CASTEM (SIAM) CO., LTD.

[Metal Injection Molding] Screw Holder (Chonburi,Thailand)

The medical device screw holder offered by CASTEM, made of SUS316L material and sized 8x6x5mm, combines precision and hygiene in its design. It supports the medical field with high-quality metal injection molding technology. In the manufacturing of medical devices, the selection of materials and precision manufacturing technology are of utmost importance. The screw holder provided by CASTEM, made of SUS316L and manufactured through Metal Injection Molding (MIM) technology, meets the high accuracy and hygiene requirements of the medical device industry. Despite its compact size of 8x6x5mm, it excels in corrosion resistance and durability, enhancing the reliability of medical devices. Features Use of High Corrosion Resistance SUS316L Material: Ensures safety and durability in medical environments. High Precision Metal Injection Molding Technology: Achieves meticulous design and functionality, improving the quality of medical devices. Compact Size: At 8x6x5mm, it can be used in limited spaces and is easily integrated into various medical devices. Specifications Material: SUS316L Size: 8x6x5mm Technology: Metal Injection Molding (MIM) Applicable Industries: Medical Devices Designed to meet the stringent demands of medical device manufacturing, this screw holder, powered by CASTEM's technological capabilities, offers corrosion resistance, durability, and precision. It enhances efficiency and safety in the medical field.

[Cutting] Five-axis machining sample (Chonburi, Thailand)

Challenging the limits of AC4C material, CASTEM's five-axis machining technology introduces complex shapes and precision finishes, bringing new value to the object industry. The wave of technological innovation has reached the object industry. Sample manufacturing of AC4C material by CASTEM using five-axis machining technology enables complex shapes and high precision. This technology allows for the simultaneous control of machine movement along five axes, enabling the molding of three-dimensional shapes in one go, significantly enhancing design freedom. Features Five-Axis Simultaneous Machining: Allows for fast and precise processing of complex shapes. Characteristics of AC4C Material: Uses AC4C material with superior mechanical properties to produce durable products. High Design Freedom: Unrestricted by limited shapes, it enables the realization of designers' imaginations. Specifications Material: AC4C Machining Technology: Five-Axis Machining Applicable Industries: Object Design, Industrial Design Samples made with AC4C material through five-axis machining technology present new product designs and manufacturing methods in the object industry. CASTEM's technology is a powerful tool for turning creative ideas into reality.

[Cutting] Tetrapod (Chonburi, Thailand)

In the world of object design, originality and precision are paramount. The Tetrapod made of AC4C material by CASTEM is produced using state-of-the-art cutting technology. While maintaining a consistent size of 27 x 27 x 27mm, it combines design flexibility and practicality. This Tetrapod is poised to occupy a significant position in the functional and aesthetic object industry. Features Advanced Cutting Technology: Achieves precise shapes and fine detail finishes with a sophisticated cutting process. Advantages of AC4C Material: Utilizes AC4C material known for its strength and corrosion resistance, providing long-term durability. Design Diversity: Offers customization to adapt to various designs and environments. Specifications Material: AC4C Size: 27 x 27 x 27 (mm) Applicable Industries: Object Design, Interior, Art The Tetrapod transcends mere object status, bringing color and functionality to our lives in various forms. CASTEM's innovative cutting technology is indispensable in shaping them.

[Digital Casting] PT60k LOX injector inlet (Chonburi, Thailand)

Equipped with the precision and strength of SCS13 material, the PT60k LOX Injector Inlet elevates aerospace capabilities further with CASTEM's digital casting technology. The liquid oxygen (LOX) injector in the aerospace industry is a critical component directly linked to engine performance. CASTEM's PT60k LOX Injector Inlet, manufactured through digital casting using SCS13 material, features a precise design with a diameter of 102mm. This technology meets the aerospace industry's demands for extremely high quality and durability. Features Precision of Digital Casting: Advanced digital control allows for precise molding and the replication of complex internal structures. Durability of SCS13 Material: Utilizes SCS13 material known for its excellent corrosion resistance, ensuring reliability in harsh environments. Optimized Design: The design is optimized to maximize the functionality of the LOX injector. Specifications Material: SCS13 Size: Diameter 102 (mm) Applicable Industry: Aerospace Manufacturing Technology: Digital Casting The PT60k LOX Injector Inlet is a high-performance component designed to meet the stringent requirements of the aerospace industry, with CASTEM's digital casting technology playing a crucial role in its manufacture.

