With our robust double-ended cordsets, signals, data and power are transmitted continuously and securely. You are guaranteed to find the correct connection for your application in your industry within our extensive range.

You can select from various cable types and various plug connectors.

The most important benefits

• The right connection for your special application
• Various cable types, various plug connectors
• Reliably transmit signals, data and power
• Robust and industrial grade
• Available in: 23 Series

Series		Cable jacket, material	Cable, number of conductors	Connector 01, style	Connector 02, style
	Sensor cables unshielded S-BCC DE SCU	TPE, PUR, PVC	12, 3, 4, 5, 8	M12x1, M5x0.5, M8x1	M12x1, M5x0.5, M8x1
	Sensor cables shielded S-BCC DE SCS	PUR, PVC	3, 4, 5, 8	M12x1	M12x1
	Power cables S-BCC DE PO	TPE, PUR, PVC	3, 4, 5	7/8″, M12x1	7/8″, M12x1
	Ethernet/Profinet cables S-BCC DE ENPN	TPE, PUR	4, 8	RJ45, M12x1	RJ45, M12x1
	Fieldbus cables S-BCC DE BUS	PUR, PVC	2, 3, 4	7/8″, M12x1	7/8″, M12x1
	Valve cables S-BCC DE VA	PUR, PVC	3	A, DIN-0°/180°, B, DIN-0°, B, DIN-180°, C, DIN-0°/180°, B, Ind.-0°, B, Ind.-180°, C, Ind.-0°/180°	M12x1
	Welding cables S-BCC DE IR SW	PUR	3, 4, 5	M12x1, M8x1	M12x1, M8x1
	Welding cables (high performance) S-BCC DE IR W	TPE, FEP, Silicone	3, 4	M12x1, M8x1	M12x1, M8x1
	Welding cables (VASS standard) S-BCC DE IR VASS	PUR	3, 4, 5	M12x1, M8x1	M12x1
	Safety cables (AIDA-Standard) S-BCC DE AIDA	PUR	4, 5, 8	M12x1	M12x1
	Chemical resistant cables (stainless) S-BCC DE IR CA	TPE, PUR, PVC	4, 5	M12x1	RJ45, M12x1
	Food & Beverage cables S-BCC DE FB	TPE, PUR, TPE-V	4, 5, 8	7/8″, M12x1	7/8″, RJ45, M12x1
	Heavy duty cables S-BCC DE IR PH	PUR	3, 4	M12x1, M8x1	M12x1, M8x1
	Cables for BTL products S-BCC DE BTL	PUR	5, 8	M12x1	M12x1
	Cables for BIS products S-BCC DE BIS	PUR, PVC	2, 4, 8	D-Sub, M12x1, M8x1	M12x1
	BCC – 3-wire – TPE-double ended cable yellow – unshielded (Configurable)	TPE	3	M12x1, M8x1	M12x1, M8x1
	BCC – 4-wire – TPE-double ended cable yellow – unshielded (Configurable)	TPE	4	M12x1, M8x1	M12x1, M8x1
	BCC – 3-wire – PUR-double ended cable yellow – unshielded (Configurable)	PUR	3	M12x1, M8x1	M12x1, M8x1
	BCC – 3-wire – PVC-double ended cable yellow – unshielded (Configurable)	PVC	3	M12x1, M8x1	M12x1, M8x1
	BCC – 4-wire – PUR-double ended cable yellow – unshielded (Configurable)	PUR	4	M12x1, M8x1	M12x1, M8x1
	BCC – 4-wire – PVC-double ended cable yellow – unshielded (Configurable)	PVC	4	M12x1, M8x1	M12x1, M8x1
	BCC – 3-wire – TPE (PLTC) – double ended cable yellow – unshielded (Configurable)	TPE (PLTC)	3	M12x1, M8x1	M12x1, M8x1
	BCC – 4-wire – TPE (PLTC) – double ended cable yellow – unshielded (Configurable)	TPE (PLTC)	4	M12x1, M8x1	M12x1, M8x1

Kindly contact us at any time should you require a quotation and further information.Contact Us  

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Robust lighting can be used in a variety of ways. Whether in the machine, in washing systems, on workbenches or test benches, the long-life LED machine lights ensure optimum lighting conditions everywhere.

