Einstein Industrie Technik Corporation
Most recent update: 2025-04-01
PR message
Business activities: Sales of laser technology products and services.
Products and Services
- Laser Welding
- Laser Cladding
- Laser / Plasma Cleaning
- Laser Marking
- Laser Cutting
- Robotic and Automation
A new standard in precision and efficiency. EIT's laser cutting technology revolutionizes the manufacture of precision parts across all industries, from automotive to medical devices.
Laser cutting is an indispensable technology for the manufacture of precision parts in various fields such as the automotive industry, mold making, jewelry, and medical device manufacturing. High-precision laser cutting provided by EIT can accurately and quickly cut materials of complex shapes and thicknesses, enabling production with low lead times, and reducing costs and waste.
Features
Ensures consistent quality with high precision and accurate cutting
Enables rapid product manufacturing with low lead times
Reduces waste and is environmentally friendly
Operates with low energy consumption for cost-effective operations
Specifications
Technology: Laser Cutting
Applicable Industries: Automotive, Mold, Tools, Jewelry, Medical Devices
Features: Capable of cutting complex shapes and thick materials
Applications
EIT's laser cutting services are applicable to a wide range of products, from automotive parts requiring strict tolerances to delicate components of medical devices and sophisticatedly designed jewelry. EIT's laser technology can achieve these complex tasks at a high level demanded by these fields.
Transform your molds into wear and corrosion-resistant assets with high-quality laser welding provided by EIT Lasertechnik. Catering to all types of repairs to extend service life.
EIT Lasertechnik achieves precise workmanship for every need from mold repair to new creation through laser welding technology. Molds degraded by wear or corrosion can regain their original performance with EIT's laser welding, further extending their service life. This reduces mold replacement costs and contributes to improved production efficiency.
Features
Prevention of wear and corrosion in molds through high-quality laser welding
Restoration of original precision with detailed repairs
Customized services capable of addressing various mold issues
Ensuring longevity and continuous productivity
Specifications
Technology: Precision laser welding
Application: Mold repair, new creation, wear and corrosion protection
Target: Issues like aluminum debris clogging in molds, damaged core pins, and adjustment of ejector pins
Applications
EIT Lasertechnik's laser welding is extensively used for repairing mold mildew and defects, reconstructing worn areas, and creating new parts. EIT provides reliable solutions for repairs in difficult positions and achieving high-quality finishes in all industrial sectors.
Einstein Industrie Technik Corporation's laser cleaning fundamentally improves the quality of pre-treatment for metal surfaces before welding and painting. Achieve the best results with stable precision and speed.
The EIT Laser Cleaning offered by Einstein Industrie Technik Corporation is an innovative solution in the pre-treatment process of metal surfaces. It efficiently removes contaminants such as rust, oxides, and paint from the surface, creating an optimal substrate for welding and painting operations. This significantly enhances the quality of work and prevents the fading of paint over time.
Features
Fiber laser technology that is non-damaging compared to traditional cleaning methods
High precision cleaning to improve the quality of welds
Laser treatment that accommodates the removal of various types of paint and prevents fading
Laser technology that can also be used for surface treatment before bonding and painting
Specifications
Technology: Laser Cleaning
Target: Metal surfaces (removal of contaminants such as rust, oxides, and paint)
Application: Pre-welding cleaning, preparation before painting, surface treatment for bonding and painting
Applications
Laser cleaning technology is used in a wide range of applications, including battery marking in the automotive industry. It is especially suited for the pre-treatment of precision parts requiring high accuracy and for consistent cleaning operations in mass production processes. It reduces the rate of errors, thereby lowering the risk of product recalls.
Laser Cutting Technology: Meeting Precision Fabrication Needs in Every Industry, from Medical to Electronics.
Laser cutting technology was developed to cater to precise cutting tasks across a broad spectrum of fields, including automotive, tools, jewelry, medical, computers, and the manufacturing of electronic devices. It boasts high precision and efficiency, enabling it to handle complex shapes and materials that were challenging to cut with traditional methods.
Features
High Precision Cutting: Utilizes cutting-edge technology to achieve precise cuts, even in fine details.
Compatibility with a Wide Range of Materials: Capable of processing various materials, including metals, plastics, and glass.
High-Speed Processing: Maintains a fast processing speed to ensure high productivity.
Environmentally Friendly: Compared to traditional methods, it consumes less energy and reduces waste.
Specifications
Cuttable Thickness Range: Adjustable from 0.1mm to 25mm, depending on the material.
Processing Speed: Optimizes speed based on the material and its thickness.
Compatible Materials: Metals, plastics, ceramics, glass, and more, covering a wide range of materials.
