Monday, May 6, 2013

3D Analyer Software - Created by Woodworkers for the Woodworking Industry

 
 
3D Analyzer Software is a link between 3D drawing/modelling packages and CAM Software for the woodworking industry.
 
AutoCAD - AutoDesk Inventor - ArtiCAD - Kitchen Draw - Pytha 3D Cad - Solidworks
 
alphacam - Aspan - Biesseworks - Cadcode - Enroute - Hops 4 & 5 - Masterworks - Profilelab - Woodwop
 
In recent years, there has been substantial development in both CAD and CAM software applications for the woodworking industry. Manufacturers are able to create 3D Drawings of furniture as well as produce CNC programs. However, these two applications were separated by a gap in technology. A gap which 3D Analyzer Software now fills.
 
3D Analyzer Software allows the Operator to automate the manual processes. Firstly, 3D Analyzer Software will import data from your 3D CAD application.
 
3D Analyzer's interactive nature is responsible for the geometric analysis of the 3D CAD model. Automatically allocating all machine processes required to manufacture. The generation of custom cutting lists for use on the factory floor as well as making allowances for variations to panel size to suit edging thickness.
 
Another key feature is the ability to see their models as detailed assembly drawings with all relevant machining, which the CNC operator can interactively edit.
 
This information is then processed to the CAM software application ready to make machine code allowing the operator a seamless process.
 

Monday, April 8, 2013

Total Quality Management In Woodworking

Errors have a way of multiplying in a woodworking company and errors in one part of  an operation can create problems elsewhere leading to more errors, more problems and so on. Most woodworkers spend a large proportion of their time correcting errors, looking for items, checking for delays, rectifying errors, apologizing to customers and so on.

TQM – Improving effectiveness, flexibility and competitiveness

Total Quality Management (TQM) is a way of managing to improve the effectiveness, flexibility and competitiveness of a woodworking business as a whole. It involves the entire company getting organised in each department, each activity and each person at various levels. For an organisation to be truly effective, every single part of it must work properly together, because every person and every activity affects and in turn is affected by others.

TQM is also a method woodworking companies use to function efficiently by involving everyone in improving the way things are done. The method must be applied throughout an organisation so that people from different departments with different priorities and abilities communicate with and help each other. The methods are equally useful in finance, sales, marketing, design, accounts, research, development, purchasing, personnel and operations.

Some of the most exciting applications of TQM in woodworking have materialized from departments which could see little relevance when first introduced to the concepts. With training many departments show marked performance improvements. Sales staff have monitored and increased successful sales calls, office staff have used TQM methods to prevent errors in word processing and improve inputting data to computers, customer service departments have monitored and reduced complaints, and distribution staff have controlled delays and disruption in deliveries.

Traditional QC methods no longer effective

Organisations which believe that traditional quality control techniques are the only way to overcome quality problems may have to relook at their procedures. Employing additional inspectors, tightening standards, developing correction, repair and re-work teams does not promote quality. Traditionally quality has been regarded as the responsibility of the Quality Control (QC) department, and some organisations have not yet recognised that many quality problems originate in the service or administration areas.

In addition to culture and communication woodworkers should consider three important components of TQM:

- A documented quality management system
- Statistical process control (SPC)
- Teamwork for quality improvement

These three components in many ways share the same requirement for an uncompromising commitment to quality. This must start with the most senior management and flow down to the organisation. Either SPC or the quality system or both may be used as a spearhead to drive TQM through an organisation. The attention to many aspects of an organisation’s operation – from purchasing through to distribution, from data recording to control chart plotting, which are required for a successful introduction of a good quality system or the implementation of SPC will have everyone focusing on the customer/supplier interface, both inside and outside the organisation.

A systematic, structured approach to the launch of quality improvement through a balanced introduction of a quality system in a woodworking company, SPC and teamwork will provide a powerful spearhead with which to improve capability, and thereby market share. The importance of the use of SPC and improvements in quality management systems cannot be overemphasized. With increases in automation and the use of advanced manufacturing technologies the requirement for a total approach to quality is paramount.

Monday, March 25, 2013

3D Analyzer Software - Software Created by Woodworkers for the Woodworking Industry

 
In recent years, there has been substantial development in both CAD and CAM software applications for the woodworking industry. Manufacturers are able to create 3D Drawings of furniture as well as produce CNC programs. However, these two applications were separated by a gap in technology. A gap which 3D Analyzer Software now fills.
 
3D Analyzer Software allows the Operator to automate the manual processes. Firstly, 3D Analyzer Software will import data from your 3D CAD application.
 
3D Analyzer's interactive nature is responsible for the geometric analysis of the 3D CAD model. Automatically allocating all machine processes required to manufacture. The generation of custom cutting lists for use on the factory floor as well as making allowances for variations to panel size to suit edging thickness.
 
Another key feature is the ability to see their models as detailed assembly drawings with all relevant machining, which the CNC operator can interactively edit.
 
This information is then processed to the CAM software application ready to make machine code allowing the operator a seamless process.
 

 

Monday, March 4, 2013

3D Analyzer Tutorial Two - Cabinet Properties

When sending a cabinet to 3D Analyzer Software there are 4 fields that must be filled in.
  • Part Name
  • Cabinet
  • Cabinet Type
  • Material
In this exercise we will look at the Cabinet Name and Cabinet Type.

Cabinet Name has two purposes in 3D Analyzer Software.

1. Is to group parts into 1 cabinet so you can easily identify them on a cutting list.
2. Is to Separate the machining between 2 cabinets. If the cabinets are named
differently then analyzer does not see any relationship between these
cabinets.


To read the rest of this 3D Analyzer Software tutorial visit our website

Monday, February 25, 2013

How 3D Analyzer Software Works

How 3D Analyzer Software Works

Here we introduce Primary Face, Secondary Face, Foot Prints, Touch Types and the importance of Part Names.

Face Types
When a part is created there lies a point in the part called the centroid. The centroid is the centre of mass of the part, if we were to suspend this part from a string attached to the centroid it would remain perfectly in balance.

Creating an assembly of these parts to make a cabinet also creates an assembly of centroids. The amalgamation of these centroids then creates a common point known as the centroid of the cabinet, and generally lies inside the cabinet. 

 
To read the rest of this 3D Analyzer Software tutorial visit our website