[Digital Casting] PT14K gimbal mount prototype (Chonburi, Thailand)

Meeting the precise demands of the aerospace industry, the PT14K gimbal mount signifies a step towards the future of aviation technology, born from the fusion of CASTEM's digital casting technology and AC4C material." In the aerospace industry, the accuracy and lightness of components are crucial technical requirements. Utilizing CASTEM's digital casting technology, the PT14K gimbal mount is designed using AC4C material to meet these requirements. Its compact yet robust structure with a diameter of 94mm offers an optimal solution for adapting to cutting-edge aerospace technology. Features High-Precision Digital Casting: Utilizes the latest digital technologies in casting to achieve high precision in shape and dimensions. Use of AC4C Material: AC4C material is selected for its superior mechanical properties and heat resistance, ensuring strength under harsh conditions. Aerospace Industry Compatibility: The lightweight and high-strength design enhances the efficiency and functionality of aviation equipment. Specifications Material: AC4C Size: Φ94 (mm) Applicable Industry: Aerospace Manufacturing Technology: Digital Casting The PT14K gimbal mount is a product that looks to the future of the aerospace industry, delivering the highest standards of quality and performance through CASTEM's advanced digital casting technology.

[Metal Injection Molding] Paper airplane-shaped charm (Chonburi, Thailand)

CASTEM brings to life a meticulously detailed paper airplane-shaped charm through metal injection molding technology using AC4C material, adding a unique appeal to your object collection. In the world of object design, precision and unique design are highly sought after. CASTEM's paper airplane-shaped charm, made from AC4C material using metal injection molding (MIM) technology, perfectly blends these two elements. Despite its compact size of 27 x 27 x 27mm, the charm's intricate details will surely add new allure to any collection. Features Precise Design: High-precision molding through MIM technology faithfully replicates the delicate details of a paper airplane. Choice of AC4C Material: The use of AC4C material, which combines durability and aesthetics, ensures its beauty lasts over time. Versatile Use: Ideal as part of an accessory or object collection, or as a special gift. Specifications Material: AC4C Size: 27 x 27 x 27 (mm) Applicable Industries: Object, Accessory Manufacturing Technology: Metal Injection Molding (MIM) This paper airplane-shaped charm is truly a work of art, where advanced manufacturing technology and creative design converge. With CASTEM's technical expertise, it offers a unique item that will stand out in any setting.

[Metal Injection Molding] Gear shaft (Chonburi, Thailand)

CASTEM's precision metal injection molding technology meets the needs of the construction industry. Using SUS304 material for a gear shaft, it achieves high durability and precision with a size of 8x6x6mm. In the construction industry, parts that demand durability and precision are essential. CASTEM's gear shaft, made of SUS304 material and manufactured through Metal Injection Molding (MIM) technology, provides products that meet these requirements. Despite its compact size of 8x6x6mm, this gear shaft offers high durability and precision, making it an ideal solution for various machinery and devices in the construction field. Features Use of High Durability SUS304 Material: Offers stable performance over a long period under the harsh conditions of construction sites. Precision Metal Injection Molding Technology: The advanced manufacturing process ensures consistent quality and precise dimensions. Compact Size with High Functionality: The 8x6x6mm gear shaft is suitable for use in limited spaces and can accommodate various construction applications. Specifications Material: SUS304 Size: 8x6x6mm Technology: Metal Injection Molding (MIM) Applicable Industry: Construction Designed to meet the stringent demands of the construction industry, this gear shaft by CASTEM is made from SUS304 material, ensuring durability and corrosion resistance. The precision metal injection molding technology allows for high-precision manufacturing. This makes it suitable for a wide range of applications in the construction field.

[Metal Injection Molding] Side pressure (Chonburi, Thailand)

Metal Injection Molding (MIM) Technology for Precision Mechanical Parts Manufacturing. CASTEM's SUS630 used in a size 11x11x9mm side pressure part elevates durability and accuracy above industry standards. Metal Injection Molding (MIM) is a technology for efficiently and consistently manufacturing complex-shaped metal parts. CASTEM utilizes this technology to offer innovative solutions, especially in the field of mechanical accessories. The side pressure part introduced here, made of SUS630 material and sized 11x11x9mm, sets a new standard in the industry with its superior performance and durability. Features High-Quality Material: SUS630 features corrosion resistance, high strength, and excellent heat treatment capabilities, ensuring stable performance even under harsh conditions. Precision Molding Technology: Metal Injection Molding (MIM) maintains high accuracy and uniformity even for complex shapes. Size Optimization: Despite its compact size of 11x11x9mm, it maintains the necessary functionality and is applicable to various mechanical accessories. Specifications Material: SUS630 Size: 11x11x9mm Technology: Metal Injection Molding (MIM) Applicable Industries: Mechanical Accessories CASTEM's side pressure part made of SUS630 material sets a new standard in the field of mechanical accessories with its high quality and durability. The parts manufactured through this technology possess precision and strength, anticipating a wide range of applications.