Machine Dimensions: Width × Depth × Height = 2500mm × 1500mm × 1200mm (varies by model).
Laser cutting technology is a versatile solution that meets the demands of various industrial fields, from manufacturing medical devices requiring precision cutting to processing small components in electronic devices. It enables high-precision and high-speed processing that was not possible with traditional cutting methods, contributing to improvements in product quality and production efficiency.
Achieving laser marking with high precision. Fiber lasers enable a reduction in operation time and an improvement in work quality.
Laser marking utilizes the power of fiber lasers to provide high-quality marking solutions for various applications. This technology is suitable for a wide range of engraving tasks, including thermal black marking and trench marking, and achieves the precision and speed essential for product identification and tracking. Laser marking enables a reduction in operation time and an improvement in work quality, contributing to the efficiency of the manufacturing process.
Features
High-precision marking facilitates easy tracking and identification of products.
Efficient engraving process using fiber lasers.
Reduction in operation time and achievement of high-quality marking.
Compatible with a wide range of materials, meeting various marking needs.
Specifications
Technology: Laser Marking
Functions: Thermal black marking, trench marking, etc.
Applicable materials: Suitable for a variety of materials.
Applications
Laser marking technology is used in various fields, including the automotive industry, electronic devices, medical equipment, and tool manufacturing. It supports all scenarios requiring high precision and speed, such as engraving serial numbers on products, generating barcodes and QR codes, and marking logos and patterns.
Achieve ultimate cleanliness of metal surfaces with laser cleaning. Removing rust, oxides, and paint has never been easier.
High-efficiency laser cleaning technology is a cutting-edge solution for removing rust, oxides, paint, and other contaminants from metal surfaces. This method is applicable for cleaning welds, removing mold, and even complex surface treatments, offering significant improvements in work efficiency and minimal environmental impact compared to traditional cleaning methods.
Features
Rapid and effective removal of contaminants with high-power lasers
Safely cleans surfaces without causing damage
Applicable to a wide range of materials and versatile in use
Environmentally friendly cleaning process
Specifications
Technology: Laser Cleaning
Target: Rust, oxides, paint, and other contaminants on metal surfaces
Applications: Cleaning of welds, mold cleaning, surface treatment
Applications
Laser cleaning is applied in a wide range of fields including the automotive industry, aerospace industry, manufacturing, and construction. It is particularly valued for its high efficiency and safety in cleaning precision parts and areas that are difficult to maintain.
EIT Laser Welding opens new horizons in manufacturing. Extends the service life of products and protects against wear and corrosion.
Laser welding is a high-quality joining technology required in the manufacturing industry and repair services. EIT's laser welding technology offers superior wear and corrosion protection, significantly enhancing the product's service life. This technology combines high precision and speed, capable of handling complex shapes and intricate details.
Features
Consistent quality through high-precision welding
Formation of welds resistant to wear and corrosion
High durability extending the product's service life
Applicability to various materials
Specifications
Technology: Laser Welding
Application: New production and repair
Function: Wear and corrosion protection, extension of service life
Applications
EIT's laser welding technology is used in a wide range of fields from the automotive industry to medical devices and energy equipment, for both manufacturing and repair. This enables the provision of products with longer service lives and superior performance.
Achieving true metallurgical bonding with EIT's laser cladding. High-power lasers enhance the durability and performance of various materials' surfaces.
EIT's laser cladding is an advanced technology that uses high-power industrial lasers to weld material onto the surface of a substrate, forming a durable overlay. This process allows the use of various cladding materials, each imparting unique characteristics to the surface. Because true metallurgical bonding occurs, the joint is exceptionally strong, offering both functionality and durability.
Features
Precision cladding with high-power lasers
Applicability of various cladding and blend materials
High durability and performance through true metallurgical bonding
Ideal for protection against surface wear and corrosion
Specifications
Technology: Laser Cladding
Function: Forming a durable overlay on the surface
Applicable Materials: A wide range of cladding and blend materials
Applications
EIT's laser cladding is used in industries such as aerospace, automotive, and energy to improve parts' surfaces, enhancing resistance to wear and corrosion. It is also suitable for manufacturing custom products that require surfaces with specific functionalities.
| Company name | Einstein Industrie Technik Corporation | Website URL | http://www.eitlaser.com |
|---|---|---|---|
| Street address |
Nongtumlung Pantong Chonburi Kingdom of Thailand
[See map] |
Person in charge | Rawiwan Ngoiphuthorn |
| Telephone number | +66-2-0529544 | Fax number | +66-2-052-9544 |
| Capital | 72,000,000 THB | Employees | 20 |
| Annual sales | Unregister | EMIDAS Member Number | 95199 |
| Type of manufacturing | Industrial machinery | ||
| Main 3 products |
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