Features

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Our IO-Link blocks for safety applications permit applications up to PLd/SIL2 and are equally suitable for the connection of standard commercially available binary sensors and actuators. Due to universally usable standard M12 cables, you save time and money, optimize machine design, simplify commissioning and increase rationality. In addition, you can group the machine functions and/or machine areas on a module to optimize the structural overview of the machine.

IO-Link blocks for safety applications are remotely serviceable via the known IO-Link diagnostic tools and can be easily replaced if service is required. This minimizes downtime. Built to withstand harsh environmental conditions, such as dust, dirt, oils, water, emulsions, mechanical stresses and more, they can be installed outside the control cabinet.

Features

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Features

• Identical housing shape for all functional principles: small and space-saving for use in tight installation spaces.
• IO-Link for all: simple integration and uniform operating concept
• Genuine PNP and NPN switching function combined in one device: reduced stock-keeping and fewer variants
• Variants with blue light for detection of difficult objects
• TOF variants for excellent object detection at long distances
• Powerful contrast and color sensors in miniature design
• Proven red light and laser sensors for standard applications

Kindly contact us at any time should you require a quotation and further information.Contact Us  

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Spherical lenses are anything but simple. Convex and concave lenses must be crafted for predictable, reliable performance with uncompromising quality. When you choose LaCroix, your project benefits from our design-for-manufacturability principles. DFM gives your project team the freedom to design and manufacture converging and diverging lenses in the most efficient and cost-effective way, from prototype to high-volume production.

Spherical Optics Expertise Materials selection Optical assembly Design for Manufacturability

Spherical Lens Applications

Surgical loupes Telescopes Ophthalmology

Microscopy LASIK devices Threat detection

Multi-spectral imaging Machine vision Laser target designators

Spherical Lens Manufacturing

Spherical lens fabrication begins with a LaCroix Manufacturing Engineer dedicated to seeing your project from sketch to completion.

We follow a step-by-step process with rigorous quality checks along the way.

Optical Design Our engineering team will collaborate with you and aid with suggestion in making your optics manufacturable. Shaping, Grinding Diamond ring tools generate the radius into the glass blank. A series of progressively smaller grit diamond wheels or loose abrasive material finely grinds the lens blank. Polishing Pitch or polyurethane pads and a cerium oxide slurry finish the spherical lens surface. Test and Measurement Interferometry, surface roughness, radius of curvature, aberrations, and more. In-House Custom Optical Coatings We have extensive in-house coating capabilities to meet your requirements.Contact Us

 

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• Recommended for laser power 1.5kW – 4kW

VL2 – VeLo15 Lenses – Total Absorption < 0.15% (typical)

• Recommended for laser power > 4kW
• Reduced thermal distortion
• Longer life span
• Reduced setup time

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These are air-spaced Glan Laser polarizers. They use the strong bi-refringence of natural crystal calcite to produce a high degree of p-polarization in the transmitted beam. They provide an extinction ratio of 500,000: 1. In order to permit the use of high power laser beams these cubes have polished side exit faces and a cut out cell to permit the exit of the rejected s-polarized beams. Since Calcite has a good transmittance from the visible to 2300nm and they are useful with most visible and near IR lasers.

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Direct Weld Measurement	100% Quality Assurance	Real-Time Monitoring

Utilizing a low-power beam fired through the same optics as the welding laser, LDD measures every weld as it is made for highly accurate 100% quality assurance.

Direct, geometric measurement of weld penetration and 20+ other weld characteristics provides instant data comparable to destructive cross-sectioning without destroying the part.

