Metal Cutting  Manufacturers, Traders, Suppliers

As a service provider for machining technology, we at GLEICH Aluminiumwerk GmbH & Co. KG are a reliable partner for companies from a wide range of industries. With our many years of experience and expertise in the field of machining technology, we offer tailor-made solutions for the individual requirements of our customers. Whether milling, turning, drilling or grinding - we have state-of-the-art machines and highly qualified employees to implement even the most demanding orders precisely and on time.
Our product portfolio includes a wide range of aluminum products in various shapes and sizes. From aluminum plates and profiles to custom-made products, we offer our customers a wide range of high-quality products. Thanks to our high-performance machining technology, we are able to process aluminum products according to our customers' individual specifications. With our extensive range and first-class service, we are the ideal partner for all companies looking for high-quality and precisely manufactured aluminum products.

• Automotive industry
• Aerospace industry
• Mechanical engineering
• Electrical engineering
• Medical technology
• Energy technology
• Construction industry
• Rail transport technology
• Packaging industry
• Food industry

• improved diameter accuracy: the precise grinding leads to accurate holes
• improved positional accuracy: the sharp drill tip cuts softly
• significant increase in the service life of your drills due to uniform distribution of cutting forces
• significant reduction in feed forces thanks to precise, symmetrical pointing
• very fast and easy regrinding: results in a significant reduction in tool costs, e.g. due to higher availability=less downtime.e.g. higher availability=less capital tied up
• no more drilling tool bottlenecks
• significant reduction in drilling tool costs
• rapid amortization of the machine and the drilling tools - and many more advantages...

In the CNC machining department, inserts are machined on modern CNC lathes and CNC machining centres. Special machining tasks that can no longer be carried out on the CNC lathes are carried out here economically on CNC machining centres, sometimes in multi-machine operation and with automatic pallet changers, as well as subcontracting of sawing sections, laser cuts, punched parts and small forged and formed parts.

We have a long standing experience in manufacturing of precision parts for:

• Products of the measurement and control technology
• Products of the elektronics industry
• Medical devices
• Security devices
• Fittings for gas and heating installation
• Household appliances, gas stoves, heating technology
• Automotive industry

Turned parts with accuracy up to +/- 2 microns in turn, common tolerance class IT6. Diameter from 3 mm to 50 mm of rod.

We have a long standing experience in manufacturing of precision parts for:

• Products of the measurement and control technology
• Products of the elektronics industry
• Medical devices
• Security devices
• Fittings for gas and heating installation
• Household appliances, gas stoves, heating technology
• Automotive industry

sheet metal cutting, perforation, tubes cutting

Machining center 4 axes  machining length 6100 mm                
machining centre Elumatec SBZ 151 5 axes machining length 7200 mm
Of course, in addition to CNC processing, we also offer the possibility of sawing aluminium profiles to fixed length, as well as punching, deburring and washing profiles in long lengths or piece by piece and professional, transport-safe packaging.Workpieces:

• Materials:

* Materials:
light alloy, steel, high- grade steel, plastics, heavy-metals    

• CNC-turning:

max. rotation / distance between centers 800 mm max. diameter 400mm   

• CNC-milling:

max. processing size 2300 x 420 x of 480mm

CNC is the abbreviation of Computer Numerical Control, which is translated into "Computer Numerical Control" in Chinese. The core is the technology of controlling mechanical movement through computer programs to achieve precision machining and automated operation. It has completely changed the traditional mode of mechanical processing relying on manual operation, and is widely used in manufacturing, aerospace, automobile, medical and other fields. It is one of the core technologies of modern industrial automation. According to the machining object and motion mode, CNC equipment can be divided into several categories, the most mainstream of which include:

• CNC lathe: It mainly processes "rotating parts" (such as shafts and disks), drives the workpiece to rotate through the spindle, and the tool moves in the radial/axial direction to cut (such as machining automobile axles and bolts).
• CNC milling machine: processing "non-rotating parts". Through the rotation of the tool, the worktable drives the workpiece to move, and realizes plane, groove, curved surface and other processing (such as processing mobile phone shell molds and mechanical brackets).
• CNC machining center (MC): An "automatic tool changer" (tool magazine) is added on the basis of the milling machine, which can automatically switch different tools to complete drilling, milling, tapping and other processes, without manual tool change, and the efficiency is greatly improved. It is the core equipment for batch processing of complex parts.
• CNC grinding machine: used for high-precision "grinding machining", the surface of the workpiece is finely grinded by the grinding wheel, achieving extremely high surface roughness and dimensional accuracy (for example, machining the inner and outer rings of bearings, precision mold cavities).
• Other special equipment: such as CNC wire cutting (processing complex mold cavities), CNC laser cutting machine (cutting metal/non-metal plate), CNC engraving machine (small precision engraving, such as seal, jewelry).

It has CNC lathes, 9 sets of three-axis and four-axis machining centers, semi-automatic sawing machines, milling machines, double-head milling machines, surface grinding machines, semi-automatic sawing machines, vertical drilling machines, hydraulic precision leveling machines, etc.

