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Safety Light Curtain Application Cases

This gallery retains six existing press and coil-handling clips. Use them to discuss mounting and material-flow arrangements, not to copy an unverified circuit or claim a customer result. Camera views do not establish the complete guarded area, stopping time, device rating or safe restart behavior.

Start with the safety light curtain model range for documented device selection. For an existing press, first review whether the machine can use an optical safeguard. The feeder examples belong to material handling, not automatic proof of protective stopping.

Content updated: 2026-09-05.

DAIDISIKE safety light curtain manufacturing facility

60-Ton Pneumatic Punch Press with Photoelectric Guarding

A press opening with optical equipment beside the tooling is visible. The original media label identifies a 60-ton pneumatic press; the clip is not a nameplate, clutch-type assessment or measured stop-time record. A photoelectric device can only provide point-of-operation protection through a suitable, validated stopping and control system. Do not infer safe distance or complete access coverage from the camera angle.

Long-Format Optical Bars — Source-Labelled DQA Application

Long optical bars are visible around an equipment opening. The source media label identifies DQA, but the available footage does not independently establish the exact ordering code, customer identity, location or a complete safety rating. The DQA product records do not establish Type/PL evidence for this installation. Treat this as a layout example, not a verified automotive-customer endorsement.

Coil-Fed Stamping Line — 2-in-1 Decoiler/Straightener and Servo Roll Feeder

Coil-handling equipment illustrates the stock path through decoiling and straightening toward a feeder and press. Automation changes manual handling but also creates reel, roller, strip-loop and threading hazards. Neither feed sequencing nor the presence of a curtain demonstrates a complete line safety function; assess those hazards and the ordinary production handshake separately.

Four-Column Hydraulic Press paired with a DQA Light Curtain

Optical bars are mounted beside a press opening. The original media label describes a four-column hydraulic press with DQA; a complete model and circuit identification is still required. Hydraulic stopping, holding against gravity and stored-energy control must be assessed alongside the sensing field. This footage does not establish those validation results.

Pneumatic Punch Press with the A50 Air Feeder

A pneumatic feeder advances strip material at a press; the original media label identifies an A50 feeder. The clip illustrates a feed mechanism, not a validated operator guarding method. Do not imitate reaching toward tooling or feed pinch points shown in demonstration footage. Threading, adjustment and jam clearance require the machine's safeguarded procedure and necessary isolation.

Legacy Pneumatic Press — Safety Light Curtain Retrofit on a Side Tubular Bracket

A bracket-mounted optical bar is visible beside an older press. This demonstrates a mounting arrangement, not that every legacy machine can safely accept a curtain without replacement. Determine clutch and drive type, stopping capability, all access paths and the complete safety control before evaluating a retrofit.

Evidence to request beyond the footage

Visible exampleWhat still needs verification
Optical bars at a press openingExact device, complete access coverage, machine eligibility and validated stop/restart circuit
Long-format or bracket-mounted barsActive field boundaries, actual detection capability, mounting stability and separation distance
Coil or pneumatic feeding mechanismReel/roller/strip hazards, safeguarded setup, safety functions and production sequencing

References: OSHA mechanical power press requirements, ISO 13855:2024and the exact device and machine manuals. Their scope must match the actual equipment.

Frequently Asked Questions

Are these real DAIDISIKE installations?

These are the site's existing application media, retained as footage of equipment and layouts. The videos are not customer authorization, exact-model identification or safety-validation records. Source labels are stated where independent confirmation is unavailable; no accident reduction, certification or production result is claimed.

Which safety light curtain is shown guarding the presses?

Some source media labels identify DQA, but the exact ordered devices and safety-control configurations must be checked against labels and manuals. The available DQA information does not establish Type/PL evidence for these installations. Select a documented protective device for the assessed risk, not from appearance alone.

Can a safety light curtain be retrofitted to an old press?

Only if the machine is eligible for that protective method and the complete stopping, access and control functions are validated. A full-revolution clutch cannot be made stoppable by adding a sensor; OSHA 1910.217 prohibits presence-sensing point-of-operation devices on such presses within its scope. A bracket-mounted curtain in a video does not establish eligibility.

Do safety light curtains work alongside automatic feeders?

They can be parts of an assessed line design, but stock handling and protective stopping are different functions. Guard reel and roller pinch points, strip loops and threading access. Ordinary feed-ready or cycle-complete signals do not replace a validated safety stop, and footage alone cannot show that the design is adequate.

How do I get the right setup for my machine?

Provide the machine and clutch/drive identification, task and operating modes, hazard and access layout, measured stopping-time record, required safety performance, existing circuit and exact device documents. A qualified designer must assess the full application; a model suggestion or video example is not approval.

Planning a press or line upgrade?

Share the machine identification, all access paths, exact device and circuit documents, and measured stopping-time record for a selection review. Final acceptance requires the complete application assessment and validation, not only the optical device.

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