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SME Engineering Solutions

Production improvement for manufacturing workshops

Production Improvement

Improve production, reduce waste and solve everyday workshop problems.

GilMan Engineering helps manufacturing workshops identify production bottlenecks, reduce rework, improve workflows, optimise fixtures, support manufacturing engineering and make production run more smoothly.

Improve My ProductionSee Production Improvement Projects
Production improvement media: Welding workstation, CNC machining, sheet metal production, factory layout, assembly line, and production meeting
Customer problems

Production Problems We Solve Every Week

Production delays, scrap, and rework often come from everyday workshop problems in welding, CNC, sheet metal, fabrication, and assembly.

  • Production keeps stopping.
  • Operators wait for engineering decisions.
  • Scrap is increasing.
  • Rework costs too much.
  • Assemblies don't fit correctly.
  • Fixtures slow production.
  • Drawings confuse operators.
  • Welding quality is inconsistent.
  • CNC setup takes too long.
  • Production takes longer than expected.
Why this happens

Small production problems become expensive over time.

Small delays, unclear instructions, and weak production methods repeat on every job until workflow, fixtures, drawings, and engineering changes are improved.

  • Poor workflow.
  • Weak fixture design.
  • Manufacturing drawings are unclear.
  • Engineering changes are unmanaged.
  • Processes evolved without review.
  • Production methods were never optimised.
  • Operators lack clear documentation.

Make everyday production run more smoothly.

Find the causes of workshop delays, scrap, and rework, then put practical improvements into production.

How GilMan Engineering helps

Practical engineering improvements for manufacturing workshops.

Improve workflow, fixtures, jigs, assembly, documentation, and day-to-day manufacturing with practical support on the workshop floor.

01

Workflow Improvements

Practical improvements prepared around your production needs, operators, and workshop priorities.

02

Production Engineering

Practical improvements prepared around your production needs, operators, and workshop priorities.

03

Manufacturing Support

Practical improvements prepared around your production needs, operators, and workshop priorities.

04

Fixture Improvements

Practical improvements prepared around your production needs, operators, and workshop priorities.

05

Jig Improvements

Practical improvements prepared around your production needs, operators, and workshop priorities.

06

Assembly Improvements

Practical improvements prepared around your production needs, operators, and workshop priorities.

07

Process Reviews

Practical improvements prepared around your production needs, operators, and workshop priorities.

08

Engineering Problem Solving

Practical improvements prepared around your production needs, operators, and workshop priorities.

09

Documentation Improvements

Practical improvements prepared around your production needs, operators, and workshop priorities.

10

Continuous Production Support

Practical improvements prepared around your production needs, operators, and workshop priorities.

What you receive

Production improvements your workshop can put into practice.

Receive clear recommendations, updated engineering information, and a practical plan to improve manufacturing efficiency.

OUTPUT 01

Production Improvement Report

Clear information prepared to move the work into its next practical stage.

OUTPUT 02

Workflow Recommendations

Clear information prepared to move the work into its next practical stage.

OUTPUT 03

Manufacturing Improvements

Clear information prepared to move the work into its next practical stage.

OUTPUT 04

Fixture Concepts

Clear information prepared to move the work into its next practical stage.

OUTPUT 05

Jig Improvements

Clear information prepared to move the work into its next practical stage.

OUTPUT 06

Engineering Recommendations

Clear information prepared to move the work into its next practical stage.

OUTPUT 07

Updated Manufacturing Drawings

Clear information prepared to move the work into its next practical stage.

OUTPUT 08

Production Documentation

Clear information prepared to move the work into its next practical stage.

OUTPUT 09

Continuous Improvement Plan

Clear information prepared to move the work into its next practical stage.

Typical projects

Typical Workshop Projects

From welding and CNC to sheet metal and assembly, each project targets the production problems costing your workshop time and money.

Welding Workshops

Improve welding flow, consistency, fixtures, and workshop instructions.

CNC Machining

Reduce CNC setup delays, repeat problems, scrap, and operator waiting.

Sheet Metal Production

Make cutting, folding, forming, and fabrication flow more efficiently.