[Lost Wax Casting] Side stand bracket (Chonburi, Thailand)

Side Stand Bracket Made with High-Quality S25C Material. This product offered by CASTEM sets a new standard in the motorcycle accessory industry through the use of the Lost Wax Casting method. The S25C side stand bracket provided by our company, CASTEM, is manufactured using the Lost Wax Casting method. This high-precision casting method allows for precise dimensional control even with complex shapes, proposing a new standard in the motorcycle accessory industry. High-quality S25C material is used, realizing a product that combines durability and strength. Features Precise Dimensional Control: Manufacturing with the Lost Wax Casting method allows for precise control over dimensions, even in the details. High Durability: The S25C material used ensures high durability, withstanding long-term use. Excellent Strength: The physical properties of S25C provide outstanding strength even under heavy loads. Realization of Complex Shapes: The Lost Wax Casting method makes it possible to manufacture side stand brackets with complex shapes. Specifications Material: S25C (Precision Casting) Size: 77mm x 72mm x 49.5mm Applicable Industry: Motorcycle Accessories The S25C side stand bracket, manufactured through the Lost Wax Casting method, sets a new standard in the motorcycle accessory industry with its durability, strength, and precise manufacturing technology. As a crucial component for stabilizing motorcycles, this product is adaptable to all motorcycle models, offering long-term reliability and peace of mind.

[Lost Wax Casting] Entrainment prevention plate dog for the ratchet wheel (Chonburi, Thailand)

Protecting the safety and performance of general industrial machinery with SCS13 material made plate dogs. CASTEM's precision casting technology prevents entanglement, offering long-term reliability. The safety of ratchet wheels in general industrial machinery greatly depends on the design and material selection of its components. The anti-entanglement plate dog made from SCS13 material by CASTEM is manufactured using the Lost Wax Casting method, a precision casting technique that significantly enhances the safety of such machinery. Its size is 39.5 x 31 x 6 mm, designed to meet the diverse requirements of general industrial machinery. Features Advanced precision casting technology: Utilizes the Lost Wax Casting method to achieve high precision in details. Use of SCS13 material: Made from SCS13 material, known for its excellent corrosion resistance and strength, providing products that withstand long-term use. Anti-entanglement design: Prevents entanglement with the ratchet wheel, ensuring the machinery's safety and reliability. Specifications Material: SCS13 Size: 39.5 x 31 x 6 (mm) Applicable industries: General industrial machinery Manufacturing technology: Lost Wax Casting This plate dog is an essential component for ensuring the safety and reliability of general industrial machinery. With CASTEM's advanced casting technology and the use of SCS13 material, it enables long-term performance maintenance and safe operation of machinery.

[Lost Wax Casting] Lathe dog for the ratchet wheel (Chonburi, Thailand)

S45C material Lathe dog created by CASTEM's precision casting. The optimal choice for enhancing the accuracy and durability of measuring instruments. The accuracy of measuring instruments significantly depends on the quality of each component used. The Lathe dog for the ratchet wheel, in particular, is a critical component that requires precise operation and long-term durability. Lathe dog made of S45C material by CASTEM are manufactured using the high-precision Lost Wax Casting technique, optimized to meet these demands. The size is precisely designed to fit specific measuring instruments, with dimensions of 18 x 9.6 x 7.5. Features Precision Casting Technology: Utilizing the high-precision Lost Wax Casting method, it achieves fine details and high dimensional accuracy. Selection of S45C Material: Uses S45C material, known for its strength and durability, capable of withstanding the demanding environments required by measuring instruments. Customization: Offers customization according to specific customer needs, providing the optimal solution for various applications. Specifications Material: S45C (Precision Casting) Size: 18 x 9.6 x 7.5 (mm) Applicable Industry: Measuring Instruments Manufacturing Technology: Lost Wax Casting This Lathe dog is designed to provide both accuracy and durability to meet the rigorous challenges faced by measuring instruments. Through CASTEM's precision casting technology and the selection of S45C material, it establishes a new standard of quality in the measuring instruments industry.

