should be selected according to the material hardness.
Whole machine structure: Some models are made of 304 stainless steel and equipped with guide rails, footrests, and pressure blocks to enhance rigidity.
2. Processing technology and tool selection
Process classification: divided into rough cutting (fast material removal with large cutting tools), medium/semi finishing (transitional processing), and finishing (small step high speed).
Tool matching:
Plastic/Wood: Domestic white steel knife;
Copper aluminum/low hardness steel: imported or high-quality domestic steel knives;
High hardness mold steel: alloy knife, titanium plated knife or tungsten steel knife 2
3. Cutting parameter settings
Speed and feed: It needs to be adjusted according to the hardness of the material and the type of tool. During precision machining, high speed is required with a small cutting step of 23.
Thermal stability impact: Insufficient preheating of the machine tool may lead to dimensional fluctuations (such as early processing errors of 5-6 threads), and it is necessary to stabilize the accuracy through a thermal machine.
4. Control system and operation
Program transfer: Supports transferring G-code from a USB flash drive, and the operation process includes standardized steps such as tool alignment and startup.
Emergency stop and limit: The external button can be configured with emergency stop, jog, and high/low speed switching functions. The limit signal needs to be designed to be normally closed to ensure safety.

1. Medical device manufacturing
Implants and prostheses: such as hip/knee implants, bone nails, bone plates, etc., must meet 4 μ m tolerance and biocompatibility requirements (titanium alloy, PEEK material).
Surgical tools: Minimally invasive surgical instruments, robotic arm components, etc., rely on five axis machining to achieve complex geometric structures.
Medical equipment: endoscopic catheters, electronic medical equipment casings, and precision components.
2. Aerospace
Used for machining complex rotating parts such as turbine shafts and fuselage structural components of aircraft engines, requiring micrometer level precision.
The five axis machining center can handle deep cavity parts and meet the requirements of high-strength materials (such as 7075-T6 aluminum alloy).
3. Automotive industry
New energy vehicle parts, chassis, and high stress components are produced through CNC for rapid prototyping and flexible manufacturing.
Integrating digital manufacturing technology into smart factories to improve processing efficiency
4. Precision Electronics and Optics
Mobile phone/computer casings and optical instrument components rely on high surface smoothness and dimensional stability.
Supporting five axis drilling and attacking center in the 3C industry, optimizing AI technology.
5. Other fields
Mold manufacturing: precision machining of injection mold cores and cavities.
Customized products: such as prosthetics and dental instruments, personalized production is achieved through 3D scanning and CAD modeling.

We supply high-quality milled aluminium parts that are lightweight, corrosion-resistant, and highly versatile, suitable for industrial, structural, marine-grade, and decorative applications. Known for their excellent strength-to-weight ratio, our aluminium parts are precision milled for accuracy, durability, and superior surface finish. Ideal for components requiring CNC machining, complex geometries, and high-performance aluminium alloys.
Product Range: Series 1 (1050, 1060, 1100), Series 3 (3003), Series 5 (5052, 5754), Series 6 (6061, 6082), Series 7 (7075), etc.
Available Grades: 1050, 1060, 1100, 3003, 5052, 5754, 6061, 6082, 7075, in tempers such as O, H14, H24, T6, and thicknesses from 0.3 mm to 100 mm.
Forms Offered: Milled parts, CNC machined components, sheets, plates, coils, and custom aluminium assemblies, with surface finishes including mill finish, brushed, anodized, coated, and embossed.

Tailored to customer requirements, with materials, dimensions, tolerances, and performance properties customized to ensure optimal results in mechanical strength, insulation, chemical resistance, and durability.

Widely used in aerospace, electronics, medical devices, energy, automotive, marine, rail transportation, machinery manufacturing, and high-performance industrial equipment.

CNC (Computer Numerical Control) machining is a subtractive manufacturing process that uses computer-controlled tools to remove material from a workpiece to create a desired shape. It's a versatile technology used to produce parts and components in a wide range of industries, from prototyping to large-scale production

1. CAD Design:
An engineer creates a computer-aided design (CAD) model of the part.
2. G-Code Programming:
A CNC programmer translates the CAD model into a G-code program, a set of instructions that tells the machine how to move and operate.
3. Machine Setup:
The CNC machine is set up, including loading the G-code program and preparing the workpiece.
4. Machining Process:
The machine then executes the program, using cutting tools (like mills, lathes, or grinders) to remove material and shape the workpiece according to the design.

Automotive Accessories,medical parts,industrial products, consumer electronics,telecommunication parts

CNC milling is a manufacturing process that uses a cutting tool mounted on a rotating spindle to selectively remove material from a block of raw substrate. The workpiece is rigidly mounted to a table, and this table moves or rotates on different planes so the tool can work at many angles. Sophisticated CNC milling machines can have 5 or more axes of independent motion to make more complex shapes or to avoid having to move the workpiece to a separate machine.

The axis of motion for a CNC milling machine are based on an X-Y-Z coordinate measuring system. All machinists refer to this when describing the basic movements of the mill, relative to an operator facing the machine. A standard CNC mill for example has three axes. The milling spindle represents the Z-axis, moving up and down. The X-axis is left-to-right, and the Y-axis is front-to-back.

Racing drinking water system, 3C product, PCB assembly and electronics design, shipping, marine industry, unmanned underwater systems.