BENZ makes high-quality live tools for lathes and machining centers. Durable X-line Crown Gear runs smoother and more quietly, with higher torque and RPMs but less heat in a compact design.
The document describes BENZ multi-spindle heads for machining centers. BENZ multi-spindle heads can increase productivity and quality by allowing multiple tools to machine a workpiece simultaneously. They have a modular design that allows for customized solutions. The multi-spindle heads use quick change spindles for fast and precise tool changes. BENZ offers services and preventative maintenance programs to minimize downtime for customers.
BENZ High Speed Spindles provide 5x the spindle RPM up to 40,000 RPM boosting productivity and efficiency for high speed drilling and milling applications.
BENZ Inc. provides preventative maintenance and repair services for tooling solutions in the U.S. and Canada to minimize unscheduled downtime. Their standard repair turnaround is two weeks, but expedited service can replace worn or damaged tools within 72 hours. BENZ tests rebuilt tools to ensure flawless functionality and provides a one-year warranty on all repairs.
With one tool, the LinA makes I.D and O.D broaching on turning centers possible. The LinS allows linear broaching on machining centers while protecting the spindle bearings.
Involute Gear Hobs for generating gears of maximum accuracy, manufactured in finishing, pre-shaving with or without protuberance and semi topping profiles.
The document describes three welding products: 1) A 360 degree positioner and 90 degree oscillator for welding in multiple planes. 2) Rotary welding fixtures with tailstocks and headstocks for welding axle parts. 3) A rotary welding special purpose machine for welding rings and housings of automobile differentials, including a rotary table, tilter, and welding torch slide.
The document describes BENZ multi-spindle heads for machining centers. BENZ multi-spindle heads can increase productivity and quality by allowing multiple tools to machine a workpiece simultaneously. They have a modular design that allows for customized solutions. The multi-spindle heads use quick change spindles for fast and precise tool changes. BENZ offers services and preventative maintenance programs to minimize downtime for customers.
BENZ High Speed Spindles provide 5x the spindle RPM up to 40,000 RPM boosting productivity and efficiency for high speed drilling and milling applications.
BENZ Inc. provides preventative maintenance and repair services for tooling solutions in the U.S. and Canada to minimize unscheduled downtime. Their standard repair turnaround is two weeks, but expedited service can replace worn or damaged tools within 72 hours. BENZ tests rebuilt tools to ensure flawless functionality and provides a one-year warranty on all repairs.
With one tool, the LinA makes I.D and O.D broaching on turning centers possible. The LinS allows linear broaching on machining centers while protecting the spindle bearings.
Involute Gear Hobs for generating gears of maximum accuracy, manufactured in finishing, pre-shaving with or without protuberance and semi topping profiles.
The document describes three welding products: 1) A 360 degree positioner and 90 degree oscillator for welding in multiple planes. 2) Rotary welding fixtures with tailstocks and headstocks for welding axle parts. 3) A rotary welding special purpose machine for welding rings and housings of automobile differentials, including a rotary table, tilter, and welding torch slide.
This document presents a case study on the implementation of Theory of Constraints (TOC) in a start-up firm that manufactures sheet metal and aluminum extrusions. The firm was facing challenges like slow throughput, high inventory, and incomplete orders. By applying TOC principles, modifications were made to machines to increase their capacity. This improved synchronization between automatic and manual machines, reduced operators requirements, and increased monthly production. As a result, throughput increased, costs reduced, and profit improved after implementing TOC.
The document describes a speed reducer called the Circulute 3000. It has three key features: 1) It delivers high reduction ratios without sacrificing efficiency using a cycloidal gear design. 2) It can handle shock loads up to 500% through compressive rather than sheer forces. 3) It offers versatility through options like multiple input types, output shaft styles, and mounting configurations.
Reels or ammo packs of radial leaded components are loaded on the sequencer module, dispensed, and inserted in the PCB following the programmed sequence. Component dispensing heads remove components from the carrier tape and place them in component carrier clips located on the sequencer chain assembly. The sequencer chain assembly transports the components to the insertion area. While the components are on the sequencer chain assembly, the carrier tape is removed. The component transfer assembly transfers components from the sequencer chain assembly into the insertion head tooling. The insertion tooling guides the leads through the holes in the PC board. The cut and clinch unit cuts and then forms the leads, securing the component in the PC board.
The document describes four automated gauging machines: a height and parallelism gauging unit for automobile sinter products measuring 6 seconds per component, a chamfer and thickness checking machine for engine valve seats measuring 4 seconds per component, a thickness checking machine for piston rings measuring thickness at two places in 3 seconds per component, and a chamfer, outer diameter, and thickness gauging machine for bearing inner and outer races measuring 4 seconds per component.
