Medical & HealthcareSheet Metal Solutions

SR MFG provides proven sheet metal solutions for the medical industry. With advanced precision fabrication equipment and an experienced technical team, we deliver manufacturing services that meet the standards and requirements of the medical device sector.

Precision & Consistency

High-precision equipment and strict process control ensure stable quality for every part.

Material Options

Stainless steel, aluminum, and coated steel to meet diverse medical application needs.

Clean & Reliable Quality

Smooth appearance, precise fit-up, and surface treatments suitable for medical environments.

End-to-End Support

Support from prototyping, tooling, and testing to volume production and on-time delivery.

Discuss Your Medical Project

I am very glad to have gained their trust.

Why Medical Equipment RequiresPrecision Sheet Metal Manufacturing

In the medical and healthcare sector, metal components are more than just part of the equipment structure. They play a direct role in patient safety and the reliability of the clinical environment.
Medical equipment places strict demands on biocompatibility, ease of cleaning, structural stability, and regulatory compliance. SR MFG’s sheet metal solutions are designed to meet these core requirements while ensuring long-term performance under frequent, intensive use. This helps healthcare providers reduce operational risk and maintain a higher standard of service.

Clean Appearance &
Easy Cleaning

  • Smooth surfaces reduce cleaning difficulty
  • Controlled finishing improves appearance
  • Suitable for frequent cleaning environments

Precision Fit-Up

  • Accurate holes and bends
  • Better enclosure and panel alignment
  • Supports stable assembly results

Corrosion Resistance

  • Stainless steel and coated options
  • Supports humid or cleaning environments
  • Helps extend service life

Structural Reliability

  • Stable support for housings and carts
  • Designed for repeated daily use
  • Improves long-term product durability

Surface Quality Control

  • Control scratches, burrs, and sharp edges
  • Maintain clean visible surfaces
  • Reduce downstream rework risk

Stable Batch Production

  • Repeatable process control
  • Prototype to volume consistency
  • Supports reliable delivery

SR MFG helps medical equipment customers reduce manufacturing risk with clean, precise, and repeatable sheet metal production.

Why Choose SR MFG forMedical Sheet Metal Parts?

We understand the critical requirements and demanding standards of medical equipment manufacturing. Our engineering team brings deep experience in supporting the full process from design through production for medical applications. With advanced high-precision fabrication equipment, we ensure that every component meets medical-grade accuracy requirements. At the same time, we provide cost-effective manufacturing solutions that help customers reduce overall production costs without compromising quality.

1

Engineering Support
Before Production

  • DFM review for manufacturability and cost optimization
  • Material, finish, tolerance, and assembly risk validation
2

Precision Fabrication
Capability

  • Advanced equipment for high precision cutting, bending, welding, and assembly
  • Tight control of dimensions, fit-up, and structural stability
3

Medical Equipment
Material Expertise

  • Stainless steel, aluminum, cold rolled steel, and coated steel
  • Proper material selection for different operating environments
4

Surface Quality and
Fit-Up Control

  • Control of burrs, scratches, and sharp edges
  • Accurate holes, bends, and assembly gaps for smooth fitting and clean appearance
5

Prototype to
Batch Production

  • Fast prototype for design validation
  • Stable process control for consistent quality in volume production
6

Inspection & Documentation
Support

  • In-process and final inspection
  • Measurement reports, material certs, and customer-specific documentation

SR MFG is committed to helping medical equipment manufacturers reduce risk, improve reliability, and accelerate time to market.

Discuss Your Medical Project

Our Manufacturing Capabilities

SR MFG provides end-to-end manufacturing solutions for medical equipment components,delivering precision, consistency, and reliability at every stage.

Laser cutting for medical sheet metal parts

Laser Cutting

High-precision cutting for panels, covers, brackets, and enclosure parts with clean edges and tight tolerances.

High Precision Clean Edges Tight Tolerances
View Laser Cutting
Metal bending for medical equipment parts

Metal Bending

Accurate bending for housings, trays, carts, covers, and support structures with high angle accuracy.

CNC Press Brake Angle Accuracy Consistent Fit
View Metal Bending
Stamping for medical sheet metal parts

Stamping

Efficient stamping for clips, tabs, brackets, connectors, and small precision parts in high-volume production.

