etup and Operation: Setting up and operating VMC machines according to production requirements, including loading materials, selecting tools, and adjusting machine settings. Blueprint Interpretation: Reading and interpreting engineering drawings, schematics, and technical documents to understand part specifications and machining processes. Tool Selection and Management: Selecting appropriate tools and fixtures for machining operations, ensuring proper tool condition, and managing tooling changes. Machine Monitoring and Adjustment: Monitoring machine operations during the production process to ensure adherence to quality standards, making necessary adjustments to tooling and machine settings. Quality Control: Inspecting finished parts using measuring instruments like calipers and micrometers to verify conformance to specifications and identify any quality issues. Maintenance and Troubleshooting: Performing routine maintenance tasks on VMC machines, including cleaning, lubricating, and replacing worn components, as well as troubleshooting minor issues that may arise. Documentation and Record Keeping: Maintaining accurate production records, including machine settings, tooling changes, and quality inspection results. Safety: Adhering to safety protocols and procedures to maintain a safe working environment.
Setting up the machine: This includes loading materials, securing workpieces, and installing cutting tools. Operating the machine: Following instructions, monitoring the machining process, and making adjustments as needed to ensure accuracy and efficiency. Reading and interpreting blueprints: Understanding technical drawings to determine machining requirements. Performing quality checks: Inspecting finished parts to ensure they meet specifications and quality standards. Troubleshooting: Identifying and resolving issues with the machine or the machining process. Maintaining the machine: Performing routine maintenance and cleaning to keep the machine in good working order. Adhering to safety protocols: Ensuring a safe working environment and following all safety procedures. Documenting production data: Maintaining records of machine performance and production output.
VMC programmer skilled in Autodesk PowerMill typically requires experience in creating and optimizing toolpaths for VMC machining operations, operating and maintaining VMC machines, and troubleshooting programs. Specifically, this role often involves developing CNC programs using PowerMill, verifying machine settings and program data, and managing daily work tasks like action plans and rework. Key responsibilities and skills often included in a VMC PowerMill programmer job description: Programming and Toolpath Creation: Developing CNC programs using Autodesk PowerMill software, creating and optimizing toolpaths for machining operations, and verifying program control data for accuracy. VMC Operation and Maintenance: Operating and setting up VMC machines, including loading necessary tools, fixtures, and materials. Troubleshooting and Debugging: Troubleshooting and debugging CNC programs to ensure quality output and address any issues during machining. Collaboration and Communication: Working with engineering and production teams to meet project requirements and effectively communicating operational matters. Knowledge of Machining Processes: Familiarity with cutting tool materials, coatings, speeds, feeds, and appropriate tool selection for programming. Software Proficiency: Strong knowledge of Autodesk PowerMill and related CAM software, as well as potentially familiarity with other relevant software like DNC software for program post-processing. Problem-Solving: Ability to identify and resolve issues during programming and machining, including troubleshooting program errors and addressing potential safety concerns. Work Management: Experience in daily work management, including monitoring action plans, rework, and rejections, and ensuring adherence to production schedules. Safety: Knowledge of and adherence to safety procedures and regulations related to VMC operation and machining. Additional information that may be included in the job description: Experience: The required years of experience in VMC programming and operation, often ranging from 3 to 6 years or more. Education: The desired level of education, which may include a technical diploma or degree in mechanical engineering or a related field. Location: The specific location of the job, which may be in a tool room, manufacturing facility, or other related environment. Benefits: Information about salary, benefits package, and other perks offered by the employer.
oversee the quality control aspects of manufacturing, ensuring that products meet corporate and regulatory standards. They use various tools, strategies, and practices to maintain quality assurance while implementing improvements and correcting deficiencies.
we are looking for design engineer who have completed Diploma , BE/B.Tech any Dual Degree candidates can apply
Urgent Required call us Set up meetings and update calendars Take delivery of mail and sort and distribute them Make travel and lodging arrangements and create vouchers