Product Specification

High Precision Punch Mold Components for Stamping Work PG Punch Pins for Optical Profile Grinding 

Application Field

Optical profile grinding (PG) is a widely used precision machining method, primarily for processing key components in precision equipment such as punch die components and punch molds. It is particularly suitable for forming and grinding high-hardness materials.

Product Details — PG Punch Pins

1. Surface Roughness: RZ ~ 0.2 µm / F1.0 mm/min
2. Accuracy: ±0.001 mm
3. Customization: Fully customizable. There is no standard stock for this series of products, and only non-standard orders are accepted. Please attach CAD or 3D drawings to your inquiry. Thank you!
4. Suitable Materials: Tungsten carbide, ceramic, and HSS, with properties as outlined below:

Involved Machining Technology

• Machining Type: Punch pins need to be processed using a plotter. The plotter depicts the graphics to be processed on film, which is then corrected on a projection screen. The processor will perform the molding process according to the design on the film.

• Involved Production Technology:

  • Cylindrical grinding
  • Internal circular grinding
  • Optical profile grinding
  • Flat grinding
  • Thread machining
  • Middle-speed wire cutting
  • Low-speed wire cutting
  • Mirror discharge machining

Why Choose Us

1. Advanced Technology: Complex shapes and various structures can be quickly formed while maintaining precision.
2. Efficient Processing: Short production cycles and rapid delivery ensure adherence to shipment schedules.
3. Product Quality: Consistent quality guaranteed, with high accuracy up to ±0.003 mm.
4. Confidentiality System: We implement triple confidentiality measures to protect your information. We can sign an NDA (Non-Disclosure Agreement) for added assurance.
5. High-End and Fully Equipped: Outstanding processing capacity, multiple production lines, advanced equipment, and professional supporting facilities.
6. Cost-Effective: Reasonable design and material selection lead to competitive pricing, helping you secure favorable prices for products of the same quality level.

Kinyet is committed to the research and development of tungsten-related materials. By continuously introducing new technologies and increasing investments in high-end production equipment, Kinyet provides mold solutions with an exceptional quality-to-price ratio, featuring high precision, longer tooling life, and cost-effectiveness. We are excited to announce our merger with Drow; together, we believe we will create even better products for consumers in the future!

Quality Criteria

1. Wear Resistance
2. Precision
3. Corrosion Resistance
4. Impact Strength
5. Toughness
6. Modulus of Elasticity and Rigidity
7. Transverse Rupture Strength, etc.

FAQ

Q1: Do you produce special punch molds or punch die components?
A: Yes, we specialize in customized mold fabrication and can translate the most complex punch die concepts into reality. Our punch mold components are designed and tailored for various demanding applications and materials.

Q2: If we want to cooperate with you, is confidentiality guaranteed?
A: Absolutely. All your information, including company details, drawings, and purchase order specifics, will be kept confidential. We can sign an NDA (Non-Disclosure Agreement) if you wish.

Q3: What are your payment terms?
A: We require a T/T payment structure of 30% as a deposit and 70% balance before delivery. We will provide photos of the products and packaging before you pay the balance.

Q4: How do you maintain long-term and good relationships with our business?
A: 1. Consistent quality and competitive pricing to ensure our customers benefit;
2. We respect every customer as our friend, sincerely conducting business and making friends, regardless of their origin.

Q5: Are you a factory or trading company?
A: We are a professional manufacturer in the precision hardware tools industry with decades of experience. Welcome to visit our company. We guarantee our products are offered at factory prices, which are very competitive.