Precision Metal Products.
Manufactured for Industrial Requirements.

SMIT TOOLS manufactures precision metal enclosures intended for high-tech electronic equipment, industrial control systems, measuring devices, and related electrical and electronic applications. These enclosures provide a manufactured metal housing around the intended equipment and can be developed in standardized or customizable configurations depending on the customer's needs.

Our enclosure manufacturing capabilities include Aluzinc, stainless steel (SS), and cold-rolled close-annealed steel (CRCA), with sheet thicknesses ranging from 0.8 mm to 3.0 mm. The suitable material and thickness depend on the application, product dimensions, installation needs, and agreed specifications.

We focus on accurately interpreting drawings, dimensional requirements, and fabrication details so that the enclosure fits the intended product or equipment assembly. Customers may share their existing drawings or product requirements for a manufacturing discussion.

SMIT TOOLS manufactures metal enclosures for SPN (Single Pole and Neutral) and TPN (Triple Pole and Neutral) distribution board applications. These products are intended to house electrical distribution components in configurations determined by the electrical assembly design.

Distribution board enclosure requirements can vary according to the number and arrangement of components, mounting and access considerations, dimensional constraints, and the selected sheet-metal material. We aim to manufacture the enclosure to the approved drawing and relevant specifications provided by the customer.

Our approach emphasizes suitable metal fabrication, dimensional coordination, and practical alignment with the intended assembly. Any claim about electrical compliance, enclosure protection ratings, or testing must be supported by actual product documentation.

We manufacture precision press components for industrial applications that require shaped or formed sheet-metal parts. Our stated capabilities include press components made using materials such as CRCA steel and copper, according to the design and process requirements.

Press components often form an essential part of larger equipment, electrical assemblies, and manufactured products. Their geometry, material grade, dimensions, and production process must be appropriate for the intended assembly. We work with customer-supplied technical drawings and specifications to understand these requirements.

SMIT TOOLS aims to support industrial component production through a manufacturing approach centered on careful fabrication, material suitability, and clear coordination of customer expectations.

SMIT TOOLS provides laser cutting services for industrial sheet-metal profiles and components. The company has stated cutting capabilities covering 0.5 mm to 10 mm for materials including CRCA steel, Aluzinc, aluminium, and stainless steel.

Laser cutting can be used to produce component outlines, holes, slots, and other design features from sheet material, depending on part geometry and manufacturing feasibility. Customers can supply the relevant drawings, dimensions, material information, and quantities so the cutting requirement can be assessed.

The actual process suitability and available thickness range depend on the specific material, grade, sheet thickness, design complexity, and job conditions. We confirm precise cutting parameters directly for each customer project.

SMIT TOOLS manufactures press tools for sheet-metal component production. Press tools are developed according to the part geometry, material, and intended forming or stamping process. Tooling requirements may differ significantly depending on the component design and the production application.

Our tooling capability supports customers who need press tools for specified sheet-metal parts. The manufacturing discussion begins with the relevant technical drawings, dimensional requirements, component details, and expected application.

We aim to align the tooling requirement with the component's production needs and mutually agreed manufacturing specifications.

Our manufacturing range includes components for MCB (Miniature Circuit Breaker) applications. Such components can require application-specific shapes, material characteristics, and dimensional consistency, depending on how they are used within the customer's final assembly.

SMIT TOOLS supports inquiries for MCB-related parts manufactured according to approved drawings and stated technical requirements. By reviewing component designs, material specifications, and production expectations, the team can assess how the manufacturing requirement should be approached.

The suitability of a particular component for a final electrical device, and any associated electrical approvals or performance claims, must be confirmed by the relevant design and product documentation.

SMIT TOOLS manufactures copper components for applicable industrial and electrical requirements. Copper is widely selected for its material properties, including electrical conductivity, but component suitability depends on the specified grade, configuration, dimensions, and application.

Our work in this category is based on customer requirements for component design, material specifications, and intended function. We encourage customers to provide detailed drawings and quantity information so that the feasibility and manufacturing approach can be considered.

We aim to manufacture copper components with attention to the geometric and dimensional requirements established for each product.

Our manufacturing portfolio also includes automotive sheet-metal components. These products may require specific metal grades, dimensions, part shapes, and fabrication processes based on the intended automotive-related application.

SMIT TOOLS works to understand the customer-provided product requirements before evaluating a suitable manufacturing approach. Part drawings, required materials, dimensional specifications, quantities, and application details help establish the basis for component manufacturing.

Our focus is on supporting relevant automotive component requirements through sheet-metal manufacturing capabilities and clear technical coordination.