High Volume Stable Quality Cost Efficiency
View Stamping
Welding for medical equipment assemblies

Welding

Reliable welding for frames, cabinets, carts, housings, and structural assemblies with strong and consistent joints.

MIG / TIG Strong Joints Structural Integrity
View Welding
Surface finishing for medical sheet metal parts

Surface Finishing

Powder coating, polishing, passivation, plating, and other finish options to meet application and appearance requirements.

Corrosion Protection Clean Appearance Multiple Options
View Surface Finishing
Assembly for medical sheet metal components

Assembly

Pre-assembly, hardware installation, packaging, and final inspection to ensure ready-to-use medical equipment components.

Precision Assembly Hardware Install Final Inspection
View Assembly

From prototype to mass production, SR MFG is your trusted partner for high-quality, reliable, and cost-effective medical sheet metal solutions.

Discuss Your Medical Project

What We Manufacture for Medical & Healthcare Equipment

SR MFG supports custom sheet metal parts and assemblies for medical equipment,laboratory devices, patient care systems, carts, cabinets, and precision enclosures.

Diagnostic & Testing
Equipment

  • Imaging system enclosures
  • Analyzer structures
  • Monitor and device housings

Surgical & Treatment
Equipment

  • Operating table frames
  • Instrument trays and brackets
  • Laser therapy equipment housings

Ward & Patient
Care Equipment

  • Bed frames and accessories
  • Bedside cabinets and storage units
  • Infusion pump and bedside device enclosures

Laboratory
Equipment

  • Fume hood frames
  • Centrifuge and incubator enclosures
  • Clean bench and workstation structures

Medical Carts &
Mobile Structures

  • Medical carts and trolleys
  • Mobile cabinets
  • Support frames for portable equipment

Custom Medical
Sheet Metal Parts

  • Brackets and mounting plates
  • Covers, panels, and housings
  • Hardware-installed assemblies

SR MFG supports both individual medical sheet metal parts and coordinated multi-part assemblies from prototype validation to stable batch production.

Material Selection for Medical Sheet Metal Parts

We offer a wide range of medical-grade sheet metal materials. The right material choice helps ensurecorrosion resistance, cleanability, structural performance, and cost efficiency.

304 Stainless Steel

Good corrosion resistance, clean appearance, and easy maintenance for common medical equipment structures.

Grades
Typical Use
Carts Panels Housings Brackets

316L Stainless Steel

Higher corrosion resistance for humid, cleaning, coastal, or more demanding medical equipment environments.

Grades
Typical Use
Washdown Parts Harsh Environments Long-Service Parts

430 Stainless Steel

Cost-effective stainless option with good formability and decent corrosion resistance for indoor applications.

Grades
Typical Use
Decorative Panels Covers Indoor Equipment

Aluminum Alloy

Lightweight material option with good formability, surface finish, and heat dissipation performance.

Grades
Typical Use
Portable Devices Lightweight Panels Instrument Housings

Cold-Rolled Steel + Coating

Good formability and cost control for painted medical equipment housings, cabinets, and indoor structures.

Grades
Typical Use
Cabinets Frames Covers Powder-Coated Parts

Galvanized / Coated Steel

Cost-effective option with basic corrosion protection for support structures, brackets, and selected housings.

Grades
Typical Use
Support Structures Brackets Cost-Sensitive Housings

Material Comparison at a Glance

Comparison Criteria 304 Stainless Steel 316L Stainless Steel 430 Stainless Steel Aluminum Alloy 5052 / 6061 Cold-Rolled Steel + Coating Galvanized / Coated Steel
Corrosion Resistance ★★★★☆ ★★★★★ ★★★☆☆ ★★★☆☆ ★★☆☆☆ ★★★☆☆
Weight Reduction ★★☆☆☆ ★★☆☆☆ ★★☆☆☆ ★★★★★ ★★☆☆☆ ★★☆☆☆
Surface Appearance ★★★★☆ ★★★★☆ ★★★☆☆ ★★★★☆ ★★★☆☆ ★★★☆☆
Cost Control ★★★☆☆ ★★☆☆☆ ★★★★☆ ★★★☆☆ ★★★★★ ★★★★☆
Formability ★★★★☆ ★★★☆☆ ★★★☆☆ ★★★★☆ ★★★★★ ★★★☆☆
Typical Medical Use Standard medical equipment Demanding environments Indoor decorative parts Portable and lightweight parts Cabinets and coated parts Cost-sensitive components

Our engineering team will help you select the most suitable material based on your product design, application environment, performance requirements, and budget.

