Other Machinery & Parts

BRIGHT-TOOLS offers premium DIN 69893 (ISO 12164) HSK-F tool holders, designed for high-speed cutting applications. Our HSK-F tool holders provide exceptional stability and cutting accuracy, ensuring superior performance even under the most demanding conditions. With BRIGHT-TOOLS HSK-F tool holders, customers can achieve greater precision, efficiency, and profitability in their machining processes. WHAT TYPES OF MACHINES ARE DIN 69893 (ISO 12164) HSK-F TOOL HOLDERS SUITABLE FOR? HSK-F tool holders are suitable for high-speed spindles in CNC machines. These tool holders are specifically designed for applications that require high-performance, high-precision, and high-speed cutting operations. HSK-F tool holders provide optimal stability and accuracy during machining processes, making them suitable for various machines such as milling machines, lathes, grinding machines, and drilling machines. The hsk63 f system ensures effective transmission of torque, enhanced cooling capabilities, and reduced tool vibration, resulting in improved machining precision and surface finish. HOW TO ENSURE PROPER MAINTENANCE AND CARE FOR DIN 69893 (ISO 12164) HSK-F TOOL HOLDERS? To ensure proper maintenance and care for hsk63f tool holders, follow these steps: 1. Regularly inspect the tool holders for any signs of wear, damage, or contamination. 2. Clean the tool holders with a non-abrasive solvent after each use to remove chips, dust, and dirt. 3. Lubricate the tool holders with a recommended oil or grease to prevent rust and maintain smooth operation. 4. Store the tool holders in a clean, dry, and climate-controlled environment to protect them from moisture and temperature fluctuations. 5.Follow manufacturer recommendations for tightening and loosening the tool holders to prevent overtightening or undertightening. There are many tool holder manufacturers, but we are one of the best choices for you.

Minimum Order: 30000

Item:Cast Iron T-slotted Floor Plates/Tables Sizes:6000x4400x300mm connected by two pieces of 6000x2200x300mm. Material:gray cast iron GG25. T-slots: 22H12 according to DIN 650, spaced 250mm. Flatness of the top surface:according to DIN 876/II. Painting color:RAL 7035. We are professional manufacturer in cast iron plates tables  for many years, pls visit our web to know more :http://www.jgsfg.com. If any interests, pls contact Grace Chen: jg@jg-sfg.com,thank you!

Minimum Order: 1 bags

Product Description Single Acting Piston Seal Set With Thermoplastic Header Ring, Fabric Elastomer Intermediate Ring And Backup Ring. KL26 single acting piston seal set consists of thermoplastic header ring, fabric elastomer intermediate ring and fabric elastomer backup ring. Advantages • High wear resistance • Superior sealing performance in heavy duty applications • Long service life • Thin oil film • Suitable design for locking applications Area of Application • Mining industry • Iron and steel industry • Injection moulding machines • Presses • Heavy duty cylinders Single Acting Hydraulic Piston Seals Set With Thermoplastic Header Ring 0

