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Immersiv Techsphere

Lab Furniture Design

We design production-ready laboratory furniture following international standards such as SEFA (Scientific Equipment & Furniture Association) and EGNATON e.v. (European Association of Sustainable Laboratories).

Our designs are optimized for durability, efficiency and manufacturability while ensuring compliance with safety and ergonomic requirements.

What We Offer

We provide end-to-end services for laboratory furniture, tailored to client needs and manufacturing requirements:

Client approval drawings

Manufacturing drawings ready for shop floor execution

SKU building and cataloging

Custom design work for specialized requirements

Modular and standard-compliant laboratory layouts

Integration with workflow and lab processes

Why Choose Our LabDesigns?

BASE 5 DRAWERS WIRE PULL (36W)
Work Bench (2)
NEWLAB04
BASE CAB 2 DOOR 1 DRAWER_IMG04
weld table 4
  • Following Safety standards like SEFA and ENAGTON - e.v. to ensure safety and ergonomic compliance
  • Sustainable, efficient and durable furniture designs
  • Reduced errors and rework during manufacturing
  • Faster client approval and smooth production

Our Process

Requirement gathering and feasibility study

Conceptual sketches and client approval drawings

Detailed DFM drawings for manufacturing

SKU cataloging and customization

Final delivery and support for production

Case Study 1:

Laboratory Workbench Design Optimization and SEFA Compliance Validation

Client Challenge

A laboratory furniture manufacturer was developing a new workbench design intended for use in research and testing environments. The client needed to ensure that the workbench met applicable SEFA and ISO safety requirements while keeping fabrication costs under control. Initial design reviews indicated potential overuse of material in certain structural members, which could increase manufacturing costs without providing significant performance benefits.

Our Solution

Immersiv Techsphere partnered with the client during the design phase to evaluate and optimize the laboratory workbench before fabrication. Using advanced engineering analysis and virtual validation techniques, the team assessed the structural performance of the workbench under anticipated operational loads and environmental conditions.

The project focused on:

  • Structural strength and stability assessment
  • Compliance with relevant SEFA and ISO safety requirements
  • Load-bearing capacity evaluation
  • Deflection and stress analysis of critical components
  • Material optimization to reduce manufacturing costs

Based on the simulation results, several design refinements were implemented to improve structural efficiency while maintaining safety and performance standards. Material usage was optimized in non-critical areas, and key load-bearing sections were reinforced where necessary. The revised design was then virtually validated to confirm compliance before moving into production.

Results

  • Reduced fabrication costs by approximately 15%
  • Achieved compliance with applicable SEFA and ISO safety standards
  • Improved structural performance and load-bearing reliability
  • Minimized material wastage through optimized design
  • Reduced development time by identifying design issues before fabrication
  • Increased confidence in manufacturing readiness and product quality

By integrating engineering simulation and design optimization early in the development process, the client was able to deliver a cost-effective, compliant, and production-ready laboratory workbench while significantly reducing the risk of costly design revisions during manufacturing.

Case Study 2:

FEA-Based SEFA Validation for Laboratory Workbench Design

Client Challenge

Laboratory furniture manufacturers typically validate products against SEFA load and performance requirements after fabrication of the first prototype. This approach often leads to multiple design iterations, material rework, and delays if the workbench fails deflection, stability or structural load tests during physical validation.

Our Solution

Immersiv Techsphere performed a detailed Finite Element Analysis (FEA) of the laboratory workbench assembly during the design phase. The structural model was evaluated against anticipated loading conditions and performance requirements aligned with applicable SEFA standards.

  • Frame stiffness and overall structural integrity
  • Stress distribution across load-bearing members
  • Deflection under working loads
  • Critical connection and support locations
  • Material utilization and weight optimization

Based on simulation results, design modifications were implemented to improve structural performance before prototype fabrication. Reinforcement strategies and geometry refinements were validated virtually, reducing development risk prior to manufacturing.

Results

  • Reduced prototype iterations prior to SEFA testing
  • Early identification of high-stress and excessive deflection zones
  • Improved confidence in meeting SEFA performance requirements
  • Reduced material waste and engineering change requests (ECRs)
  • Faster transition from design validation to production release

By integrating FEA into the product development workflow, the client was able to validate structural performance before fabrication, resulting in a more robust and manufacturing-ready laboratory workbench design.

FAQs

Q: Do you follow international standards in laboratory furniture design?
Yes. All designs comply with SEFA and EGNATON standards to ensure safety, ergonomics and sustainability.
Absolutely. We provide tailored solutions, including SKU building and custom designs, to meet specific lab requirements.
Yes. We deliver complete production drawings, ready for shop floor execution, reducing errors and improving efficiency.

Connect Us On

+91 8460255923

Email Us

contact@immersivtech.com

Ready to Optimize Your Laboratory Furniture Manufacturing?