Riddhi Siddhi Industries produces several types of motorized and manual bending, shearing, and punching machines for enhancing productivity. The document describes specifications for their LSC 2 and LSC 4 manual bending machines, as well as their motorized LSC 4M bending machine, LSC 5 shearing machine, and LSC 6 punching machine. All of the motorized machines are powered by 2 or 3 HP motors and are designed to reduce time and increase productivity for bending, shearing, and punching of busbars and other materials.
The LOOPTEQ O-300 transport system can handle a wide variety of materials either individually or from industrial production. It has a high capacity and gently transports workpieces. It is easy to use, needing no training, and can be operated by one person. It reduces physical strain on operators and has low operating costs. The LOOPTEQ O-300 is well-suited for returning or feeding out large and heavy workpieces in automated edge banding systems.
Umesh Kumar Meher discusses the design and working of a pneumatic grinding machine. The machine uses compressed air to power a rotary vane motor which turns the grinding wheel. It can grind metals and has advantages over electric grinders such as being portable, economical to operate, and producing less noise. However, it is less efficient than electric motors and more expensive due to the compressor. The document provides details on the specifications of the pneumatic motor, grinding wheel, and the working mechanism of the pneumatic grinding machine.
The document discusses the history and evolution of workholding and fixturing, from interchangeable parts in the 18th century to modern techniques like magnetic, vacuum, and modular fixturing. It notes that while vises and double vises are versatile, shops should maximize their use of the machine envelope and consider alternatives that allow for quicker changeovers. The last section questions if some common fixturing solutions truly make efficient use of the available space.
We are an ISO 9001:2000 certified company engaged in manufacture, supply and export of high precision surface grinding machine and cylindrical grinding machine.
The document provides details about a summer training project at Hi-Tech Gears Ltd. in Bhiwadi, India. It discusses (1) an overview of the company and its facilities for gear forging and machining, (2) the process and equipment used including hot forging, hobbing, heat treatment, and inspection, and (3) classifications of gears according to axis position, peripheral velocity, gear type, and tooth position.
This presentation is about how gears are manufactured.
A brief description about methods of gear manufacturing.
Scaling the methods from primitive ways of gear manufacturing to specialised meyhods like gear hobbing,rolling,by rack type shaper cutter and finally on milling machine.
Centerless grinding is a precision cylindrical grinding process that relies on basic geometry rather than clamping or fixtures to grind parts to a tight tolerance. The process uses two rotating wheels to hold and grind workpieces, maintaining roundness. New computer controls and automation have made the process even more productive while maintaining its high accuracy.
Brief introduction of CNC angle punching machine.
Machine is widely used in steel tower, power transmission, telecommunication etc.
More info:
Jinan Supertime Technology Co.,Ltd
assm@jntime.com
www.icncmachines.com
Whatsapp/Tel: +86 15820008837
HYT Engineering Co. Private Limited is a manufacturer and supplier of industrial machinery based in Pune, India. It produces CNC machines for metalworking including wheel lathes, boring machines, grinding machines, and more. Founded in 1979, the company serves industries like mechanical, automotive, and railways. It has a large production capacity and offers a wide range of products.
The document discusses various types of turning fixtures used in lathe machines, including chucks, collets, mandrels, centers, and face plates. Four jaw independent chucks hold irregular shapes but take more time to set up. Three jaw universal chucks allow for speedy centering but cannot hold large workpieces. Combination chucks have advantages of both varieties. Magnetic and collet chucks hold thin workpieces that cannot be held by other chucks. Drill chucks, lathe centers, steady rests, and follower rests are also used to support workpieces during turning operations. Mandrels are used internally to locate hollow or drilled workpieces. Lathe dogs and face plates are also discussed.
GST Grinding is an international machine and plant manufacturing company for circular grinding machines; processing crankshafts, gear shafts, cam shafts, balance shaft, rotary shafts and gears.
1. The document discusses milling operations and processes. It describes different types of milling machines, cutters, workholding devices, toolholding devices, and machining operations like face milling and peripheral milling.
2. It provides information on milling applications in various industries like aerospace, automotive, medical, and discusses factors involved in calculating machining time.
3. Cutting parameters for milling operations like cutting speed, feed per tooth, axial and radial depths are also outlined.
Panel Processing Machinery Manufacturer And Supplier From IndiaJai Industries
This document provides information about JAI Industries and their panel processing machines and solutions. Some key points:
- JAI Industries is a leading brand in panel processing machinery that aims to provide quality, value and service for now and forever.