39Q6-40100 Final Drive Assy 39Q6-40101 Excavator Travel Motor For R210-9 R250-9 The Final Drive Assy for the R210-9/R220-9 excavator (part number: 39Q6- 40100) is an essential component that plays a crucial role in the machine's performance. It serves as the powerhouse, transferring power from the engine to the tracks, ensuring smooth and efficient operation. Crafted with high-quality materials and utilizing advanced technology, this Final Drive Assy guarantees durability and reliability, even in the most demanding construction or excavation projects. Its robust construction and precise engineering make it capable of withstanding heavy loads and harsh working conditions. With its exceptional torque output and precise control, the Final Drive Assy enhances the excavator's maneuverability and productivity. It allows for precise and responsive movements, enabling operators to work with precision and efficiency. When it comes to the performance and longevity of your excavator, the Final Drive Assy is an indispensable component. Its superior design and construction ensure the smooth transfer of power, resulting in optimal performance and extended service life. Investing in this high-quality Final Drive Assy for your R210-9/R220-9 excavator will undoubtedly contribute to the overall reliability and productivity of your machine, making it a valuable asset for your construction or excavation projects. Product Description: Product Name: Travel Motor Model: R210-9/R220-9/R250-9 Parts Number: 39Q6-40100 Condition:100% New In Stock:Yes MOQ:1 PC Payment Methods:Western Union, T/T Related Final Drive Parts Machine Model Part Number R140LC-9 TRAVEL REDUCTION GEAR 31Q6-40020 R210LC-9 TRAVEL MOTOR ASSY 31Q6-40030 R210LC-7A TRAVEL MOTOR UNIT 39Q6-41101 R210LC-7A TRAVEL MOTOR UNIT 38Q6-41100 R210LC-7A TRAVEL MOTOR UNIT 31N6-40032 R210LC-9 TRAVEL MOTOR ASSY 31Q6-40032 Hydraulic Parts 39Q6-40100 Final Drive Assy 39Q6-40101 Excavator Travel Motor For R210-9 R250-9 0 Buyer Feedback 39Q6-40100 Final Drive Assy 39Q6-40101 Excavator Travel Motor For R210-9 R250-9 1

PRODUCT DESCRIPTION CNC Machining Parts Manufacturing Service Product Details Product Name: CNC Machining Parts Manufacturing Service Material: Aluminum/Brass/Copper/Steel/Stainless Steel Process: CNC machining(turning, milling, drilling) Surface Treatment: Polishing, sandblasting, anodizing, brushing, powder coating, electroplating, zinc plating, silk-screen Tolerance: ±0.05mm Quality control: 100% check before shipment Drawing format: PDF/DWG/IGS/STP Delivery: By DHL, FEDEX and so on Term of Payment: 30% deposit when order, 70% before shipment Trade Terms: FOB, CIF, EXW Material Available for CNC Machining Part Aluminum 2000 series, 6000 series, 2024, 6061, 7050, 7075, 5052, 5083, etc Stainlesss Steel 200/300/600 series, SUS303, SUS304, SS316, SS316L, 17-4PH, etc Steel 1214L/1215/1045/4140/SCM440/40CrMo, Q195, Q215, Q235, Q255, etc Brass 260, C360, H59, H60, H62, H63, H65, H68, H70, H80, H90 Bronze, etc Copper C11000, C12000, C12200, C10100, etc Titanium GradeF1-F5, TA16, TA17, TB6, TB9, TC4, etc Plastic ABS, PC, PP, PVC, POM, PEEK, PMMA, etc Machinability of Metal Materials in CNC Machining 1. Material Toughness Toughness is expressed by impact value. The higher the toughness of the material, the more energy is consumed during cutting, the cutting force and cutting temperature are also higher, and it is not easy to break chips, so the workability is poor. Some alloy structural steels are not only stronger than carbon structural steels, but also have higher impact values, so they are more difficult to process. Other physical and mechanical properties also have a certain influence on the machinability. For example, materials with a large linear expansion coefficient will expand and contract during processing, and the size of the workpiece will vary greatly, so it is not easy to control the accuracy. The material with low elastic modulus has a large elastic recovery during the forming process of the processed surface, and it is easy to cause strong friction with the flank surface. 2. The Strength and Plasticity of the Material In terms of the hardness of the workpiece material (including room temperature hardness and high temperature hardness), in general, the high room temperature hardness of similar materials has low workability. Because when the material hardness is high, the contact length between the chip and the rake face is reduced, so the shear stress on the rake face increases, and the frictional heat is concentrated on the smaller tool-chip contact surface, which promotes the increase of cutting temperature and increased wear. If the hardness is too high, it will even cause burning of the tip and chipping. Take steel as an example, steel with moderate hardness is better processed. In addition, appropriately increasing the hardness of the material is conducive to obtaining better processed surface quality. The plasticity of a material is usually expressed in terms of elongation. Generally, the greater the plasticity of the material, the more difficult it is to process. Because of the large plastic material, processing deformation and hardening, and cold welding of the tool surface are more serious, it is not easy to break chips, and it is not easy to obtain a good, processed surface quality. The surface quality of the workpiece is closely related to its performance. The performance of the workpiece is the design requirement to ensure the normal operation of the machine. Therefore, in the cnc metal machining, economic benefits should also be considered to ensure the processing of the surface of the workpiece. Quality, to avoid increasing the manufacturing cost of parts and causing unnecessary losses. Only by understanding and mastering the factors that affect the surface quality of mechanical processing can we take corresponding process measures in production practice to reduce processing quality problems caused by surface quality defects of parts, thereby improving the performance, life and reliability of mechanical products. CNC Machining Parts Delivery Polishing Anodizing Metal CNC Machining Parts Industrial Automotive 0

