Precision Sheet Metal Fabrication for Medical Equipment

SYNTEX Precision Sheet Metal Fabrication for Medical Equipment is a service in the field of precision sheet metal fabrication / medical equipment components / medical device sheet metal / OEM manufacturing / prototype manufacturing / high-mix low-volume production / unit assembly, provided by SYNTEX Co., Ltd. of Japan to manufacturers of CT scanners, MRIs, ultrasound diagnostic equipment, and other medical devices requiring high-precision and stable production of sheet metal parts.
The service is used for fabricating sheet metal parts, frames, panels, covers, brackets, structures, and unit parts for medical equipment assembly. SYNTEX supports from prototyping, trial production to OEM and high-mix low-volume production, suitable for projects with diverse component types, flexible quantities, and varying technical requirements for each equipment model.
Fabrication is not based on a fixed specification. The approach must be determined according to material, sheet thickness, part dimensions, shape, tolerance, surface requirements, cutting, bending, welding, assembly methods, production volume, and actual product usage conditions.

1. Service Highlights

SYNTEX combines multiple sheet metal fabrication processes within a single production system, including fiber laser cutting, punching, bending, tapping, clinching, welding, and assembly.
In the blanking process, the company uses a fiber laser combination machine and turret punch press system to support processing various part shapes according to technical drawings.
In the forming process, a press brake system is used to perform bending for parts with varying angle, shape, and dimension requirements.
SYNTEX is capable of performing various welding methods such as spot welding, CO₂ welding, TIG welding, stud welding, and robotic welding, suitable for different structures and assembly requirements.
In addition to providing individual parts, the company also supports unit assembly, combining sheet metal parts with related components to form semi-finished sub-assemblies before being transferred to the customer's final assembly line.
The service focuses on high-mix low-volume production, suitable for the medical equipment industry, where the quantity of each component code may not be large but requires diverse types and changes according to model or project.

2. Suitable for which needs?

SYNTEX Precision Sheet Metal Fabrication for Medical Equipment is suitable for:
- Fabricating sheet metal parts for CT scanners.
- Fabricating sheet metal parts for MRI.
- Fabricating components for ultrasound diagnostic equipment.
- Manufacturing medical equipment housings, covers, panels, and brackets.
- Fabricating frames and sheet metal structures.
- Prototype manufacturing.
- OEM manufacturing.
- High-mix low-volume production.
- Unit assembly.
- Fabrication according to drawings.
- Fabricating diverse component types with flexible quantities.
- Businesses needing combined cutting, bending, welding, and assembly from a single supplier.
- Businesses needing a supplier experienced in the medical equipment field.

3. Consultation and Implementation Process

The process may include:
- Receiving drawings and technical requirements.
- Determining material type.
- Determining part thickness and dimensions.
- Analyzing product shape and structure.
- Determining tolerances and quality requirements.
- Selecting blanking method.
- Selecting bending approach.
- Determining welding requirements.
- Determining tapping or clinching approach.
- Determining assembly requirements.
- Producing prototypes or samples when needed.
- Product inspection.
- Adjusting fabrication approach.
- Implementing production according to required quantity.
- Controlling progress and quality during production.

3.1. Criteria for Selecting Fabrication Approach

The production approach should be based on:
- Type of medical equipment.
- Part function.
- Material type.
- Material thickness.
- Product dimensions.
- Part shape.
- Tolerance.
- Surface requirements.
- Assembly position.
- Joining method.
- Welding requirements.
- Bending requirements.
- Production volume.
- Number of product types.
- Prototype requirements.
- Unit assembly requirements.
- Project quality management standards.
- Actual equipment usage conditions.

3.2. Key Specifications and Features

- Service: Precision Sheet Metal Fabrication for Medical Equipment.
- Provider: SYNTEX Co., Ltd.
- Country: Japan.
- Type: Precision sheet metal fabrication.
- Application field: Medical equipment.
- Reference equipment: CT scanner / MRI / ultrasound diagnostic equipment.
- Production format: OEM / prototype / high-mix low-volume production.
- Blanking: Fiber laser cutting / punching.
- Forming: Bending by press brake.
- Secondary processing: Tapping / clinching.
- Welding: Spot welding / CO₂ welding / TIG welding / stud welding / robotic welding.
- Assembly: Unit assembly supported.
- Production according to drawings: Yes.
- Prototype: Supported.
- OEM manufacturing: Supported.
- High-mix low-volume production: Suitable.
- Quality management system: ISO 9001:2015 according to SYNTEX's certification scope.

3.3. Information Customers Need to Provide

Customers should provide:
- Name and type of equipment requiring component production.
- 2D or 3D drawings.
- Material type.
- Material thickness.
- Part dimensions.
- Required tolerances.
- Surface requirements.
- Bending requirements.
- Welding requirements.
- Tapping or clinching requirements.
- Assembly requirements.
- Quantity per product code.
- Number of product types.
- Prototype needs.
- Inspection standards.
- Part usage conditions.
- Packaging and delivery requirements.
The more complete the information, the more suitable the selection of fabrication process, equipment, and production approach will be for the actual project requirements.

3.4. Product Inspection and Evaluation

Before commencing mass production or repeat production, it is necessary to inspect dimensions, shape, tolerances, hole positions, bend angles, welds, assembly structure, and technical requirements specified in the drawings.
For prototypes or new products, sample production helps evaluate fabrication feasibility, assembly fit, and areas needing adjustment before moving to the next production stage.
During production, managing progress, product identification, and controlling each process helps maintain consistency between batches and reduces the risk of discrepancies between component codes.

4. Benefits for Customers and Businesses

SYNTEX Precision Sheet Metal Fabrication for Medical Equipment helps businesses access an integrated multi-process production system instead of having to separate cutting, bending, welding, and assembly among different suppliers.
Thus, customers can establish a process from drawing → blanking → bending → secondary processing → welding → assembly → inspection → product delivery within a single fabrication chain.
The ability to support prototyping and high-mix low-volume production is also suitable for businesses developing new equipment or having multiple product models with varying quantities of each component type.
Providing unit parts instead of just individual sheet metal parts can also help reduce assembly steps for the customer and simplify supplier management.

5. Key Highlights and Suitable Customers

- Precision sheet metal fabrication for medical equipment.
- Experience in supplying components for CT scanners.
- Experience in supplying components for MRI.
- Experience in supplying components for ultrasound diagnostic equipment.
- Prototype manufacturing support.
- OEM manufacturing support.
- Suitable for high-mix low-volume production.
- Fiber laser cutting and punching.
- Precision bending.
- Spot welding, CO₂ welding, and TIG welding.
- Stud welding and robotic welding.
- Unit assembly support.
- Fabrication according to drawings.
- Combining multiple processes at a single manufacturer.
- Suitable for medical equipment manufacturers needing a sheet metal supplier in Japan.
SYNTEX Precision Sheet Metal Fabrication for Medical Equipment is suitable for businesses needing to produce sheet metal parts, structures, and unit parts for CT scanners, MRIs, ultrasound diagnostic equipment, and other medical devices, especially for projects requiring prototyping, OEM, diverse product types, and flexible production volumes.