IM GROUP operates across multiple industrial sectors

Printing Inks
and Packaging
Paints
and Coatings
Chemicals,
Adhesives and Oils
Cosmetics and
Personal Care
Pharmaceutical
and Healthcare
Food and
Flavourings

Who We Are

IM GROUP (formerly Inkmaker Group) is a global technology leader, headquartered in Italy, with a focus on reliability.The group encompasses the brands: Inkmaker, Rexson, Vale-Tech, Swesa, Teko, Tecnopails, and IEC+.

IM GROUP's Structure and Expertise

IM GROUP is structured into 3 core business units: Dispensing and Tinting; Filling; and Dispersing, Grinding, & Mixing. Leveraging its combined strength, the group provides integrated solutions across the industries of paint, coatings, inks, speciality chemicals, adhesives, corrugated packaging, flexography, pharma, food, cosmetics, textiles, and more.

With systems manufactured across three continents and powered by its proprietary, state-of-the-art software, IM GROUP ensures maximum precision and consistency. Today, its brands operate in over 15 countries across five continents.

As 1100.101 1992 Technical Drawing General Principles.pdf -

is more than just a dusty old file. It is the linguistic foundation of Australian engineering. Whether you are drawing a simple bracket in a first-year CAD class or reviewing a subcontractor's shop drawings for a high-rise building, this standard ensures that the line you draw means the same thing to everyone who sees it.

user wants a long article about the document "AS 1100.101 1992 Technical drawing General principles.pdf". This suggests they need a comprehensive article covering what this standard is, its historical context, its content, its relationship to other standards, its practical applications, and where to find the PDF. To cover all these aspects, I need to gather information from various sources. I will search for general information about the standard, its scope, history, free download options, and the standard that supersedes it. search results provide several sources. For general information, results 0, 1, 2, 5, and 8 from the first search seem useful. For download options, result 0 from the third search appears promising. The fourth search's result 3 might provide supersession information. I will open these pages to gather detailed information. opened pages provide a good amount of information. The search results also include references to related standards. I should also search for the relationship with ISO standards, the specific applications, and the educational context. search results provide information on related standards, applications, and educational resources. I will also search for the history of the standard., I have gathered sufficient information to write a comprehensive article. I will structure it as follows: an introduction, a detailed section on the standard's coverage (scope, line types, lettering, scales, projections, dimensioning, conventions), its historical development and status, educational and practical applications, the relationship with other standards, a note on availability and copyright, and a conclusion. I will cite sources from the search results throughout. is a comprehensive long-form article on .

In practice, while many modern firms have migrated to Computer-Aided Design (CAD), the software is programmed to follow the rules of AS 1100.101. When a CAD operator places a dimension or selects a "Hidden Line" linetype, they are relying on the technical definitions laid out in this 1992 standard. AS 1100.101 1992 Technical drawing General principles.pdf

AS 1100.101-1992 establishes the fundamental principles for technical drawing in Australia, standardizing layouts, line types, and projection methods for engineering communication. The standard mandates Third-Angle projection and specifies ISO-A series sheet formats to ensure consistent, compliant documentation across industrial sectors. For more details, visit Standards Australia Store . AS 1100.101-1992 - Standards Australia Store

AS 1100.101–1992 allows First Angle and Third Angle projection, but never mixed on the same drawing . is more than just a dusty old file

AS 1100.101-1992 serves as the foundational Australian standard for technical drawing, establishing essential principles for sheet layout, line types, dimensioning, and projection methods. Adhering to these standards ensures consistency, accuracy, and clear communication in engineering and architectural designs. For more details, visit Accuris Tech Store AS 1100.101-1992 Technical drawing - General principles 16 Nov 1992 —

A drawing is useless without numbers. This section provides recommendations on how to place dimensions, where to put them relative to views, and the crucial concept of . This allows the designer to specify not just the size of a hole, but the exact allowable flatness, straightness, or perpendicularity of a surface. user wants a long article about the document "AS 1100

AS 1100.101-1992 is a standard published by Standards Australia, titled "Technical drawing - General principles". This standard provides guidelines for the preparation and presentation of technical drawings, which are used to communicate design information for various engineering and architectural applications.

The standard emphasizes the use of as the preferred method in Australia, although it also acknowledges First Angle Projection. Proper projection ensures that a 3D object is correctly interpreted in a 2D view. 4. Dimensioning and Tolerancing

The AS 1100.101 1992 standard covers several key principles of technical drawing, including:

Our Promise & Values

To create global awareness of our new group and its competitive products and service

Promise

Practical benefit: We will invest in reliable products and services.

Emotional benefit: We will conduct our business ethically and responsibly.

Values

IM GROUP, is based on the brand values of T R U S T , of being: Truthful • Responsible • Understanding • Safe • Tailormade which sit at the core of our brand DNA — “Reliability”. This is what we stand for.

We represent a dynamic, competitive and reliable organisation, offering; total process-engineering solutions …with a “Human touch”.

This culminates in our credo and positioning of “The Colour of Trust”

Vision & Mission

To evolve our technology so as to expand in our fields and adapt the advantages of our products to new markets.

To create a reliable complete supply chain—serving predominantly, but not only, the ink, paint & coatings industry—that will sustain our core businesses.

To deliver, technologically advanced, “total-process engineering” turnkey solutions and to provide a trusted service to the industries we serve, while strengthening our commitment to total safety and responsibility.

Our Strategy

Our strategy—to fulfil our Mission in achieving our Vision—is to:

Externally

Acquire businesses, with a speciality or good market share in a segment /country, where we plan to expand, that can deepen our knowledge and broaden our product range.

Maximise our logistics globally; servicing clients more efficiently from a network of new offices and factories—increased due to our acquisitions.