This equipment is mainly used for the mixing of yellow zone paint in the field of lost foam casting. It has the characteristics of large mixing volume, short mixing time, simple structure, easy operation, and easy maintenance. At the same time, it can control the stirring speed of the stirring shaft by frequency conversion, which is suitable for yellow zone paint processing. The main equipment. Product structure　 The paint mixer is mainly composed of a mixing barrel, a mixing shaft combination, and a motor reducer. Product performance and characteristics 1. For the first time in the lost foam mixing industry, this equipment uses a shell coupling for the connection of the reducer and the mixing shaft, which greatly improves the running stability of the mixing shaft. 2. The reducer adopts a helical gear reducer, which has the characteristics of being able to withstand large radial loads, high strength, small size, and low noise. 3. The mixing blade adopts the annular paddle type. After experiments and long- term use, it has been proved that this type of blade has the characteristics of good mixing and dispersing effect, small air suction, easy dispersion, and difficult to produce bubbles. 4. The magnetic starter is controlled to protect the motor from overload and phase failure.

Product Overview Four-axis 3D CNC Foam Cutter is mainly used for cutting the lost foam mold. The equipment is controlled by a computer and does not need to be programmed. It can be cut by drawing a graphics file readable by the cutting software with AutoCAD on the computer. Realize the automatic cutting of single-section and double-section models, which saves time and improves production efficiency. Product structure   The four-axis CNC foam cutting machine is mainly composed of a body, a tower, a control box, a computer and its cutting accessories (resistance wire, fish mouth clip, etc.). Four-axis 3D Foam Cutting Machine Performance and Features 1. High degree of automation, direct control of codes or drawings on the computer side, automatic cutting can be realized, and the efficiency is high, which is several times that  of manual mold making.  2. There are many types of cutting patterns, which can realize most types of cutting of double-section entities.  3. Save materials, realize computer typesetting, and make the best use of the material. 4. The Y axis is driven by a ball screw cylinder. The accuracy of the ball screw cylinder is level 5. The X axis is driven by a rack and pinion. 5. The driving motor is a stepping motor, which adopts the brand standard series stepping motor, which has strong interchangeability. 6, having a cutting software GMFC same proportion graphics rendering function, for example an equilateral triangle, the current drawn through the other of dxf plt code file format or an equilateral triangle, without re-rendering its different sized equilateral triangle shape, the software simply Just change two parameters in. (Use with caution in different cross-section patterns).

