Punching at HAILTEC
Precision and efficiency in sheet metal processing
Punching of series parts
Stamping is an integral part of HAILTEC's manufacturing portfolio and plays a crucial role in the production of precision parts for a wide range of industries. Stamping is not viewed in isolation, but rather as part of a comprehensive, integrated manufacturing approach that also includes technologies such as bending , laser cutting , and embossing . By combining these processes, HAILTEC offers customized solutions for complex manufacturing requirements.
The punching process at HAILTEC
Punching is a high-precision process for working with sheet metal and other flat materials. At HAILTEC , we rely on state-of-the-art punching machines that guarantee high precision and efficiency for both small and large production runs. Our punching machines can process a wide variety of materials and enable the creation of complex geometries with the utmost accuracy.
Punching machines used and their capacities
HAILTEC relies on state-of-the-art CNC-controlled punching machines that enable the fast and precise production of complex components. Our machines offer:
- High punching speed for series production
- Processing of materials with a thickness of 0,1 mm to 3 mm
- Automated feeding systems for efficient production
Types of punching tools
HAILTEC uses various punching tools to manufacture different components:
- Progressive composite tools: Ideal for mass production as several processing steps (cutting, bending, embossing) are combined in one tool.
- Single punching tools: Perfect for smaller series or prototypes where individual punching geometries are required.
Machinable materials and material thicknesses
Our punching machines can process a wide variety of materials, including:
- Steel
- Stainless Steel
- Aluminium
- Copper
- brass
- plastics
The material thickness ranges from very thin foils to sheets with a thickness of up to 3 mm, which gives HAILTEC great flexibility in production.
Typical component sizes and geometries
HAILTEC stamps components in a wide variety of sizes and shapes, from small precision parts with diameters of just a few millimeters to larger components for the automotive or electrical industries . Typical component geometries include:
- Flat plates
- Complex contours
- Breakthroughs and Embossings
Many well-known customers from the industry
already trust our expertise
Advantages of punching over other manufacturing processes
Punching offers numerous advantages over alternative manufacturing processes, particularly in the series production of sheet metal and metal parts.
High production speed
Stamping enables the fast and efficient production of components, ideal for large quantities.
Cost
Especially with high volumes, the tooling costs are easily amortized due to the longevity of the stamping tools, making the process extremely cost-efficient.
Precision and repeatability
By using high-precision tools, HAILTEC achieves exceptionally high repeatability in its stamping process.
material efficiency
Stamping processes are designed to minimize material waste, resulting in higher efficiency and lower costs.
Application areas of punching at HAILTEC
Industries
1. Automotive industry
Production of sheet metal components for car bodies and engines.
2. Electrical industry
Manufacture of contact parts, housings and heat sinks.
3. Medical technology
Precision stamped parts for medical devices and implants.
Specific parts and components
Typical components that HAILTEC produces by stamping include:
- Small parts for electrical contacts
- mounting brackets for electronic components
- Flat components for medical applications
Combination with other manufacturing processes
HAILTEC often combines stamping with other machining processes such as bending , laser cutting , or embossing to produce complex components in an efficient manufacturing process. This makes it possible to produce complete assemblies in a single manufacturing step.
HAILTEC's special expertise in punching
With years of experience and a deep understanding of precision stamping, HAILTEC has established itself as one of the leading providers in the industry.
Complex stamped parts and innovative solutions
HAILTEC specializes in manufacturing even complex stamped parts with tight tolerances and complicated geometries. Our development department works closely with customers to develop solutions tailored to the specific requirements of their projects.
Integration into holistic manufacturing solutions
At HAILTEC, stamping is closely integrated into the entire manufacturing process. Thanks to our integrated approach, we can quickly incorporate stamped parts into subsequent processing steps, be it assembly , embossing , or laser processing.
Toolmaking for punching at HAILTEC
A key advantage of HAILTEC is our in-house toolmaking , which allows us to develop and manufacture customized stamping tools internally.
In-house development and production of punching tools
Our experienced toolmaking team designs and manufactures the tools needed for the specific requirements of our customer projects. This guarantees not only high flexibility but also a rapid response to customer requests and adjustments in the production process.
Advantages of in-house tool manufacturing
- Flexibility: Quick adjustments of the tools possible
- Cost: No external suppliers necessary
- precision: Tools that are precisely tailored to production requirements
Quality assurance during punching
The quality of our stamped parts is our top priority. That's why we rely on a comprehensive quality management system that ensures seamless monitoring of all production steps.
Measurement and testing technologies used
- Optical measuring systems: For the precise measurement of stamped parts and for checking dimensional accuracy.
- Tactile testing systems: To check the surface quality and to ensure tolerances.
Quality management and certifications
HAILTEC is certified according to ISO 9001 and ISO 13485 , which ensures compliance with strict quality standards, especially in safety-relevant industries such as medical technology.
Process monitoring and optimization
Our stamping machines are equipped with integrated sensor systems that enable real-time monitoring of the manufacturing process. This allows errors to be detected and corrected early.
Comparison: Punching vs. alternative manufacturing processes
Case studies: Punching projects at HAILTEC
Case Study 1: Stamped parts for the automotive industry
Customer requirement: A car manufacturer needed high-precision sheet metal components for body production, which had to be manufactured in large quantities at a competitive price.
Solution approach: HAILTEC developed a Progressive tool, which combined several processing steps in one operation.
Results: Due to the high efficiency of the punching process, the customer was able to save considerable costs and received components with consistently high quality
Case Study 2: Precision stamped parts for the electrical industry
Customer requirement: A company in the electrical industry needed complex contact parts made of copper for circuit boards.
Solution approach: HAILTEC relied on Single punching toolswhich were specially developed for these fine structures.
Results: The contact parts were manufactured in series, with minimal tolerances and high repeatability.
Innovations and future trends in punching
Technological developments
The introduction of servo-driven punching machines at HAILTEC has led to even higher production speeds and precision. These machines allow for flexible adjustment of the punching motion, which is particularly advantageous when machining complex geometries.
New materials
The development of new, lighter materials, particularly in e-mobility and aerospace , also presents new challenges for stamping. HAILTEC continuously invests in research to process these materials efficiently.
Sustainability in punching
HAILTEC relies on energy-efficient stamping systems and continuously works to reduce material waste. Through the use of optimized tools and production processes, we minimize material waste , and all stamping waste is recycled.
Combination of punching with other technologies at HAILTEC
A particular strength of HAILTEC is the combination of various manufacturing technologies . Stamping is often combined with bending , laser cutting , or embossing to create complex components in a single manufacturing process. This allows us to produce hybrid components that combine multiple functions in one part.
Member of networks and associations
HAILTEC - Your certified partner
FAQ about punching at HAILTEC
Which materials can be punched at HAILTEC?
We process a wide variety of materials, including steel, stainless steel, aluminum, copper and plastics.
What advantages does punching offer over other manufacturing processes?
Punching is particularly cost-effective for large quantities and offers high precision and production speed.
How does HAILTEC ensure precision during punching?
By using modern CNC-controlled punching machines and integrated measuring systems, we ensure consistently high quality.
Can HAILTEC also punch small series or prototypes?
Yes, HAILTEC also produces small series and prototypes with individually adapted tools.
How does HAILTEC combine punching with other manufacturing technologies?
We integrate punching into complex manufacturing processes and combine it with processes such as bending, embossing and laser cutting.
Which industries particularly benefit from HAILTEC’s punching expertise?
Industries such as the automotive industry, electrical industry, medical technology and aviation benefit from our punching solutions.