Floor loading limits are real and enforced. Get the figure from the venue in writing. Three-phase power has to be ordered through the organiser, with lead time. The machine goes in first. Design the build sequence around it, not the other way round. Guarding and a safe viewing distance are part of the layout, not an afterthought. Imported demonstration machines usually travel on an ATA carnet - start early.
A stand with a working machine on it is a different discipline. The design is constrained by weight, power, access and safety before anyone considers how it looks, and every one of those constraints has a lead time measured in weeks. At IMTEX-class shows at BIEC in Bengaluru, and at engineering exhibitions across the Indian calendar, the projects that go wrong nearly always go wrong on one of these five things rather than on the stand itself.
Floor loading comes first
Every exhibition hall has a permitted floor loading, expressed in tonnes per square metre, and it varies by hall and sometimes by area within a hall. It is stated in the exhibitor manual and it is enforced. Get the figure in writing before you commit to bringing a machine, and get it for your specific hall and plot, not as a general statement about the venue.
Where a machine's point loading exceeds what the floor permits, the answer is usually load spreading - steel plates or a load-distributing platform sized so the pressure per square metre falls within limits. That is an engineering calculation, and organisers at major Indian venues will often ask to see it along with the machine weight and footprint before approving the exhibit. Build that approval step into your programme; it is not a formality and it can take longer than expected.
Two related points. Upper floors and mezzanine halls typically carry far lower limits than ground-floor halls, so a machine that is fine in one hall may be impossible in another. And the route matters as much as the destination - the loading bay, the door width, the aisle you will travel down and any level changes on the way all have to take the machine and whatever is moving it.
Power, air and water are ordered, not assumed
Three-phase power at Indian exhibition venues is ordered through the organiser or their appointed contractor, priced by connected load, and subject to a deadline after which it becomes considerably more expensive or simply unavailable. Compressed air and water, where a machine needs them, work the same way.
- Calculate connected load properly, including starting current, and order with margin. Under-ordering is a day-one problem you cannot fix quickly.
- Confirm the supply point location relative to your plot, and specify the distribution inside the stand at design stage so nothing runs across a visitor route.
- Order separate circuits for the machine and for the stand lighting, so a machine trip does not black out the stand.
- Check whether the organiser requires a licensed electrician's certification for your connection, which is common at the larger Indian venues.
- If the machine needs compressed air, confirm whether you may bring your own compressor or must use the house supply - noise rules often decide this.
The machine goes in first and comes out last. Every other decision on a machinery stand follows from that one sequencing fact.
Design the build sequence, not just the stand
On a normal stand you build the structure and dress it. With a machine, the sequence inverts: the machine is positioned first, often on day one of build-up while the hall is still open for heavy movement, and the stand is built around it. That has real design consequences.
Leave a removal route. A stand built tight around a machine cannot be dismantled in the order the venue requires, and at dismantle the hall is under time pressure with everyone working at once. Any overhead structure - a canopy, a hanging sign, a fascia over the machine position - must either go up after the machine lands or be designed to clear the crane or forklift envelope. Flooring under the machine has to be laid before it arrives, in a specification that will take the load and the movement without cracking.
Rigging, where it is needed, is almost always the venue's appointed contractor rather than yours, on their schedule. Book it early, confirm the slot in writing, and plan on the assumption that your slot will move.
Essential
- Aluminium system frame
- Printed graphics and lit fascia
- Counter with lockable storage
- LED lighting layout
Regular
- Bespoke joinery and finishes
- Backlit branding
- Meeting space and seating
- Upgraded flooring
Premium
- Double-decks where the hall allows
- Suspended lighting rig
- Multiple meeting rooms
- Full hospitality fit-out
All-inclusive of design, fabrication, graphics, lighting, furniture, installation and dismantle. Excludes organiser floor/space rental and venue-charged services. GST applicable at prevailing rates.
Machinery stands run differently against these bands because a significant share of the budget goes into things the visitor never sees - load spreading, power distribution, guarding and structural clearance. An Essential build from ₹1.8 lakh at 9 to 18 m² realistically carries a small bench-scale exhibit rather than a production machine. The Regular band from ₹4.5 lakh at 24 to 48 m² is where a single working machine with a safe viewing zone and a meeting area sits comfortably. Premium builds from ₹12 lakh at 50 to 100 m² and above carry multiple machines, structural features and the services to support them. Budget the invisible engineering separately in your own planning so it does not get value-engineered out of the visible stand.
Safety and guarding are layout decisions
A machine running in a public hall needs guarding appropriate to its operation, a defined and enforced viewing distance, and an operator whose sole job during a demonstration is the machine. Organisers at major Indian engineering shows inspect this, and they will stop a demonstration that is unsafe.
Design it in rather than bolting it on. Set the machine back from the aisle line so the safe distance sits inside your plot rather than in the walkway. Use a low physical barrier or a clear floor demarcation that visitors intuitively respect. Position the operator controls where the operator can see the whole viewing area. Keep emergency stops accessible and unobstructed by the stand build - this gets compromised surprisingly often when graphics panels are fitted late. And keep the demonstration schedule fixed so the operator is not running the machine while also answering questions.
Imported machines and carnet logistics
Where the demonstration machine is coming from outside India for the show and returning afterwards, it will typically travel on an ATA carnet - a temporary admission document that avoids paying duty on goods that are not being sold. It is the standard route for exhibition machinery and it is unforgiving of late preparation.
Start it early, well before the freight moves. The carnet has to list the goods precisely, with serial numbers and values, and errors are corrected slowly. Nominate a customs broker who has handled exhibition carnets at your arrival port. Build genuine buffer into the schedule, because clearance timing is the least controllable part of the programme and a machine sitting at a port during build-up cannot be designed around. And plan the return leg at the same time - carnet goods must leave, and the discharge on the way out matters as much as the entry.
A realistic timeline
| When | What has to happen |
|---|---|
| 16+ weeks out | Machine confirmed; weight, footprint and services listed; floor loading figure obtained in writing for your specific hall |
| 12–14 weeks | Load-spreading calculation and organiser approval; carnet process started if the machine is imported |
| 10–12 weeks | Stand design frozen around the machine position and removal route; rigging slot booked |
| 8 weeks | Power, air and water ordered before the organiser deadline; electrical certification arranged |
| 4 weeks | Freight booked; load-rated flooring specified and produced; guarding and demonstration plan agreed |
| Build-up day 1 | Machine positioned before any overhead structure goes up |