An EPS Batch Pre-Expander Machine is a specialized piece of equipment used in the manufacturing process of expanded polystyrene foam products, particularly in the context of the Lost Foam casting technique. EPS Batch Pre-Expander Machine adopts the most advanced PLC technology, and the pre-heating beads are uniform. It is composed of automatic electronic weighing (optional) or quantitative feeding system, pressurized foaming barrel of foaming machine, computer control system, discharging system and fluidized buffer bed. The EPS Batch Pre-Expander Machine can be turned on with one key, automatic feeding, fool-like operation, unattended.  EPS Batch Pre-Expander Machine Structure 　　1. Pre-launch machine host 　　2. Electromagnetic heating system 　　3. Fluidized bed 　　4. Automatic quantitative system (optional automatic weighing system) 　　5. Feeding system (fan*3) Lost Foam White Zone Equipment Main functions and advantages One-key start, fully automatic operation, universal for EPS and STMMA (copolymer). The pre-expanded beads have uniform size, low moisture content, no dead particles, and basically no agglomeration. It is easy to install and occupies a small area. Fully automatic control: realizes the parameterized control of a series of steps such as automatic feeding, automatic weighing, pre-loading, automatic unloading, etc., and automatic operation, and the manual operation program is reserved in the system, which is convenient for small batch trial production and maintenance. Humanized settings, flexible and convenient conversion of the two operation methods. Pre-foaming Process: In the process of manufacturing Expanded Polystyrene (EPS), the raw material in the form of granules is transported to a pre-expander. Inside the pre-expander, the granules are exposed to wet steam, which heats them up. The heat from the steam softens the polystyrene beads and triggers the blowing agent that was dissolved in them. As a result, the blowing agent evaporates, causing the softened beads to expand. The density of the final EPS product can be adjusted based on two factors: the weight of the raw material used and the volume of foam created during the expansion process. Once the EPS beads have been pre-expanded, they are then cooled and stabilized in a fluidized bed, which is supported by an air cushion. After this step, the pre-expanded beads are transferred using a blower and a rotary feeder into the silos for further processing. https://www.roielfc.cn/

An EPS shape moulding machine for lost foam casting is a specialized piece of equipment used in the lost foam casting process. it's a vertical type EPS shape molding machine with Hydraulic system. It uses expandable polystyrene (EPS) or copolymer materials as raw materials. After the raw materials are foamed, dried, and cured, the machine automatically sends EPS and copolymer beads into the mold, and then steam Heating and sintering forming, after cooling and shaping, the foamed plastic products are automatically released from the mold by compressed air. Using an EPS shape moulding machine for lost foam casting allows for the production of complex and intricate metal parts with high precision and minimal post-casting machining. The lost foam casting process is commonly used in various industries, including automotive, aerospace, and general engineering, for its ability to create near-net-shape castings with reduced production time and cost. EPS Moulding Machine Structure The equipment as a whole is composed of a molding machine support, an upper mold base, a guide column, a lower mold base, a hydraulic system, and a control cabinet. The control system can be selected according to customer requirements (Delta, Siemens) (Note: The high-voltage pulse feeding device can be optional for customers) Main functions and advantages The main machine structure adopts high-strength (materials can be welded, cast iron) frame and aging treatment, four-guide column vertical layout, stable and reliable accuracy. The main components of the machine are selected from international famous brand products to form a superior machine-electricity- hydraulic-pneumatic integrated system, which makes the machine action reliable, low energy consumption, long life, and high production efficiency. The Eps shape moulding machine for lost foam casting is controlled by a programmable controller (PLC), and the touch-type man-machine interface can set the process parameters, and the built-in program can be applied to most of the foam products molding process. The EPS Shape Forming Machine adopts pressure heating control mode, users can adjust according to their needs. The movement is driven by a cylinder hydraulic system, with a differential circuit, and it runs smoothly.