Using molds to achieve material separation or deformation under the action of a press machine;
Including punching, cutting, bending processes

1. Automotive manufacturing (core application areas)
Body components: car doors, engine hood, trunk lid and other covering parts, achieve streamlined shape and high dimensional accuracy (within a tolerance of ± 0.5mm) through stamping
Chassis structure: Skeleton components such as longitudinal beams and crossbeams require high-strength steel plate stamping, and optimizing the process can increase material utilization to 75%.
Lightweight trend: The proportion of aluminum alloy/high-strength steel stamping parts has increased, such as Tesla's modular molds achieving multi vehicle co production.
2. Home appliances and electronic devices
Shell manufacturing: The shells of household appliances such as air conditioners and refrigerators are stamped with composite molds, completing multiple processes in a single stroke.
Precision parts: Electronic device heat dissipation holes, connectors, etc. require progressive die processing, with mold tolerances controlled within ± 0.02mm.
3. Aerospace
Simple structural components: Large quantities of parts such as aircraft fuselage panels are stamped using stamping technology, balancing efficiency and cost.
Material Challenge: Stainless steel/titanium alloy stamping requires optimization of mold coatings (such as DLC coatings) to reduce friction coefficient by 30%.
4. Other fields
Industrial equipment: Customized production of mechanical shells, brackets, etc. is achieved through bending and stamping composite processes.
New energy and robots: New energy vehicle battery trays, robot joint components rely on precision stamping (accuracy up to 0.1mm level).‌

Description:
HONDER is a leading global cutting tool manufacturer, providing one-stop customized solutions for customers across multiple industries. We are committed to delivering reliable products that meet diverse machining needs.

Machining refers to a manufacturing process in which material is removed from a workpiece using various machining techniques to produce precise components with the desired dimensions and surface qualities; it is a subtractive manufacturing process, the essence of which is that cutting tools are used in the machining process - such as turning, milling, drilling, grinding and other cutting processes - to remove material from a blank in a controlled manner. In this process, the workpiece, which is usually made of solid metal or plastic, is gradually shaped into the desired form, achieving high precision and repeatability through the exact control of cutting parameters, feed rates, cutting depths and the geometry of the tools. Machining technology plays a central role in the manufacturing industry, particularly in sectors such as aerospace, the automotive industry, the manufacture of precision instruments and electronics, as it enables very complex geometries and fine structures to be realized with exact dimensional accuracy. The use of CNC systems based on modern CAD/CAM technologies significantly advances the automation of the machining process, leading to a significant increase in production efficiency and product quality. Despite challenges such as tool wear, heat management and the need for suitable coolants, machining remains an indispensable technology in modern manufacturing due to its high precision, flexibility and broad applicability, which is being further optimized through continuous technological advances to meet the increasing demands of the industry.

Machining is a manufacturing process in which workpieces with specific shapes and dimensions are produced by removing material (usually metal). This process is widely used in various industries, from automotive manufacturing to aerospace.
In the automotive industry, machining is used to produce key components such as engine parts, transmission components and chassis components. These parts require high precision and a high-quality surface finish to ensure vehicle performance and safety. For example, the production of crankshafts and camshafts is often based on precise machining techniques.
In the aerospace sector, machining is used to manufacture aircraft structures, engine components and landing gear assemblies. As these components have to operate under extreme conditions, the highest levels of precision and material properties are required. Machining meets these high standards and enables the production of complex and high-strength components.
In the energy sector, machining is used to produce components for wind turbines, nuclear power plants and oil drilling equipment. These components are often large and complex in shape and require precise and reliable machining processes.
In medical technology, machining is used in the manufacture of surgical instruments, implants and components for diagnostic equipment. These products require the highest precision and surface quality to ensure their function and patient safety. For example, the production of artificial joints and dental implants is often based on high-precision machining techniques.
Machining is also used in areas such as mold making, precision instrument manufacturing and the electronics industry. Machining allows complex geometries, high precision and excellent surface qualities to be achieved that meet the requirements of a wide range of industrial applications.

BODOR laser cutting machines use:

• Cast Iron Bed: more stable, accurate and shockproof.
• Auto Focus Laser Head: auto - focus, free, fast, accuracy, durable.
• Operating system display: Elegant appearance curve
• Cast aluminum crossbeam: Integral steel mold pressure casting, light, flexible and efficient.
• Bodor Pro 2.0: Independent R&D operating system, perfectly combines high efficiency and simplicity with inclusiveness
• Appearance design: Aesthetics was introduced to industrial ID, perfect combination of technology and aesthetics

• Functions: Auxiliary feeding mechanism, Intelligent travel protection, Intelligent travel protection, Intelligent travel protection, Intelligent travel protection, Intelligent alarm system, Automatic lubrication system.

BODOR company:

• The exports of fiber laser cutting machine are NO.1 in China!
• Listed company, serving for the world (Serving for more than 140 countries and regions)
• 7 * 24 hours and 16 languages synchronization service
• We have gained international patents and certificates including CE, ISO9001, FDA, SGS and so on.
• Attend more than 60 international exhibitions each year all around the world

BODOR laser is specialized in the R&D, production and marketing of industrial laser cutting equipments.
Our factory covers an area of 27000 square meters.
BODOR QC system runs through the whole material movement process, including input material inspection, machining line management, QC of finished products, and complete machine testing.

The equipment meets the parts processing requirements of most industries, working accuracy is stable.
At present, laser cutting machines have been widely used in electronics, electrical, mechanical hardware, new energy lithium, packaging, solar, LED, automotive and other industries.
It is suitable for cutting carbon steel, stainless steel, aluminum, copper and alloy metal materials

Batch size
Our focus is on the production of series from an order quantity of 100 machine hours per article. We will then place the delivered quantities in stock for you.
Ready-to-install
1A-turning parts supplies you with ready-to-install workpieces in tight form and position tolerances. And this at a cost that puts a smile on your face. Because, to meet your requirements, we do everything - only no compromises. When it comes to highest precision, we think about tomorrow today. High-precision contours in tough chrome-vanadium steel. Turned parts from V2A, V4A or Vacoflux. This is something for professionals, this is something for real experts.
Our capacity
70.000 machine hours per year. With a workpiece running time of 2 minutes, this would result in over 2 million parts per year.