- They offer a wide range of machines including panel saws, beam saws, edge banders, routers, sanders and other machinery packages.
- The machines are made in India and designed to suit local working conditions with easy availability of cost-effective spare parts and best-in-class service support.
- JAI Industries prides itself on continuous research and technological advancement to employ the latest manufacturing and provide customers with the best possible machines.
This document presents a case study on the implementation of Theory of Constraints (TOC) in a start-up firm that manufactures sheet metal and aluminum extrusions. The firm was facing challenges like slow throughput, high inventory, and incomplete orders. By applying TOC principles, modifications were made to machines to increase their capacity. This improved synchronization between automatic and manual machines, reduced operators requirements, and increased monthly production. As a result, throughput increased, costs reduced, and profit improved after implementing TOC.
The document describes a speed reducer called the Circulute 3000. It has three key features: 1) It delivers high reduction ratios without sacrificing efficiency using a cycloidal gear design. 2) It can handle shock loads up to 500% through compressive rather than sheer forces. 3) It offers versatility through options like multiple input types, output shaft styles, and mounting configurations.
Reels or ammo packs of radial leaded components are loaded on the sequencer module, dispensed, and inserted in the PCB following the programmed sequence. Component dispensing heads remove components from the carrier tape and place them in component carrier clips located on the sequencer chain assembly. The sequencer chain assembly transports the components to the insertion area. While the components are on the sequencer chain assembly, the carrier tape is removed. The component transfer assembly transfers components from the sequencer chain assembly into the insertion head tooling. The insertion tooling guides the leads through the holes in the PC board. The cut and clinch unit cuts and then forms the leads, securing the component in the PC board.
The document describes four automated gauging machines: a height and parallelism gauging unit for automobile sinter products measuring 6 seconds per component, a chamfer and thickness checking machine for engine valve seats measuring 4 seconds per component, a thickness checking machine for piston rings measuring thickness at two places in 3 seconds per component, and a chamfer, outer diameter, and thickness gauging machine for bearing inner and outer races measuring 4 seconds per component.
Riddhi Siddhi Industries produces several types of motorized and manual bending, shearing, and punching machines for enhancing productivity. The document describes specifications for their LSC 2 and LSC 4 manual bending machines, as well as their motorized LSC 4M bending machine, LSC 5 shearing machine, and LSC 6 punching machine. All of the motorized machines are powered by 2 or 3 HP motors and are designed to reduce time and increase productivity for bending, shearing, and punching of busbars and other materials.
The LOOPTEQ O-300 transport system can handle a wide variety of materials either individually or from industrial production. It has a high capacity and gently transports workpieces. It is easy to use, needing no training, and can be operated by one person. It reduces physical strain on operators and has low operating costs. The LOOPTEQ O-300 is well-suited for returning or feeding out large and heavy workpieces in automated edge banding systems.
Umesh Kumar Meher discusses the design and working of a pneumatic grinding machine. The machine uses compressed air to power a rotary vane motor which turns the grinding wheel. It can grind metals and has advantages over electric grinders such as being portable, economical to operate, and producing less noise. However, it is less efficient than electric motors and more expensive due to the compressor. The document provides details on the specifications of the pneumatic motor, grinding wheel, and the working mechanism of the pneumatic grinding machine.
The document discusses the history and evolution of workholding and fixturing, from interchangeable parts in the 18th century to modern techniques like magnetic, vacuum, and modular fixturing. It notes that while vises and double vises are versatile, shops should maximize their use of the machine envelope and consider alternatives that allow for quicker changeovers. The last section questions if some common fixturing solutions truly make efficient use of the available space.
We are an ISO 9001:2000 certified company engaged in manufacture, supply and export of high precision surface grinding machine and cylindrical grinding machine.
The document provides details about a summer training project at Hi-Tech Gears Ltd. in Bhiwadi, India. It discusses (1) an overview of the company and its facilities for gear forging and machining, (2) the process and equipment used including hot forging, hobbing, heat treatment, and inspection, and (3) classifications of gears according to axis position, peripheral velocity, gear type, and tooth position.
This presentation is about how gears are manufactured.
A brief description about methods of gear manufacturing.
Scaling the methods from primitive ways of gear manufacturing to specialised meyhods like gear hobbing,rolling,by rack type shaper cutter and finally on milling machine.
Centerless grinding is a precision cylindrical grinding process that relies on basic geometry rather than clamping or fixtures to grind parts to a tight tolerance. The process uses two rotating wheels to hold and grind workpieces, maintaining roundness. New computer controls and automation have made the process even more productive while maintaining its high accuracy.
Brief introduction of CNC angle punching machine.
