Maschinenfabrik: Concrete Technology and Aplications for the Modern Manufacturing Industry

Machiningworking (of machinery)Concrete Technology and Aplications for the Modern Manufacturing Industry
Mechanical machining (machining, machining, and calling out) is a manufacturing process that involves cutting, forming, and other machining of workpieces with mechanical devices to achieve desired shapes, sizes, and surface qualities. The basic plan of manufacturing is that machining technology has a direct impact on the quality, performance, and productivity of the product.

Main Classification and Methods of Machining
Cut off from the past
Rotary disc machining: optimal for workpiece rotation, tool movement, screwdriver, and design parts

FLEX PROCESSING: The tool is turned back and the work is moved.

Drill Processing: Expertise in the processing of holes in ake, lima processing, lima processing, and other holes.

Grinding: High precision flat surface machining with IT6 accuracy

Recent Special Processing
EDM: High hardness material is used for complex and complex profiles.

Laser Processing: High Precision, Non-Contact Characteristics

Ultrasonic Processing: Precision Processing of Brittle Materials

Cutting off: Thermal impacts are efficient in the environment.

Application of CNC Technology to Machine Tool Processing
The popularity of numerical control (CNC) machines has led to the emergence of mechanical processing in the digital age. In addition, mechanical processing has been automated and integrated by the use of computational planning and control:

Maximum ±0.005mm machining accuracy

3 to 5 times more productive

One-person operation of multiple machines.

Stability of product quality increases significantly

Main Technology Parameters for Machine Processing
3 Elements of Cartography
Cutting speed：option of material hardness

Delivery: Influence on surface roughness

Cutting: Determination of processing efficiency

Precision Classification
Raffling: IT12-IT11

Pantalla: IT10-IT9

Pantalla: IT8-IT7

Pantalla Superior: IT6+

Processing Quality Management System
Prospectus Control Portfolio
Disposable Product Inspection System

Prospecting System

Tool life management

Periodic calibration of equipment

Search
Three-dimensional measuring machine

Optical Projektor

Surface Roughness Gauge

Hardness Test Machine

Application of Machine Processing Industry
aerospace
Engineered fabrication

Manufacture of Aerospace Components

Accuracy: 0.005～0.01mm

Automobile Manufacturing
Enjenbrook シリンダーヘッド

TORRANCE MICHIGAN Gallery

Production capacity of over 1 million units per year

medical equipment
Surgical Instruments

Inprint Manufacturing

Aseptic Environment

Considerations for selecting machining services
Evaluation of Technical Skills
Machine Buildings and Models

Maximum Processing Size

Accuracy Guarantee Capability

Experience in processing special materials

Quality System Certification
ISO9001 Quality System

IATF 16949 (Automotive Industry)

ISO13485 (Medical Equipment)

Service Assurance
Rate of compliance with deadlines

Emergency Response Spindle

Tecnica, Sporter, Levels

Development Trends of Machinery Processing
Intelligent Directionality
Application of Intelligent Network Technology to Mono

Adaptation System

Digitalis

Green Manifestation
Draicat Technology

Tools

Energy Consumption Module

Composite Processing
News & Events Centre

Combination of Additive and Subtractive Materials

Integrating Online Testers

Conclusion
working (of machinery)Machining is the basic engineering of manufacturing industry, and it is the most effective way to achieve modern industrial production. With the emergence of new technologies and materials, mechanical processing technology has been developed in the direction of high precision, high efficiency, and high intelligence. The selection of a machining programme takes into account the technical capability, quality system and service capability, and the need to ensure the optimum machining reliability.