Customer Stamping Service  Manufacturers, Traders, Suppliers

CNC punching: Up to 8.000mm length, 1500mm width and 6mm thickness.

High quantities are produced economically on modern, automated systems. Metal sheets up to a dimension of 3,000 mm x 1,500 mm can be processed. The maximum sheet thickness is 8 mm.

In many cases, punching is a cost-effective alternative to laser cutting. Working areas of 8,000 mm in length and 1,500 mm in width with material thicknesses of up to 6 mm offer a wide range of design possibilities.
The use of modern punching tools also enables the attachment of pull-throughs, threads, angles and much more.

Stamped parts / Bent parts / Stamped-bent parts / Pressed parts
According to drawings, samples or individual specifications, we manufacture stamped parts and formed parts for you including the complete subsequent processing and finishing in the batch size you require. This results in simple washers and mounting brackets through to high-precision shift parts, moulded parts for the automotive industry and mechanical engineering and complex follow-on composite parts. High precision in combination with the latest punching technology is particularly important here.

Schulz Stanztechnik has been in existence as a company for more than 50 years, and operating since 1991 from its premises in Halver on behalf of numerous customers at home and abroad. We produce and assemble a large number of products in differing versions on our production facilities covering more than 2,500 m². Our wide range of products presented to you on this website can cope with practically every conceivable task involved in transporting goods. The main products consist of axial deep groove ball bearings, detailed parts and components for systems used in warehousing, materials moving and transport tasks, stampings and stamped bent parts, together with accessories for cable installation.

Using molds to achieve material separation or deformation under the action of a press machine;
Including punching, cutting, bending processes

1. Automotive manufacturing (core application areas)
Body components: car doors, engine hood, trunk lid and other covering parts, achieve streamlined shape and high dimensional accuracy (within a tolerance of ± 0.5mm) through stamping
Chassis structure: Skeleton components such as longitudinal beams and crossbeams require high-strength steel plate stamping, and optimizing the process can increase material utilization to 75%.
Lightweight trend: The proportion of aluminum alloy/high-strength steel stamping parts has increased, such as Tesla's modular molds achieving multi vehicle co production.
2. Home appliances and electronic devices
Shell manufacturing: The shells of household appliances such as air conditioners and refrigerators are stamped with composite molds, completing multiple processes in a single stroke.
Precision parts: Electronic device heat dissipation holes, connectors, etc. require progressive die processing, with mold tolerances controlled within ± 0.02mm.
3. Aerospace
Simple structural components: Large quantities of parts such as aircraft fuselage panels are stamped using stamping technology, balancing efficiency and cost.
Material Challenge: Stainless steel/titanium alloy stamping requires optimization of mold coatings (such as DLC coatings) to reduce friction coefficient by 30%.
4. Other fields
Industrial equipment: Customized production of mechanical shells, brackets, etc. is achieved through bending and stamping composite processes.
New energy and robots: New energy vehicle battery trays, robot joint components rely on precision stamping (accuracy up to 0.1mm level).‌

Stamping is a metal forming process in which a sheet metal blank is pressed into a desired shape using a stamping die. The sheet metal is placed between the upper and lower dies. A press applies a large amount of force to the upper die, which then forces the sheet metal to take on the shape of the lower die cavity.

Stamping is a manufacturing process that involves shaping metal by applying compressive forces, and it has a wide range of applications across various industries. Here are some of the key application scenarios for stamping:
Automotive Industry
Aerospace Industry
Electrical Appliance Industry
Construction Industry
Daily Necessities
Specialized Industries

Stamping parts are high precision parts formed by using molds and presses on metal plates. They have the characteristics of high production efficiency, low cost and good consistency, and are widely used in automobile, electronics and other fields.

Stamping parts are mainly used in automotive industry, electronic products, household appliances, aerospace and daily hardware and construction industries.

Our Customer Stamping Service begins with tailored material selection: we test various metals (steel, aluminum, copper) for ductility, strength, and corrosion resistance to match your application needs. Our engineers then optimize production processes—adjusting stamping force, die clearance, and speed—to ensure precision.
We provide comprehensive prototyping, producing samples for rigorous testing (dimensional accuracy, load-bearing capacity, surface integrity) and iterating based on your feedback. Throughout production, real-time monitoring maintains consistency, while post-stamping treatments (deburring, plating) enhance quality.
From design consultation to mass production, we align every step with your specifications, ensuring seamless collaboration and reliable, high-performance stamped components.

• Process planning: Development of the optimum punching process based on the design requirements, selection of suitable materials and punching machines.schoen-sandt.
• Toolmaking: Design and manufacture of special punching tools to ensure product precision and consistency.
• Punching production: Use of high-performance punching machines to carry out cutting, forming and punching operations on the material in order to produce the desired components.
• Post-processing: If required, surface treatments, heat treatments or other secondary operations are carried out to meet the final requirements.

• Automotive industry: production of body parts, engine components and other important components.
• Electronics industry: production of precision electronic components and connectors.
• Construction industry: production of metal components and decorative elements for building structures.
• Packaging industry: Production of customized shapes and designs for packaging materials made of cardboard, plastic or metal.

Contract punching refers to the outsourcing of punching jobs to specialized service providers. This practice is used in various industries:
1. automotive industry: in automotive production, contract stamping is used to manufacture body parts, chassis components and interior fittings. Examples include the production of car doors, hoods and roofs.
2. electronics industry: The production of housings, connectors and brackets for electronic devices is often carried out by stamping. This includes the production of smartphone housings, TV bases and speaker cut-outs.
3. household appliance industry: Parts such as housings and internal structural elements of household appliances, for example washing machine housings or refrigerator doors, are often produced by stamping. This also includes parts such as air conditioner housings, induction hob plates and rice cooker bases.
4. furniture industry: Metal furniture components such as table legs, backrests and supports are manufactured by stamping to ensure stability and aesthetic design. Examples include the manufacture of office table legs, conference table supports and book shelf supports.
5. construction industry: Building components such as window frames, façade panels and cladding are often produced by die-cutting to meet design and functional requirements. These include window frames, door handles and balcony balustrades.
6. precision instruments: parts such as sensor housings or instrument panels are manufactured by stamping to ensure high precision and reliability. These include temperature sensor housings, pressure gauge displays and pointers for ammeters.
7. aerospace: Components such as parts for rockets or satellites are manufactured by stamping to meet weight and strength requirements. Examples include the production of jet engines for rockets, solar panels for satellites and housings for navigation systems.
8. medical technology: Metal parts such as surgical instruments or housings for diagnostic devices are manufactured by stamping in order to meet hygiene and safety standards. These include surgical knife handles, syringe needles and housings for blood pressure monitors.
9. packaging industry: In the packaging industry, contract stamping is used to manufacture metal containers, bottle caps and packaging containers

Stamping (also known as pressing) is the process of placing flat sheet metal in either blank or coil form into a stamping press where a tool and die surface forms the metal into a net shape. Stamping includes a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press, blanking, embossing, bending, flanging, and coining. This could be a single stage operation where every stroke of the press produces the desired form on the sheet metal part, or could occur through a series of stages.

Stamping is usually carried out on sheet metal, but can also be used on other materials, such as polystyrene. Progressive dies are commonly fed from a coil of steel, coil reel for unwinding of coil to a straightener to level the coil and then into a feeder which advances the material into the press and die at a predetermined feed length. Depending on part complexity, the number of stations in the die can be determined. Stamping is usually done on cold metal sheet.

Robotics in the nuclear, aerospace and healthcare industries, aviation industry, underwater mechanical and electronic equipment.