Machine is widely used in steel tower, power transmission, telecommunication etc.
More info:
Jinan Supertime Technology Co.,Ltd
assm@jntime.com
www.icncmachines.com
Whatsapp/Tel: +86 15820008837
HYT Engineering Co. Private Limited is a manufacturer and supplier of industrial machinery based in Pune, India. It produces CNC machines for metalworking including wheel lathes, boring machines, grinding machines, and more. Founded in 1979, the company serves industries like mechanical, automotive, and railways. It has a large production capacity and offers a wide range of products.
The document discusses various types of turning fixtures used in lathe machines, including chucks, collets, mandrels, centers, and face plates. Four jaw independent chucks hold irregular shapes but take more time to set up. Three jaw universal chucks allow for speedy centering but cannot hold large workpieces. Combination chucks have advantages of both varieties. Magnetic and collet chucks hold thin workpieces that cannot be held by other chucks. Drill chucks, lathe centers, steady rests, and follower rests are also used to support workpieces during turning operations. Mandrels are used internally to locate hollow or drilled workpieces. Lathe dogs and face plates are also discussed.
GST Grinding is an international machine and plant manufacturing company for circular grinding machines; processing crankshafts, gear shafts, cam shafts, balance shaft, rotary shafts and gears.
1. The document discusses milling operations and processes. It describes different types of milling machines, cutters, workholding devices, toolholding devices, and machining operations like face milling and peripheral milling.
2. It provides information on milling applications in various industries like aerospace, automotive, medical, and discusses factors involved in calculating machining time.
3. Cutting parameters for milling operations like cutting speed, feed per tooth, axial and radial depths are also outlined.
Panel Processing Machinery Manufacturer And Supplier From IndiaJai Industries
This document provides information about JAI Industries and their panel processing machines and solutions. Some key points:
- JAI Industries is a leading brand in panel processing machinery that aims to provide quality, value and service for now and forever.
- They offer a wide range of machines including panel saws, beam saws, edge banders, routers, sanders and other machinery packages.
- The machines are made in India and designed to suit local working conditions with easy availability of cost-effective spare parts and best-in-class service support.
- JAI Industries prides itself on continuous research and technological advancement to employ the latest manufacturing and provide customers with the best possible machines.
The document provides information about various types of lathes and machining operations performed on lathes. It discusses the history of lathe development from ancient times to modern CNC lathes. It describes different lathe components like beds, headstocks, toolholding devices, workholding devices and specifications. It explains common machining operations like turning, facing, grooving and threading. In under 3 sentences.
This document provides information about different types of lathes and their uses. It discusses engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also describes common lathe operations like turning, facing, boring, drilling, threading, and knurling. Finally, it discusses cutting tools and work holding devices like chucks, collets, and magnetic chucks that are used on lathes.
This document provides information about different types of lathes and their uses. It describes engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also discusses common lathe operations like turning, facing, boring, drilling, threading, and knurling. Finally, it presents examples of work holding devices like chucks, collets, and magnetic chucks and provides solutions to two simple lathe operation problems.
КАRМЕТ is a group of companies which produce high-quality metal processing machinery. Company production is mainly focused on sheet metal working machines, such as: press brakes, guillotine shears,eccentric presses, punches, laser cutting, forming, drilling technologies including automation of all cutting and bending processes and high tech innovations in order to satisfy the requirements of our valuable customers. We provide fast and quality technical service: 2-years warranty on the machine.
The document provides an overview and examples of wheel multiple systems used for aircraft wheel assembly. Key features discussed include advanced torque control strategies for socket engagement and synchronization, precision rotary suspension, compact packaging, and customizable solutions. Example applications presented are for mounting aircraft wheels to landing gears by driving multiple nuts evenly spaced around bolt circles to specified torques. Benefits outlined are improved accuracy, productivity, and ergonomics over manual assembly.
This document describes Shenzhen Southern Machinery Sales and Service Co., Ltd and their radial inserter machine, the S-3000. Some key details include:
- The company has developed various component inserters since 2006 and attained a high-tech certification in 2010.
- The S-3000 radial inserter offers high throughput of up to 18,000 components per hour, flexibility to handle various component sizes and spans, and low cost of ownership.
- It allows 360 degree insertion and can handle components like capacitors, transistors, diodes, and connectors for applications in industries like lighting, appliances, vehicles, and more.
Make one-appointment restorations a reality in your practice
Expand your chairside restorative treatment options and deliver aesthetic, accurate and durable restorations. It’s never been easier with the CS 3100. Combining the top-of-the-line CS 3600 with exocad Chairside CAD software, the CS 3100 delivers the optimal HD chairside user experience for aesthetic restorations.
