3D printing equipment and precision products
3D printing equipment and precision products
General introduction
3D printing is also called Additive Manufacturing, which is a kind of RAPID PROTOTYPING technologies.Based on digital model files, 3D printing uses powder metal or plastic and other adhesive materials to construct objects through layer by layer printing. 3D printing can be used in manufacture metal 3D printers, nylon 3D printers, 3D printing consumables, software systems and so on.
3D printing equipment is produced by the national high-tech enterprise which is committed to developing and promoting 3D printing systems and application technologies at industrial or production level. MPBF metal 3D printing advanced technology is our core part of our production. It ensures to offer professional value-added manufacturing application solutions for aerospace, high-performance industrial manufacturing, mold manufacturing, precision medicine, scientific research institutes and other fields.
At present, the company has made fruitful achievements in design equipment, process, software, materials and post-processing of Metal Powder Bed Melting (MPBF), Selective Powder Bed Sintering (PPBF) and other equipment. The company has developed additive manufacturing equipment with independent intellectual property rights independently. Our products have been exported to over 40 countries and regions in Europe, America, Japan, South Korea, Southeast Asia and so on.
Advantages
•Multiple metal 3D printing core technologies
Laser scanning path planning, protective atmosphere control, rapid purification of two-stage filtering system, gas saving, efficient powder spreading, precise substrate positioning, precise temperature control, manufacturing process diagnosis and treatment, etc.
•Manufacturing process of high-performance metal components
Multi laser optical path and power consistency, special wind field design, mechanical performance fluctuation control and parameter matching, to achieve splicing accuracy and high quality performance.
•Process Integration and Optimization of "Material Design Performance"
Combined with 3D printing technology - generative design - simulation analysis - mechanical performance demonstration; achieving high-quality manufacturing of high-performance complex metal parts, engineering plastic parts and shock absorption elastic products.
•Automation and intelligence of additive equipment
Based on quality control requirements and industrial application scenarios, develop software and hardware supported by sensors, controllers, intelligent algorithms, etc. They achieve smooth interaction, efficient processing, safety and reliability.
•Prediction and control of defects in large and complex components
Study temperature field, velocity field and molten pool; Analyze the formation mechanism and control method of internal microstructure and metallurgical defects; Based on the thermal mechanical coupling, the multi-scale prediction model of residual stress in components is established, and the control method of deformation and cracking of parts is formulated.
•Automation and intelligence of additive equipment
Based on quality control requirements and industry application scenarios, develop support based on sensors, controllers, intelligent algorithms, etc.
•Standardization of material process development and delivery
Based on the principle of additive technology and equipment performance, develop appropriate material library, process parameters and technical development route; Provide mature material process parameter package to users; Rapid form reliable production capacity; and achieve a unified delivery standard.
MPBF Metal Powder Bed Laser Melting Additive Manufacturing System
•Use stainless steel, titanium alloy, aluminum alloy, nickel alloy, die steel, drill chrome molybdenum alloy copper alloy and other micron level metal powders to directly manufacture metal parts
•Aerospace, military and other high-performance metal parts development, such as fuel nozzle blade turbine, lightweight components, internal cooling channel components, special-shaped pipes, etc;
•Direct manufacturing of metal mold, mold inlay, mold gate sleeve, and mold grafting repair
•Development of high-performance metal parts for automobiles, energy, machinery, etc., such as radiator, condenser, complex hydraulic components, lightweight components, and internal cooling channel components;
•Medical devices, orthopedic implants and other customized products.
Service
•Service hotline: provide timely and effective technical support 24 x 7 hours;
•Original spare parts: ensure high working performance and long service life of the equipment;
•Optical calibration: provide fast calibration optical system service;
•Equipment training: comprehensive training on equipment, system and maintenance, and customized training as required;
•Product upgrading: provide services for upgrading to new products;
•Maintenance: professional after-sales engineers regularly track and inspect, and provide maintenance and servicing services;
•Engineering design: engineering design services can be provided according to product application requirements;
•Technical consultation: including consultation on equipment selection, materials, process, operation, etc.
Purchasing procedures
1.Contact us by phone or email to describe your wanted products.
2.After evaluating your needs, the technical engineer will recommend appropriate equipment solutions or solutions with free charges.
3.Provide sample testing to verify whether the product plan can solve your problems or meet your needs. The samples shall be reasonably charged. After your purchasing of equipment, the payment for goods will be returned or deducted as product payment.
4.Both parties sign the contract.
5.Our technicians will offer training programs for your operator in installing and debugging.
6.Based on warranty agreement, provide regular maintenance services, technical consulting services, application consulting services, equipment and software upgrading services, etc. The services can be free or charged.