Discuss Your Medical Project

Quality Control Program

Incoming Material Check

Verify material grade, thickness, surface condition, and specification compliance.

First Article Inspection

Confirm key dimensions and critical features before production release.

In-Process Inspection

Monitor bend angles, hole positions, fit-up, and process stability during manufacturing.

Final Inspection

Review appearance, assembly criteria, and shipment readiness before delivery.

View Quality Control Process

Inspection Workflow

1

Material Check

Verify material and specifications.

2

FAI

Confirm key dimensions and critical features.

3

In-Process Inspection

Monitor process and maintain consistency.

4

Final Release

Review and approve for shipment.

Material certificates, dimensional inspection reports, appearance inspection reports, and other related quality documents can be provided when required.

Lead Time and Cost Control

Clear delivery planning, urgent-order support, and practical cost control for medical sheet metal projects.

Lead Time Guidelines

Typical lead time depends on project complexity, quantity, and process requirements.

1

Prototype Production

Typically around 3–7 working days.

2

Small-Batch Orders

7–10 working days after drawing approval and material confirmation.

3

Volume Production

10–15 working days after order confirmation.

4

Large & Complex Projects

Scheduled in batches to ensure stable delivery.

Final lead time will be confirmed after detailed evaluation of drawings and requirements.

Expedited Service

For urgent projects, we activate a fast-response system to help shorten delivery time.

1

Fast Drawing Review

Quick feasibility evaluation and feedback within 24 hours.

2

Priority Material Check

Material availability confirmed and secured as a priority.

3

Key Process Scheduling

Production resources arranged with priority planning.

4

Expedited Inspection & Packing

Inspection and packing fast-tracked to meet your timeline.

Rush orders are subject to feasibility evaluation. Contact us for detailed assessment.

Cost Control

We help reduce total cost through optimized design, efficient processes, and stable supply chain.

DFM & Design Optimization

Improve structural design and manufacturability to reduce material and process cost.

Material & Process Efficiency

Maximize material utilization and select the most suitable manufacturing processes.

Standardization & Modular Design

Use standardized parts and modular structures to lower tooling and assembly cost.

Scale & Supplier Advantage

Batch production planning and long-term supplier partnerships help reduce unit cost.

When order volume increases, unit cost typically decreases significantly.

Our
Commitment

Transparent communication
throughout the process

Reliable delivery
you can plan with confidence

Quality and performance
never compromised

Long-term partnership
and continuous improvement

Related Case Studies

Nothing Found

FAQs

We use high-precision laser cutting and CNC bending equipment to control dimensional tolerances within ±0.05 mm, meeting the tight accuracy requirements of medical equipment.

We follow a well-defined SOP-based production system, covering first article inspection, in-process inspection, and final outgoing inspection. This allows us to maintain consistent quality standards across every part in volume production.

Yes. We have solid experience in manufacturing complex parts, including multi-surface forming, deep drawing, and precision welding, and can support the structural requirements of advanced medical equipment.

Yes. Our engineering team is familiar with a wide range of sheet metal fabrication processes and can offer practical recommendations on material selection, structural design, and cost control, helping customers reduce manufacturing risks early in development.

Small pilot runs are typically completed within 5–7 working days. Large-scale production usually takes 15–25 working days, depending on order complexity and quantity. When a pilot order begins, we also plan ahead for volume production to ensure a smooth transition from trial build to mass production.

Yes. We have experience working with special materials such as titanium alloys and high-temperature alloys, along with the dedicated equipment and tooling required. We also develop process plans tailored to the specific properties of these materials to ensure both quality and efficiency.

Yes. We maintain a complete quality traceability system and can provide detailed production records, material certificates, inspection reports, and other supporting documents for product certification. We can also support customer testing requirements by supplying samples, test data, and related technical documentation.

Start Your Project Today

Whether you are developing metal components for a new medical device or looking to improve an existing product design, SR MFG can provide the support you need. Contact our engineering team to discuss a sheet metal solution tailored to the medical and healthcare industry.