RESTORATIVE VERSATILITY
CS 3100 offers four distinct fabrication options, including milling, grinding, carving and thrilling, and delivers hybrid resin, ceramic and zirconia restorations—ideal for full contour crowns and bridges, inlays, onlays and veneers.
WORKFLOW PROFICIENCY
Efficient digital workflow speeds treatment, improves case acceptance rates and drives practice productivity.
PRECISION MILLING FOR OPTIMAL AESTHETICS
The CS 3100 features a 4-axis brushless motor and an exceptionally precise Jäger spindle capable of grinding at speeds up to 100,000 rpm.
USER-FRIENDLY FUNCTIONALITY
Users simply transfer the crown design to the mill, insert the block (and, if needed, a new bur), close the door and push start.
STATE-OF-THE-ART SOFTWARE
Smart Milling Queue Management in exocad Chairside CAD software enables you to prepare multiple restorations, one after another, while the automated block selection reduces user error.
QUIET, COMPACT DESIGN
The CS 3100’s small footprint enables you to place it anywhere in the practice—even chairside due to its quiet, vibration-free milling. No compressed air, water supply or drain needed, resulting in easy installation and maintenance.
• Automated 4 tool size changer delivers optimal anatomical results
• Intuitive touch-screen display provides a simplified user experience
• Unique carving mode expedites milling times
• Future-proof system capable of adapting to new materials
• Clever mounting, with milling parts separated from the control part, eliminates contamination of electronic components
• Robust, durable technology ensures long-term precision milling
Design and development of a six tool turret using Geneva MechanismSundar Bhattacharjee
This document describes the design of a Geneva mechanism for indexing the turret head of a lathe. The Geneva mechanism was designed to rotate the turret through 60 degrees with each revolution of the driving pin disc. Key components like the Geneva wheel, pin disc, and shafts were designed and suitable materials and fabrication processes were selected. While the Geneva mechanism provides a simple solution for intermittent motion, the design has limitations like finite accelerations and jerks during indexing that require further optimization.
This document provides an overview of different types of lathes and their uses. It describes engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also discusses common lathe operations like turning, facing, boring, drilling, threading, and knurling. Finally, it presents examples of work holding devices like chucks, collets, and magnetic chucks and provides formulas and examples of problems involving lathe speed calculations and determining the angle for cutting a taper.
LIVE CENTRES
The requirement for high cutting capacities and high working precision demands an additional support
by a revolving live centre for many workpieces due to their shape and length. Thanks to their
precision bearings, RÖHM live centres offer optimal force absorption and a maximum concentricity
deviation of up to 0.003 mm. Thanks to the lifetime lubrication, the centre points are maintenancefree.
Advantages
- Maximum concentricity and optimal force absorption thanks to proven precision bearings
- Special lubrication for long service life and little required maintenance
- Minimum interference contour thanks to slender housing shape
LIVE CENTRES
The requirement for high cutting capacities and high working precision demands an additional support
by a revolving live centre for many workpieces due to their shape and length. Thanks to their
precision bearings, RÖHM live centres offer optimal force absorption and a maximum concentricity
deviation of up to 0.003 mm. Thanks to the lifetime lubrication, the centre points are maintenancefree.
Advantages
- Maximum concentricity and optimal force absorption thanks to proven precision bearings
- Special lubrication for long service life and little required maintenance
- Minimum interference contour thanks to slender housing shape
REVOLVING CENTERING TAPER
For counter-clamping workpieces with large boreholes, (e.g. pipes) on turning and grinding machines, in one set-up. The centre point of the revolving centering taper from RÖHM is hardened and ground for maximum wear resistance.
http://eshop.roehm.biz/roehm_de_en/online-shop/spitzen-stirnseiten-mitnehmer.html
Orbital forging is a continuous forging process where one die rotates relative to the other, gradually deforming a small area of the workpiece at a time until final shape is achieved. The tilt angle between dies determines the forging force applied, with larger tilt angles requiring smaller forces but making machine design and maintenance more difficult. Orbital forging allows production of symmetric and some asymmetric parts, has lower forces and costs than other forging methods, and can produce net-shape parts in shorter cycle times. However, it is limited to certain part geometries and requires trial and error to determine suitability.
The document discusses lathe machines, which are used to shape cylindrical workpieces. It describes various lathe operations like turning, facing, drilling and threading. It explains key lathe components like the headstock, tailstock, and carriage. It also covers workholding devices, lathe types, and turning parameters that define the cutting process. Overall, the document provides an overview of lathe machines, their functions, operations and various related topics.