Assembly Lines

Improve fit, sequence, instructions, and repeatability for operators.

Fabrication Workshops

Remove recurring fabrication delays and avoidable rework.

Production Fixtures

Improve fixtures so parts locate quickly and consistently.

Machine Frames

Resolve fit, welding, assembly, and manufacturing drawing issues.

Industrial Equipment

Improve the way equipment is built, checked, and assembled.

Production Cells

Review layout, movement, tools, and workflow around production cells.

Manufacturing Improvements

Apply practical engineering changes that improve everyday production.

Engineering process

A practical process from workshop problem to production improvement.

01

Observe Production

We watch the job, talk with operators, and understand how work moves through production.

02

Identify Problems

We find the workflow, fixture, drawing, quality, and engineering issues causing delays.

03

Develop Improvements

We develop practical changes for welding, CNC, sheet metal, fabrication, or assembly.

04

Review With Workshop

We review the proposed improvements with the people who build the job every day.

05

Implement Engineering Changes

We update drawings, fixtures, jigs, documentation, and production methods as required.

06

Support Continuous Improvement

We stay available to solve recurring problems and keep workshop efficiency improving.

Engineering capabilities

Engineering capabilities for better workshop production.

Production engineering, fixture and jig improvements, drawing updates, and ongoing problem solving for the work on your shop floor.

Engineering capability areas

PROD

Production Engineering

  • WOWorkflow Reviews
  • PRProcess Improvements
  • MAManufacturing Support
  • PRProduction Planning
SHOP

Workshop Improvements

  • FIFixture Design
  • JIJig Design
  • ASAssembly Improvements
  • PRProduction Layout
ENG

Engineering Support

  • DRDrawing Updates
  • MAManufacturing Documentation
  • TETechnical Reviews
  • PRProduction Advice
CI

Continuous Improvement

  • ENEngineering Recommendations
  • PRProblem Solving
  • EFEfficiency Improvements
  • LOLong-term Support
Related services

Connect production improvement with focused SME engineering services.

Explore related services that support workshop drawings, replacement parts, product development, and day-to-day engineering capacity.

External Engineering Department

Add flexible engineering capacity for workshop jobs, drawings, and production decisions.

Explore Service

Drawing Review & Quotation Support

Review customer drawings and technical requirements before quotations and commitments are made.

Explore Service

CAD Design & Manufacturing Drawings

Create clear drawings, instructions, and technical records for production and suppliers.

Explore Service

Reverse Engineering & Replacement Parts

Recover usable engineering information from existing parts, products, and equipment.

Explore Service

Prototype & Product Development

Develop ideas into practical prototypes and manufacturable product solutions.

Explore Service
Frequently asked questions

Questions before we start.

Can you improve our production process?

Yes. We observe how the job moves through your workshop, identify recurring problems, and develop practical engineering improvements for production.

Can you reduce production bottlenecks?

Yes. We find where operators, parts, information, or engineering decisions are holding up production and recommend workable changes.

Can you improve welding production?

Yes. We can review welding workflow, fixtures, drawings, assembly sequence, and quality problems to reduce delays and rework.

Can you optimise fixtures and jigs?

Yes. We improve or develop fixtures and jigs that locate parts more quickly, support consistent work, and make production easier for operators.

Can you improve assembly processes?

Yes. We review part fit, assembly sequence, access, tooling, documentation, and operator feedback to make assembly smoother and more repeatable.

Can you review our manufacturing workflow?

Yes. We review the movement of parts, people, information, and decisions across CNC, sheet metal, welding, fabrication, and assembly work.

Can you help reduce scrap and rework?

Yes. We trace scrap and rework back to drawings, fixtures, processes, tolerances, or assembly problems and create practical engineering actions.

Can you provide ongoing production engineering support?

Yes. We can support individual improvements or stay involved to solve recurring workshop problems and help implement continuous improvements.

Ready to make your workshop run better?

Tell us where production stops, where scrap or rework occurs, and what your operators need to keep manufacturing moving.

Improve My Production
Production Improvement | GilMan Engineering AB