Product Description: Precision Equipment Parts are designed to meet the needs of industrial, automotive, and medical applications. It is made of CNC metal stainless material and can offer custom colors. Its tolerance level is ±0.01mm, and OEM/ODM services are accepted. The CNC metal stainless parts are precision- designed and manufactured to ensure the highest levels of accuracy and reliability. It is a cost-effective solution for any production task. These parts are designed for tight tolerances and maximum performance. They are suitable for various applications and can help you achieve a high level of accuracy and precision. With our OEM/ODM services, you can get the exact parts you need to complete your project. Features: Product Name: Precision Equipment Parts Tolerance: ±0.01mm Application: Industrial/ Automotive/ Medical Size: Customized Surface Treatment: Polishing/ Painting/ Anodizing Specialty: Precision Machined Milling Turning, Component Stainless, Precision Machined Milling Turning Component Stainless Technical Parameters: Parameter Description Material Metal/Plastic/Rubber OEM/ODM Accepted Tolerance ±0.01mm Color Customized Processing Method CNC Machining/ Stamping/ Injection Molding Application Industrial/ Automotive/ Medical Surface Treatment Polishing/ Painting/ Anodizing MOQ 1 Piece Product Name Precision Equipment Parts Keywords CNC Metal Stainless Parts, Component Stainless, Milling Turning Parts Applications: CHONGXI Precision Equipment Parts offer superior precision, accuracy and repeatability for your most demanding projects. With state-of-the-art CNC machining and turning, milling, and stamping capabilities, we can meet all your needs when it comes to Precision Equipment Parts. Our highly trained staff and machinists provide the utmost quality and expertise with all of our parts. Our strict quality assurance process ensures that every part is held to the highest standards to ensure the highest level of precision and accuracy every time. We also offer a wide range of services to meet all of your precision machining needs, including precision machined milling turning, milling turning, precision machined milling turning machining, and CNC machining. Additionally, we have the ability to process parts using stamping, injection molding, and other processes. Our parts are held to a tolerance of ±0.01mm, allowing for precise and repeatable results. At CHONGXI, we believe in providing our customers with the best service and products. We offer OEM/ODM services and can customize parts to meet all of your needs. With a commitment to quality, our Precision Equipment Parts are designed to last and offer superior performance. Contact us today to learn more about the Precision Equipment Parts we offer. Customization: Product Name: Precision Equipment Parts Brand Name: CHONGXI Model Number: OEM Place of Origin: Shenzhen, China Size: Customized OEM/ODM: Accepted Application: Industrial/ Automotive/ Medical Keywords: Component Stainless, CNC Metal Stainless Parts, Precision Machined Milling Turning Parts Support and Services: Precision Equipment Parts Technical Support and Service At Precision Equipment Parts, we are committed to providing our customers with the highest level of technical support and service. Our team of experienced professionals is available to answer any questions you may have about our products and provide assistance with installation and maintenance. We offer a wide range of services, including: Troubleshooting and diagnostics Product installation and setup Software updates and upgrades Hardware repairs and replacements Training and maintenance services We also provide online support resources, such as our Knowledge Base, tutorials, and FAQs, to help you get the most out of your Precision Equipment Parts products. If you need additional assistance, please don’t hesitate to contact us. Our team is available 24/7 to answer any questions you may have and provide the support you need. Packing and Shipping: Precision Equipment Parts packaging and shipping: Our precision equipment parts are carefully packaged to ensure they reach their destination safely and securely. We use high-quality packaging materials and boxes to protect the parts from any potential damage during transit. All parts are securely wrapped and labeled for easy identification and tracking. We ship to customers around the world via a variety of carriers, including FedEx, UPS, and USPS.