1) Vishwas Overseas is an OEM supplier engaged in manufacturing and exporting quality castings for automotive, agricultural, construction, and tractor industries. It has an in-house CNC and conventional machine shop.
2) The document describes the company profile, layout, products range including gear box housings, axle parts, and critical housings. It also details the various CNC machines used like HMC, VMC, VTL, and their operations.
3) The machining process for a rear axle housing component is summarized involving 6 setups on CNC machines and inspection after each setup to ensure quality.
Mechanical Industrial Training (in Quality & CNC Machine )at Vishwas OverseasGopal Saw
This ppt based on Six months Industrial Training at Vishwas Overseas. In This PPT you can get the basic knowledge of CNC Machine and Quality Control. You can use this ppt if you are going to explain CNC machine or Quality Testing of any company or if you have done an industrial training in mechanical filed as a machine operator or quality engineer.
And If you want a complete report of this training (80 Pages, Docs Fromat), kindly follow me and message me for that.
Complete Training Details will be available soon on my website.
Other Important Profile Links:
Known as: Technocrat Sawji
Share, Support, Subscribe!!!
Subscribe: https://goo.gl/wD36yk
Youtube: https://www.youtube.com/TechnocratSawji
Facebook: https://www.facebook.com/TechnocratSawji
Instagram: https://www.instagram.com/TechnocratSawji
Telegram: https://telegram.me/TechnocratSawji
Twitter: https://twitter.com/TechnocratSawji
Stay Connect With Gopal Saw:
Facebook: https://www.facebook.com/GopalSawji
Instagram: https://www.instagram.com/GopalSawji
Twitter: https://twitter.com/GopalSawji
This document provides information on various component manufacturers and their product offerings for industrial machinery. It discusses NSK from Japan, which produces ball screws and linear guides; Thomson from the USA, which offers linear actuators, ball screws, and linear guides; Fibro from Germany, which manufactures guide elements, springs, and rotary tables; and Portescap from the USA, which provides miniature brushless DC motors, brush DC motors, and stepper linear actuators. Application examples are provided for various industrial segments including tyres, semiconductor, and factory automation.
The document provides information on Shimpo Drives' Speed Reducer product. It summarizes the reducer's features as having high reduction ratios without sacrificing efficiency in a compact design. It can handle exceptional shock loads without needing to be oversized. The reducer also has greater overhung load capacities without using expensive special components and offers a precision backlash option without resorting to special gearing. The document also provides information on mounting options, operating principles, model examples, selection procedures, specifications and ratings.
Applications of artificial Intelligence in Mechanical Engineering.pdfAtif Razi
Historically, mechanical engineering has relied heavily on human expertise and empirical methods to solve complex problems. With the introduction of computer-aided design (CAD) and finite element analysis (FEA), the field took its first steps towards digitization. These tools allowed engineers to simulate and analyze mechanical systems with greater accuracy and efficiency. However, the sheer volume of data generated by modern engineering systems and the increasing complexity of these systems have necessitated more advanced analytical tools, paving the way for AI.
AI offers the capability to process vast amounts of data, identify patterns, and make predictions with a level of speed and accuracy unattainable by traditional methods. This has profound implications for mechanical engineering, enabling more efficient design processes, predictive maintenance strategies, and optimized manufacturing operations. AI-driven tools can learn from historical data, adapt to new information, and continuously improve their performance, making them invaluable in tackling the multifaceted challenges of modern mechanical engineering.
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELijaia
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
Mechatronics is a multidisciplinary field that refers to the skill sets needed in the contemporary, advanced automated manufacturing industry. At the intersection of mechanics, electronics, and computing, mechatronics specialists create simpler, smarter systems. Mechatronics is an essential foundation for the expected growth in automation and manufacturing.
Mechatronics deals with robotics, control systems, and electro-mechanical systems.
Gas agency management system project report.pdfKamal Acharya
The project entitled "Gas Agency" is done to make the manual process easier by making it a computerized system for billing and maintaining stock. The Gas Agencies get the order request through phone calls or by personal from their customers and deliver the gas cylinders to their address based on their demand and previous delivery date. This process is made computerized and the customer's name, address and stock details are stored in a database. Based on this the billing for a customer is made simple and easier, since a customer order for gas can be accepted only after completing a certain period from the previous delivery. This can be calculated and billed easily through this. There are two types of delivery like domestic purpose use delivery and commercial purpose use delivery. The bill rate and capacity differs for both. This can be easily maintained and charged accordingly.
