Blister Cutting Dies

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MOQ : 10 Pieces

Blister Cutting Dies Specification

Life Span
Up to 500,000 cycles

Mould Base
Steel Plate

Core Material
High Carbon Steel

Tolerance
0.01 mm

Working Process
CNC Milling & Grinding

Material
Superior Alloy Steel

Shaping Mode
Blister Cutting

Punch Dies
Interchangeable Dies

Die Head
Precision Ground

Production Capacity
1000 Pieces/Month

Compatible Machine
Blister Packing Machines

Hardness
58-62 HRC

Surface Finish
Polished

Application
For Blister Packaging Die Cutting

Cutting Thickness
Up to 2 mm

Tool Maintenance
Easy to Maintain & Regrind

Customization
Available as per Drawing

Blister Cutting Dies Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
200 Pieces Per Day

Delivery Time
2 Days

About Blister Cutting Dies

Fostered with rich industry experience and a very experienced team of professionals, we are manufacturing a wide assortment of Blister Cutting Dies. This product finds its wide usage in blister forming. The offered product is manufactured under the stern supervision of ingenious professionals using quality-checked raw materials with the help of innovative technology. Available at affordable rates, these Blister Cutting Dies can be purchased from us within given delivery time.

Precision Engineering for Reliable Performance

Blister Cutting Dies are manufactured using CNC milling and grinding, which ensures tight tolerances of 0.01 mm. Each die features a steel plate base and precision-ground die head, providing consistent accuracy and reliability in blister packaging processes. The interchangeable punch dies allow for efficient maintenance and flexibility.

Customizable and Durable Solutions

We offer die customization based on your provided drawings, enabling tailored solutions that fit various blister packaging requirements. Constructed with superior alloy and high carbon steel, our dies provide an extended lifespanup to 500,000 cyclesmaking them ideal for high-volume industrial applications.

Easy Maintenance and High Compatibility

Designed for easy maintenance and regrinding, our dies minimize downtime and extend operational life. They are fully compatible with standard blister packing machines, streamlining integration into existing manufacturing workflows for pharmaceutical, electronics, or consumer goods packaging.

FAQs of Blister Cutting Dies:

Q: How are Blister Cutting Dies maintained for optimal performance?

A: Blister Cutting Dies are designed for easy maintenance and can be re-ground when necessary, ensuring long operational life. Routine cleaning and timely sharpening help preserve precision and performance throughout their lifespan.

Q: What materials are used in manufacturing these dies, and why are they chosen?

A: The dies are made from high carbon steel and superior alloy steel. These materials offer exceptional hardness (58-62 HRC), polished surface finish, and resistance to wear, which are essential for precise and long-lasting die cutting operations.

Q: When should the interchangeable punch dies be replaced?

A: Interchangeable punch dies can be replaced when signs of wear or diminished cutting precision become apparent, or after numerous production cycles. Regular inspection is recommended to maintain consistent cutting quality and efficiency.

Q: Where can these dies be used beyond the pharmaceutical industry?

A: While commonly used in blister packaging for pharmaceuticals, these cutting dies are also suitable for packaging consumer electronics, hardware, and various retail products, due to their compatibility with blister packing machines across industries.

Q: What is the production process for manufacturing these dies?

A: Our Blister Cutting Dies undergo CNC milling and precision grinding to achieve rigorous tolerances (0.01 mm) and a consistently polished surface finish. This ensures high accuracy and repeatability in everyday production tasks.

Q: How does customization benefit the end user?

A: Customization allows users to obtain dies that exactly match their specific blister packaging requirements, improving fit and function. Users can submit drawings, and the dies will be tailored accordingly for optimal integration and performance.

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