About Mini Bench Unit for Inspection of Small Components
The quality assured Mini Bench Unit for Inspection of Small Components is compact in size which makes it the number one choice for batch inspections. The unit is equipped with a fixed headstock that is backed with a rail mounted, a non-automatic tail stock is also an essential component of its structure. The Mini Bench Unit for Inspection of Small Components is capable of inspecting components having length up to 1000 mm and weight 30 kg. Along with numerous other additional accessories are offered along with the our highly durable unit to simplify the testing procedures more for our clients.
Salient features:-
The unit functions with the properties of two axis magnetization.
It is capable of tolerating up to 2000 Ampere HWDC/AC Current.
Owing to its technically advanced mechanism it provides accurate results
Functions efficiently for a long period without any failure.
Mini Bench Unit for Inspection of Small Components :
- Suitable for inspecting small components.
- Economically priced, compact unit, ideal for batch inspection.
- Two axis magnetization.
- 2000 Amps AC/HWDC Current.
- Fixed headstock with rail mounted, hand operated tail stock.
- Accepts components of maximum 1000 mm length and 30kg weight.
- A range of optional accessories available to extended versatility of equipments.
Sturdy Design for Reliable PerformanceCrafted with high-quality metal, the Mini Bench Unit ensures durability and stability during small component inspections. Its robust construction, along with a substantial machine weight of 850 kg, minimizes vibrations, delivering accurate and repeatable results every time. The contemporary blue, black, and white finish offers a professional aesthetic, making it suitable for modern industrial settings.
Efficient Operation with High Power OutputDesigned to deliver up to 2000 Amperes at 415 Volts, this inspection unit is built to handle rigorous testing of small components. Its efficient electrical design allows for continuous operation, meeting the demands of fast-paced manufacturing environments. The high power output ensures thorough inspection, optimizing the defect detection process and reducing downtime.
FAQs of Mini Bench Unit for Inspection of Small Components:
Q: How is the Mini Bench Unit for Inspection of Small Components typically used?
A: The Mini Bench Unit is used to inspect and assess the quality of small industrial components. Operators place items on the bench, where they undergo visual and electronic checks to detect any defects or inconsistencies, ensuring only components that meet strict standards continue through the production process.
Q: What components can be inspected using this unit?
A: This unit is suitable for inspecting a wide range of small metal or non-metal components commonly found in automotive, electronics, and machinery industries. Its adaptable working area and high-powered inspection capability make it excellent for precision parts and assemblies.
Q: When should this inspection unit be incorporated into the manufacturing process?
A: The Mini Bench Unit should be integrated at critical quality control pointseither during in-process inspections or final quality assurance checks before packaging and shipment. This ensures any defects are identified early, minimizing costly rework down the line.
Q: Where can the Mini Bench Unit be installed?
A: With its compact dimensions (1850 x 940 x 1780 mm) and sturdy construction, the unit can be easily accommodated in manufacturing workshops, quality control laboratories, or assembly lines in factories throughout India.
Q: What is the process for setting up and operating the inspection unit?
A: After positioning on a stable surface, connect the unit to a compatible 415 Volt power source. Users are advised to follow the manufacturers guidelines for calibration and operation, ensuring all safety protocols are observed for efficient and precise inspections.
Q: What are the main benefits of using this unit for small component inspection?
A: Key benefits include increased inspection precision, enhanced operator safety, and significant time savings due to its efficient workflow. The high power output enables comprehensive testing, while the durable design ensures long-term reliability and minimal maintenance.