[Lost Wax Casting] Latch (Chonburi, Thailand)

High-durability CAC406 material latches designed for the railway industry. Achieve reliability in all environments with CASTEM's precision casting technology." In the railway industry, the durability and reliability of latch components are crucial factors directly linked to safety. Latches made of CAC406 (BC6) material by CASTEM, manufactured using the high-precision Lost Wax Casting technique, meet extremely stringent quality standards. The dimensions are 52.5 x 26.5 x 15.7, making it a design applicable to various connecting parts of railway vehicles. Features High Durability: Made of CAC406 (BC6) material, achieving high corrosion resistance and strength. Maintains performance over long-term use. Precision Casting Technology: The Lost Wax Casting method allows for manufacturing with high precision in detail, meeting the stringent demands of the railway industry. Customization: Capable of customizing size and shape according to customer needs, providing the optimal solution for each project. Specifications Material: CAC406 (BC6) Size: 52.5 x 26.5 x 15.7 (mm) Applicable Industry: Railway Manufacturing Method: Lost Wax Casting The CAC406 material latches provided by CASTEM set a new safety standard in the railway industry. This product, combining high durability, high-precision casting technology, and flexibility in customization, contributes to the improvement of reliability and safety of railway vehicles.

[Lost Wax Casting] Clamp yoke (Chonburi, Thailand)

Supporting the safety and reliability of the railway industry with CASTEM's high-precision casting technology. The perfect solution for your project using clamp yokes made of CAC406 material. Reliability and durability of parts in the railway industry are at the forefront of safe operation, and at the core of this is the clamp yoke. CASTEM's clamp yokes, made of CAC406 (BC6) material, achieve products that meet these demands through detailed high-precision casting technology. With dimensions of 62 x 37 x 13, they are designed to fit specific applications and maintain performance over long-term use. Features High-Precision Casting Technology: CASTEM's unique Lost Wax Casting method produces clamp yokes with high precision down to the smallest details. Material Advantage: The use of CAC406 (BC6) material combines corrosion resistance and strength, delivering superior performance even under the harsh conditions of the railway industry. Customization Available: Capable of customizing size and shape according to customer needs, providing the optimal solution for each project. Specifications Material: CAC406 (BC6) Size: 62 x 37 x 13 (mm) Applicable Industry: Railway Manufacturing Technology: Lost Wax Casting The clamp yokes provided by CASTEM contribute to the improvement of reliability and durability of parts in the railway industry. The high precision of the casting technology and the superior characteristics of the CAC406 material make it an optimal choice to meet the strict demands of customers.

[Digital Casting] CH4GG manifold (Chonburi, Thailand)

The culmination of Castem's technological expertise in the Inconel 625 manufactured size 164 CH4GG manifold enables stable performance of aerospace engines even under extreme conditions. The CH4GG manifold, made of Inconel 625 by Castem, is a product suited for the aerospace industry due to its high heat resistance. With a size of 164, it is particularly ideal for scenarios requiring chemical and physical stability under high-temperature environments. It is designed using cutting-edge technology to meet the stringent heat resistance demands within the industry. Features Utilizes Inconel 625 material for maximum heat and corrosion resistance Specialized design to maintain performance under high temperatures Precision machining techniques to meet the unique requirements of the aerospace industry Customization of size 164 for optimal flow control Specifications Material: Inconel 625 Size: 164 Industry: Aerospace Product Name: CH4GG Manifold

[Digital Casting] PT14K LOX injector inlet (Chonburi, Thailand)

Castem's precision technology offers a φ70 size SCS13 manufactured PT14K LOX injector inlet. Providing durability and performance optimized for the aerospace industry. The PT14K LOX injector inlet made from SCS13 material by Castem is a precision component for the aerospace industry. With a size of φ70, it possesses high accuracy and durability, maintaining stable performance even under harsh conditions. This product is designed to meet the industry's high standards of demand with thorough quality control. Features Utilizes SCS13 material for high strength and corrosion resistance Precision casting of φ70 size allows for intricate design Quality assurance meeting the strict standards of the aerospace industry Durable with minimal deformation and wear over long-term use Designed for efficient fluid injection and management Specifications Material: SCS13 Size: φ70 Industry: Aerospace Product Model: PT14K LOX Injector Inlet

[Metal Injection Molding] Printing cylinder spool valve (Chonburi, Thailand)