Generative AI Use cases applications solutions and implementation.pdfmahaffeycheryld
Generative AI solutions encompass a range of capabilities from content creation to complex problem-solving across industries. Implementing generative AI involves identifying specific business needs, developing tailored AI models using techniques like GANs and VAEs, and integrating these models into existing workflows. Data quality and continuous model refinement are crucial for effective implementation. Businesses must also consider ethical implications and ensure transparency in AI decision-making. Generative AI's implementation aims to enhance efficiency, creativity, and innovation by leveraging autonomous generation and sophisticated learning algorithms to meet diverse business challenges.
https://www.leewayhertz.com/generative-ai-use-cases-and-applications/
Design and optimization of ion propulsion dronebjmsejournal
Electric propulsion technology is widely used in many kinds of vehicles in recent years, and aircrafts are no exception. Technically, UAVs are electrically propelled but tend to produce a significant amount of noise and vibrations. Ion propulsion technology for drones is a potential solution to this problem. Ion propulsion technology is proven to be feasible in the earth’s atmosphere. The study presented in this article shows the design of EHD thrusters and power supply for ion propulsion drones along with performance optimization of high-voltage power supply for endurance in earth’s atmosphere.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
3. Powered by the
See Machining from a New Angle benztooling.com/livetools
Axial Live Tool
Application
Machining O.D.
Features
4. Powered by the
See Machining from a New Angle benztooling.com/livetools
Radial Live Tool
Application
Machining I.D.
Features
On Main and/or Sub-Spindle
5. Powered by the
See Machining from a New Angle benztooling.com/livetools
Comprehensive
Tooling Solutions
Radial Live Tool
Static Tool
Axial Live Tool
6. Powered by the
See Machining from a New Angle benztooling.com/livetools
Live Tool Mounting Options
• Disk Turret – Face Mount
• Main Spindle
• Star Turret – OD Mount
• Main Spindle or Sub-Spindle
1 2
7. Powered by the
See Machining from a New Angle benztooling.com/livetools
Live Tool Mounting Options
• Star Turret – OD Mount
• Main Spindle | Sub-Spindle
• Disk Turret – Face Mount
• Main Spindle VTL or Inverted
Spindle Applications
3 4
8. Powered by the
See Machining from a New Angle benztooling.com/livetools
Turret Drive Types
Turret Main Adaption
BMT VDI | DIN 69880
9. Powered by the
See Machining from a New Angle benztooling.com/livetools
Drive - Coupler
DIN 1809 DIN 5480
DIN 5482 Coupler
Single Stage
Coupler
Double Stage
BMT with Tang / Flat
Similar to DIN 1809
10. Powered by the
See Machining from a New Angle benztooling.com/livetools
Spindles | Tool Holding
Collet Chuck BENZ Solidfix®
HSK Form C Kennametal™ BENZ CAPTOTM
Face Mill
Adaptor
ABS® License
Komet ®
Weldon or
Whistle Notch
11. Powered by the
See Machining from a New Angle benztooling.com/livetools
Spindles | Tool Holding
Modular, Quick Change Options
BENZ Solidfix®
BENZ CAPTO™
KM™
HSK-T
Advantages of Modular Outputs:
• Stability
• Flexibility
• Economic Efficiency
• Repeatability
• Fast Replacement of Worn Tools
12. Powered by the
See Machining from a New Angle benztooling.com/livetools
Spindles | BENZ Solidfix®
Precision: 0.015 mm
Advantages:
• Very Compact
• Highest Precision
• High System Rigidity
• Very User-Friendly
• High Flexibility
• One-Hand Operation
• Less Than 15 Second
Tool Replacement
Full-Face Contact
90° Rotation
Bayonet
Lock
Self-Centering
by Taper
Contact
13. Powered by the
See Machining from a New Angle benztooling.com/livetools
Spindles | BENZ Solidfix®
-Adapter
• Weldon for Parallel Shanks DIN 1835B
• Whistle-Notch for Parallel Shanks DIN
1835 E
• Shrink Fit Chucks
• Softsynchro®
with Internal Coolant
• Collet Chucks 8° Typ ER
• Milling Machine Arbors with Internal Coolant
• Closing Plug
• Test Arbors
• Boring Bar Blanks
BENZ Solidfix Adapters
One BENZ Solidfix Could Replace
the Need for Up to Ten Live Tools
Live or Static
Tools
14. Powered by the
