DirectIndustry's solid-state laser directory lists 48 manufacturers and 263 products, with IPG Photonics, TRUMPF, Han's Laser, Coherent (via its LUMIBIRD/Bookham/Edinburgh Instruments brands), and Spectra-Physics anchoring the top of the index by product count [S1]. Han's Laser Technology Co., Ltd alone contributes 12 listings spanning CO₂ sealed-off tubes in the 9.2–10.8 µm band and fibre-coupled diode stacks at 960–985 nm [S1].
On the Chinese OEM side, Made-in-China.com indexes 2,000+ manufacturers and 6,000+ products tagged "industrial grade" and shows laser-cutting machine quotes from US $11,866 to US $13,766 per piece at Diamond/Audited suppliers in Guangdong and Jiangsu, while TradeWheel's CNC laser-cutting directory adds 716 SKUs with FOB prices from US $0.99/piece (sheet-metal subcontract work) up to US $4,700–6,000/set for embroidery-cutting combinations [S3][S5][S8].
Solid-State Laser Tier: Power, Wavelength and Pulse-Format Mapping
IPG Photonics' DLS series covers 4,500–100,000 W continuous output at 960–985 nm for heating, drying, and cladding, while its LDF diode-laser line (Laserline) extends from 8 kW to 45 kW in the 900–1,080 nm window — the relevant range when a process engineer is comparing direct-diode vs fibre-laser for thick-plate cutting [S1]. TRUMPF's TruDisk pulsed disk laser delivers 60–16,000 W at 1,030 nm for welding, cutting, and surface treatment, and is the benchmark beam-quality reference at multi-kW single-mode output [S1].
Cambridge Technology's VENTUS continuous-wave line covers 0.1–1.5 W at 660/671/532/561 nm and is the typical pick for low-power alignment, scanning, and laser marker reference designs [S1].
Chinese OEM and B2B Marketplace Density
TradeWheel's CNC laser cutting directory enumerates 716 products as of 11 July 2026, with FOB prices clustering in three bands: entry-level sheet-metal subcontract services at US $0.99–6.98/piece, mid-range combined laser-embroidery machines at US $4,700–6,000/set, and industrial welding-robot cells listed on Made-in-China at US $11,866–13,766/piece MOQ 1 from Guangdong Denop Intelligent Robot Technology and US $48,888/piece MOQ 1 from Qiaolian Laser Technology (Xuzhou) [S3][S8].
Shenyang Faith Technology lists a plastic laser marker at US $1,668–1,801 per set (MOQ 1) and Wuhan Grentsun Industrial System offers a 3,950–5,530 USD/set variant, both Diamond Member / Audited Supplier entries — the kind of pricing snapshot a sourcing team uses to anchor a Chinese-OEM RFQ before going to direct factory negotiation [S6].
Decision Map: Choosing a Supplier Tier Against the Workpiece
Match the laser class to the dominant process variable, not to brand familiarity. For sheet-metal cutting above 6 mm in mild steel, a fibre or direct-diode source in the 4–45 kW range (IPG DLS, TRUMPF TruDisk, Laserline LDF) sets the power floor; for thin-gauge electronics, packaging film, and polymer marking, the 5–50 W pulsed UV/green class (IceFyre, Centurion+) is the right regime [S1]. For floor-flatness concrete or screed work, the laser screed category sits in an entirely different vendor set (Han's, Topcon-style positioning) and should not be confused with material-processing lasers.
Three gating criteria separate the short-list: (1) wavelength match to material absorption (1,064 nm for metals, 9.2–10.8 µm CO₂ for non-metals, 355 nm UV for cold-marking polymers); (2) pulse format (CW for cutting/welding, ns for marking, ps/µJ class for ablation); (3) compliance and service footprint — European OEMs price at a premium over Chinese OEM platforms but carry local field service that mainland-tier vendors typically do not, which matters when downtime is the dominant cost driver. Buyers who treat the three as soft preferences rather than hard gates end up over-spec'ing on power and under-spec'ing on service.
Adjacent Categories: Welding Robots, Cutting Cells, and Positioning Lasers
The 2026 lead-time map for welding robot supply shortage interacts directly with laser-cutting cell sourcing, because both share fibre-laser sources, water-chiller skids, and motion-control cabinets — so a fibre-laser allocation problem tends to hit cutting cells and welding robots in the same quarter. A spec-first comparison between laser welding and arc welding shows laser wins on heat-input control but loses on fit-up tolerance and joint-access geometry, which dictates when a fab should spec a laser cell versus stick/MIG. [S3]
For metrology and floor-flatness, the laser level and laser tracker categories belong to positioning and measurement vendors (Hilti, Leica, Topcon, API Metrology) — API Metrology also appears in the solid-state laser index with 1 product, illustrating the boundary between a measurement-grade low-power source and a materials-processing kilowatt-class source [S1]. Buyers confusing the two will over-pay by an order of magnitude.
Limitations and Sourcing Caveats
DirectIndustry's count of 48 solid-state laser manufacturers reflects a curated B2B index, not a global census; the same vendor may appear under multiple brand entities (e.g. Coherent's portfolio spans LUMIBIRD, Bookham, Edinburgh Instruments, and Spectra-Physics listings), so a like-for-like count must de-duplicate parent-subsidiary pairs before being used in any capex benchmark [S1]. Made-in-China's "2,000+ manufacturers, 6,000+ products" headline figure likewise includes trading companies, not only factories, and the Diamond/Audited-Supplier status is a platform-tier signal rather than an independent technical certification [S5][S6].
Pricing snapshots dated to 2026 are FOB and pre-freight; the TradeWheel US $0.99–6.98/piece entries are subcontract sheet-metal services priced per piece, not laser-system unit prices, and a sourcing engineer who conflates them with machine-unit prices will mis-budget the RFQ by a factor of 10–100 [S8].
Standards, Safety, and Audit Trail
Laser products installed in industrial cells fall under IEC 60825-1 for laser-product safety classification and the regional equivalents (FDA 21 CFR 1040.10 in the US, GB 7247.1 in China); Class 4 enclosures require interlocked guarding regardless of source power. Process-side, ISO 9013 governs thermal cutting quality tolerance, and ISO 13919 covers fusion-welding quality levels for laser and laser-arc hybrid welds. A spec sheet that omits the laser class (1–4) and the beam-delivery class (open, interlocked, embedded) is incomplete for European and North American plant builds — verify those two lines before any technical-commercial comparison. [S2]
For traceability, cross-reference each shortlisted vendor's CE/UL/FCC file number and the OEM's ISO 9001 audit expiry against the buyer's own quality manual; the DirectIndustry and Made-in-China entries are descriptive, not certifying.