Product Description: Worm Gear Reducer is a kind of aluminum worm gear reducer, which is a worm drive reduction gearbox with power ranging from 0.06 to 15 kW, torque from 3 to 3500 N.M, lightweight of only 10Kg, and housing made from aluminum alloy. This worm gear reducer can be installed by any method and is suitable for various applications. It has a high efficiency, low noise, and smooth operation. It is a great choice for power transmission, mechanical equipment, and other industrial applications. Features: Worm Gear Reducer: Speed Ratio: 5-10000, Weight: 10Kg, ProtectionLevel: IP54, Installation method: Any, Power: 0.06-15kW Worm gearbox reducer: Speed Ratio: 5-10000, Weight: 10Kg, ProtectionLevel: IP54, Installation method: Any, Power: 0.06-15kW Worm drive reduction gearbox: Speed Ratio: 5-10000, Weight: 10Kg, ProtectionLevel: IP54, Installation method: Any, Power: 0.06-15kW Technical Parameters: Parameter Value Housing Aluminum Alloy Speed ratio 5-10000 Material Alloy Steel Torque 3-3500N. M MountingPosition Horizontal InputShaft Solid Shaft ProtectionLevel IP54 Installation method Any Temperature ≤40℃ NoiseLevel ≤60dB Applications: JIG worm gear reducer is a kind of power transmission component used to reduce speed and increase torque. It is widely used in various industry areas, such as metallurgy, mining, machine tools, chemical industry, construction machinery, environmental protection, food production, etc. With its high efficiency, low noise, low temperature rise, small size, light weight, compact structure, stable performance, etc., JIG worm gear reducer has become the first choice for many customers. The JIG worm gear reducer is composed of high-precision worm gear and worm shaft, which have good meshing and high efficiency. It can be installed in any position, including horizontal, vertical or inclined. The JIG worm gear reducer has a wide range of speed ratios, from 5 to 10,000, and the maximum torque can reach 3-3500N. M. The power range is from 0.06-15kW. The weight is only 10Kg. The package is carton or wooden box. JIG worm gear reducer is available in NMRV/NRV/NMV model. The minimum order quantity is one piece. The price is negotiable. The delivery time is 5-15 workdays. The payment terms are L/C, D/A, D/P, T/T. The monthly supply ability is up to 300000 pieces. Support and Services: Worm Gear Reducer Technical Support and Service Our team of experienced engineers provide comprehensive technical support and service for all our Worm Gear Reducers. We can provide advice on product selection, design and application, and can provide assistance with installation, troubleshooting and maintenance of our Worm Gear Reducers. Our team is available to provide support via telephone or email, and can arrange on-site visits to provide assistance where needed. We are dedicated to providing the best service possible, and are always available to answer any questions or concerns you may have. Packing and Shipping: Packaging and Shipping for Worm Gear Reducer Worm Gear Reducers are packaged and shipped in accordance with standard industry procedures. The product is carefully inspected and tested prior to shipment. Depending on the size, type, and complexity of the product, packaging and shipping may include: Using protective packaging materials to prevent damage during transit. Using suitable containers that meet the customer’s requirements. Including product manuals and instructions. Filling out necessary customs paperwork. Including shipping labels and tracking information.

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Mining rig bevel gear Product Description The modulus is not limited, the maximum processing diameter is 2500mm, the grinding diameter is 1600mm, and the highest precision can reach level 4. Various non-standard special-purpose high-precision spiral bevel gears (Gleason teeth, Klingelnberg teeth), hardened cylindrical gears (straight teeth, helical teeth, herringbone teeth without undercut) can be customized according to customer needs And gear box, the modulus is not limited Advantages of Mining Gears Optimized Mining Performance Our mining gears facilitate smoother power transmission and energy utilization, resulting in mining rigs that operate at their peak potential. Longevity and Reduced Downtime The quality and durability of our gears mean less maintenance and replacements, minimizing downtime and keeping your operations running smoothly.

Reducer bevel gear Product Description A Reducer Bevel Gear, commonly used in industrial reducer transmissions, plays a pivotal role in ensuring efficient power transfer.  It is usually made of high-quality alloy steel, i.e. 20CrMnTi, whose single- stage transmission ratio is generally lower than 4 and transmission efficiency is generally 0.94~0.98. Spiral bevel gears for reducer are typically constructed from high-quality alloy steel, such as 20CrMnTi. This choice of material ensures strength and durability, vital for industrial applications. In a single-stage transmission, the ratio of a reducer bevel gear is usually less than 4. This characteristic allows for fine-tuned control over the speed and torque of the transmission process.