See Machining from a New Angle benztooling.com/livetools
Spindle | BENZ CAPTOTM
-Adapter
Live or Static
Tools
15. Powered by the
See Machining from a New Angle benztooling.com/livetools
Standard Program Turning Technical
VDI 20 – VDI 50
BMT 45- BMT 85
Standard with ER Collet Chuck
Optional
BENZ Solidfix®
(Modular)
BENZ CAPTO™ (Modular)
Live Tools
Static Tools
16. Powered by the
See Machining from a New Angle benztooling.com/livetools
Technical | X-Line
Advantages:
• Excellent Operation – Crown Gear, Long Tool Life
• Extreme Rigidity – Higher Accuracy
• Lubrication Tolerance
• Optimized Gear Ratio of the Spindle
Characteristic Line – High Cutting Performance
• Low Weight – Automatic Tool Change
X-Line Gear Concept
Higher Performance > Higher Efficiency and Productivity
17. Powered by the
See Machining from a New Angle benztooling.com/livetools
Technical | Design
Rotary Feedthrough
IC to Max:
• Axial 50 Bar
• Radial 100 Bar
Labyrinth-Sealing
Bearing
Clearance
Spindle Ball
Bearing
Bearing Pre-Load
18. Powered by the
See Machining from a New Angle benztooling.com/livetools
Broaching Device “LinA”
Turning and Grooving in One Setting
Advantages:
• Protection of the Z-axis While Simultaneously Reducing Cycle Times
• Reduction of Essential and Auxiliary Operation Time
• Production of a Feather Key Groove in Less Than 2 Seconds
Working Stroke 30.5 mm
Maximum Groove Width 8 – 10 mm
Work on Materials up to a Hardness of 900 N/mm2
Max. Input Speed 1,000 rpm
Max. Feed 0.15 mm/hub
Symmetry ± 0.02
Accuracy IT8
19. Powered by the
See Machining from a New Angle benztooling.com/livetools
Adjustable Angle Head
Swivel Head ± 98°
i= 1:0.977
n= 10,000 rpm
T= 4 Nm
Clamping Range
ER11 Collet Chuck (0.5 mm - 7 mm)
Applications
• General Manufacturing to Light Production
• Applications That Need Non-Standard Angles
• Require a Variety of Angles
Available in
VDI or BMT
20. Powered by the
See Machining from a New Angle benztooling.com/livetools
Alignment System “ACE”
• Quick Tool Alignment
• Faster Setup Times
• Adjusting with One Screw
• Adjusted Position Permanently / Mechanically Defined
• High Repeatability < 0.01mm (0.0039“)
• Can Be Used from Both Sides
• The Same Width Across Flat on All Components for Handling
• Scale for Optical Alignment Help
• VDI Specific Application
21. Powered by the
See Machining from a New Angle benztooling.com/livetools
Double Spindle
with Internal Coolant
Internal Coolant
• max. 80 bar
Ratio
• i = 1:1
Available in VDI or BMT
Revolution
• n = 4,500 rpm
Torque
• t = 50 Nm
22. Powered by the
See Machining from a New Angle benztooling.com/livetools
Gear Hobb
• Module to 1.5
• Lubrication
• ±15° Adjustable
• i =1:1
• n = 4,000 rpm
Available in VDI or BMT
• T max.= 30 Nm
• Milling Arbor Collet
• HSK25
• Jaw Coupling
23. Powered by the
See Machining from a New Angle benztooling.com/livetools
Specials Turning
Technology
• Angle Mill and Drill Head,
Angular Angle
• Multi-Spindle Head
• Inside Milling Head
• Roller Milling Head
24. Powered by the
See Machining from a New Angle benztooling.com/livetools
Specials Turning Technology Multi-Spindle Head, i.e.
with BENZ Solidfix®
Connection
Dramatic Cycle Time Reduction:Dramatic Cycle Time Reduction:
Increase in Productivity Through Simultaneous
Application of Multiple Spindles/Tools
Minimum Spindle
Distance: 10.5 mm
Radial Live Tool with Angle
Different Than 90°
Every Angle Possible
25. Powered by the
See Machining from a New Angle benztooling.com/livetools
Specials Turning Technology
Inside Milling Head for Inside Application with
Limited Room to 20 mm Drilling Diameter.
26. Powered by the
See Machining from a New Angle benztooling.com/livetools
Contact Us Directly
For Questions
Rapid Turnaround to Minimize Downtime
• BENZ Inc.’s Standard Repair Service
Turnaround is Two Weeks
• Choose Expedite Service to Replace
Worn or Damaged Tools within 72 hours
• Preventive Maintenance Program is
Available to Minimize Unscheduled Downtime
• One-Year Warranty on all Repairs
BENZ Inc.
704.529.5300
www.benztooling.com
8325 J Arrowridge Blvd.
Charlotte, NC 28273
27. Powered by the
See Machining from a New Angle benztooling.com/livetools
For More Information
Regarding BENZ Live Tooling,
Call 704-529-5300