Achieve innovative printing with the custom-made SUS630 spool valve. Outstanding durability for consistent quality. Custom's SUS630 metal injection molded printing cylinder spool valve is designed to maximize the precision and durability of printing equipment. SUS630 boasts excellent strength and corrosion resistance, ensuring consistent performance under harsh, long-term use conditions. Metal injection molding allows for precise shape and size reproduction, providing high reliability to the printing industry. Features: Made of high-strength, highly corrosion-resistant SUS630 stainless steel. High-quality manufacturing process through precise metal injection molding. Precision and stability to meet the delicate operation of printing equipment. Economical maintenance and cost reduction over long-term operation. Provides new value to the printing industry with durability and reliability beyond industry standards. Specifications: Material: SUS630 Size: Diameter 25mm x Thickness 20mm Industry Compatibility: Printing equipment

[Metal Injection Molding] Inner cylinde (Chonburi, Thailand)

The pinnacle of architectural technology in a custom-made inner cylinder. Corrosion resistance and toughness realized by SUS440C. Custom's SUS440C metal injection molded inner cylinder is designed with a focus on durability and reliability in the architectural field. Utilizing stainless steel SUS440C, known for its excellent corrosion resistance, and manufactured with high-precision metal injection molding technology, it maintains stable performance even in harsh conditions over the long term. Features: Made from SUS440C stainless steel for superior wear and corrosion resistance. High-quality component manufactured using precise metal injection molding. Complex internal structures are integrally molded with high dimensional accuracy. Designed specifically for architectural applications, ensuring strength and safety. Product design considers ease of maintenance. Specifications: Material: SUS440C Size: 40mm x 18mm x 18mm Application: Inner cylinder for architectural use

[Metal Injection Molding] Chopsticks for Castem’s 50th anniversary (Chonburi, Thailand)

Eternalizing the Moment of Dining. Experience a refined table setting with custom 50th anniversary high-grade SUS304L stainless steel chopsticks. To commemorate the 50th anniversary of Custom Co., Ltd., these special chopsticks bring a sophisticated atmosphere to the dining table. Made from high-quality SUS304L stainless steel and crafted using metal injection molding technology, they are integrally molded. This technique ensures a beautiful finish and ease of handling, making every use a special occasion. Features: Made from SUS304L stainless steel for excellent rust resistance and durability. Precisely manufactured using metal injection molding. Designed with attention to detail as a commemorative item for the 50th anniversary. Made from materials compliant with food safety standards for peace of mind. Delicate to the touch with an elegant appearance. Specifications: Material: SUS304L Size: 180mm Industry Compatibility: Food

[Metal Injection Molding] Screw (Chonburi, Thailand)

Powerfully supporting the challenge to space, the CASTEM-made 64Ti metal injection molded screw. With high strength in size Φ12, it pioneers new realms in aerospace technology. The CASTEM-made 64Ti metal injection molded (MIM) screw has been developed as part of cutting-edge technology in the aerospace industry. Designed in the specific size of Φ12, this screw utilizes the excellent properties of the 64Ti alloy, capable of withstanding use in extreme environments. This product achieves both heat resistance and lightweight, contributing to the improvement of aircraft performance. Features High strength provided by the 64Ti alloy, offering superior heat resistance Consistent quality and dimensional accuracy assured by precise metal injection molding technology Corrosion resistance and strength that meet the strict requirements of the aerospace industry Lightweight design that withstands high loads Specifications Material: 64Ti alloy Manufacturing method: Metal Injection Molding (MIM) Size: Φ12 Applicable industries: Aerospace

[Lost Wax Casting] Clamp yoke (Chonburi, Thailand)

Supporting the heart of the engine, the CASTEM-made CAC406 casting clamp yoke. With a special size of 62x54x30mm, it brings together engine equipment with high corrosion resistance and precision. The CAC406 material lost wax casting clamp yoke offered by CASTEM is a high-quality connecting part specialized for engine equipment. Designed in the special size of 62x54x30mm, this component plays a crucial role in the assembly of engines. Using CAC406 (BC6) material achieves advanced corrosion resistance and excellent mechanical properties, improving the durability and performance of engine equipment. Features High corrosion resistance for long-term use provided by CAC406 (BC6) casting material High dimensional accuracy even in complex shapes achieved by precision lost wax casting Robustness against engine equipment's vibrations and heat, withstanding repeated stress Consistent quality and reliability provided under CASTEM's quality control system Specifications Material: CAC406 (BC6) Manufacturing method: Lost wax casting Size: 62mm x 54mm x 30mm Applicable industries: Engine equipment