About Pressed Tool Parts
Press tool parts
We are an ISO 9001:2015 certified company established In the year of 2005 with a vision to serve every kind of press tool parts to various organizations.
We know keeping our self-updated is very important to be competitive in market. We have state of the art in house press tool manufacturing plant which is accompanied by our wide range of press machines starting from 10 ton to 45 ton of speed 200- 600 spm capacity to form any kind of press tool parts of different materials like phosphor bronze brass , copper , stateless steel , c55, mild steel.
We have expert team of press tool makers who are experienced to design and develop intricate and complex tools of high precision and long tool life which can produce precise products in close tolerance in masses.
We have growing list of customers .We also have facility of surface finishing and plating at our trustworthy and reliable vendors to supply the finished goods to our customers.
Tailored for Precision & DurabilityOur engineered pressed tool parts deliver high dimensional precision, robust temperature resistance (up to 200C, material-dependent), and enduring corrosion protection. Each component is made to meet stringent industrial requirements using your exact drawings or samples, ensuring seamless function and reliability for critical applications.
Comprehensive Customization OptionsChoose from a wide array of materials, finishes, colors (silver, black, or custom), and mounting styles such as screw, weld, rivet, bolt, or clip-on. Every part can be tailored for dimensions, shape, and surface finishing, offering flexibility for integration into machinery, appliances, automotive, or electrical assemblies.
FAQs of Pressed Tool Parts:
Q: How are the pressed tool parts manufactured to achieve high precision?
A: Our pressed tool parts are fabricated using advanced pressing, stamping, punching, and cutting technologies such as laser and CNC machinery, ensuring high dimensional accuracy with tolerances as tight as 0.05 mm or as specified.
Q: What materials and surface treatments are available for these components?
A: We offer parts in various metals, including stainless steel, mild steel, carbon steel, brass, copper, and aluminum. Surface finishing options include zinc plating, nickel plating, powder coating, electroplating, galvanizing, painting, and anodizing to enhance corrosion resistance and aesthetic appeal.
Q: When should I consider using custom pressed parts in my assembly?
A: You should opt for custom pressed parts when your application demands specific dimensions, tolerances, surface finishes, or integration features that standard components cannot provide. Our manufacturing accommodates your designs and samples for seamless assembly integration.
Q: Where are these pressed tool parts typically used?
A: These parts are widely used in industrial machine construction, automotive manufacturing, electrical panel fittings, appliances, and general sheet metal fabrication, providing reliable performance in diverse assembly environments.
Q: What is the process for ordering and customizing pressed tool parts?
A: Simply provide your technical drawing or sample and specify desired material, thickness, shape, surface treatment, mounting type, and other features. We manufacture and finish your parts accordingly, packaging them securely in export-quality cartons or plastic bags for delivery.
Q: How do surface treatments benefit the pressed tool parts?
A: Surface treatments such as zinc or nickel plating and powder coating significantly improve corrosion resistance, extend component lifespan, and offer a choice of visual finishes like smooth, matte, polished, or painted surfaces, tailored to your specifications.
Q: What advantages do these pressed tool parts offer over alternatives?
A: Our pressed tool parts are designed for easy integration, high durability, consistent quality, and can be customized for a wide range of applications and environments. Their precise construction and finish minimize downtime during assembly and maximize long-term operational reliability.