LDD-700 Specifications

	LDD-700 Real-Time Weld Measurement
Measurement Technology	Inline Coherent Imaging
Weld Measurements	20+ Weld Metrics
Imaging Wavelength	800 to 900 nm
Power	<20 mW
Measurement Frequency	250 kHz
Head Interface Compatibility	Virtually All Fixed-Optic Camera Ports
Cooling	Air-Cooled
	Contact Us

Additional information

Get the Most Out of Laser Welding

When incoming material has consistent surface quality, cleanliness, and tight tolerances for fitting parts, laser welding is a highly stable and repeatable process capable of producing high quality results across millions of welds. If the part’s properties or position varies unexpectedly, however, the result may be a faulty weld. A single out of spec weld can be enough to compromise the function or appearance of an otherwise high-quality product.

Post-process testing and quality assurance methods are often time-consuming, destructive, or cannot offer complete data, forcing manufacturers to accept additional costs or risk shipping unacceptable products. LDD uses patented Inline Coherent Imaging (ICI) technology to offer direct weld measurement of every weld rather than relying on imprecise visual feedback. This all-in-one weld measurement tool integrates seamlessly with IPG lasers and beam delivery to offer a solution for the most demanding industrial quality assurance problems.

100% In-Process Weld Inspection

Weld Depth Direct weld depth measurement ensures under- or over-penetration does not compromise joint strength or electrical performance.	Seam Position Scanning ahead of the weld to confirm part alignment and weld path enables automatic seam realignment if necessary.	Transverse Profile Measuring the weld seam’s bead width and shape detects overfill, underfill, or edge undercut that can indicate a weak finished joint.	Finished Surface Analyzing the finished weld surface checks for defects that may indicate reduced structural integrity or increased electrical resistance.

Weld Verification — The IPG Difference Unlike most weld monitoring techniques that simply monitor imperfect weld quality indicators like weld plume, LDD performs direct weld penetration measurements and 3D imaging to see exactly what the welding beam sees. Compared to alternative technologies, LDD provides: Full penetration weld depth measurement & quality assurance Compatibility with single-mode laser welding 3D imaging of keyhole and live 3D viewing for robot teaching Keyhole alignment in any direction Compatibility with high-speed on-the-fly welding

Direct Weld Measurement Increases ROI

LDD directly measures weld penetration to accurately determine if the weld is acceptable based on customizable pass/fail conditions. Alternative technologies like photodiode monitoring rely on indrect weld measurements like weld plume height that often lead to a high rate of false failures.

Smarter Laser Welding

LDD records and communicates real-time data for every part before, during, and after each weld. In the event of process degradation or weld failures, LDD alerts operators and systems to take corrective action. This intelligent process monitoring ensures that normal operations can resume quickly and that only good parts move on in your manufacturing pipeline.

Seamless Integration with IPG Lasers & Beam Delivery LDD integrates effortlessly with IPG fiber lasers, process heads, and welding systems. IPG OmniWELD software steers the measurement beam to measure key weld dimensions with no interruption to the welding process. The optimal combination of measurement parameters and pass/fail criteria for each weld process is easily configured and replicated across systems.

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Up to 10 kW Laser Power	Flexible Configuration	Accurate Collimation

Collimators enable precise beam delivery, enhanced productivity, and reliable performance. IPG collimating units feature high-quality optics that ensure accurate collimation and beam shaping for optimal beam control and beam manipulation.

Built with durable materials to ensure long-lasting performance, these collimators are available either air or water-cooled and easily connect with IPG feed and process fibers. Compatible with most laser sources, IPG collimators offer adjustable focal lengths and customizable options to provide flexibility to meet specific application requirements.

Collimator Product Comparison

	25 mm Collimators 30 mm Collimators 50 mm Collimators D25 D30 D50
Laser Power Handling	up to 10 kW	up to 10 kW	10+ kW
Focal Length	50, 60, 70, 85 mm	100 mm	100, 120, 140, 160, 180, 200 mm
Collimation Accuracy	< ±10 μm	< ±10 μm	< ±10 μm
Protective Window	Yes	No	Yes
Bayonet Types	QBH/FCH-8 Single Lock, QD/FCA	QBH/FCH-8 Double Lock	QBH/FCH-8 Single Lock, QD/FCA, FCH-16
Cooling	Air or Water	Air or Water	Air or Water

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