Manufacturing Integration Technology

What Manufacturing Integration Technology does

Manufacturing Integration Technology, trading on SGX as M11 and operating as MIT Semiconductor Pte Ltd (MSPL), is a Singapore-headquartered (Ang Mo Kio) designer and manufacturer of back-end semiconductor assembly equipment, founded in 1994. MIT serves global integrated-circuit manufacturers with disclosed logos spanning Micron, ST Microelectronics, Stats Chippac, Infineon Technologies, Amkor Technology, and TSMC, and targets end-markets including automotive, communications, consumer electronics, data processing, and industrial semiconductors.

MIT's product portfolio is organized across five proprietary sub-brands. CAERUS (C350 high-speed die sorter at up to 45,000 UPH and C340P panel-to-reel system) handles wafer-to-tape-and-reel conversion; OPTIMUS (MR3, MR3f, Optimus 2, Optimus Test KGD) covers wafer-to-wafer assembly with ±30 µm placement accuracy and known-good-die test; FlexiSort (FS500/FS600) transfers die to JEDEC trays at up to 6,000 SUPH; SmartFlex (SF1002/SF1002t) provides tray-to-tray inspection at up to 70,000 UPH with 5S and 3D side wall inspection; and laser marking platforms (LH2Ki, TH800i) support traceability. Differentiated features include SWIR/NIR die crack inspection, 6-side wall inspection, and high-resolution imaging — competing in specialized back-end categories against larger peers ASMPT, Besi, and Kulicke & Soffa.

MIT operates a hardware sales model, selling high-value capital equipment directly to semiconductor fabs and OSATs through an enterprise field-sales motion ([email protected], +65 64810511). Go-to-market combines a vertical-solutions website, direct sales engagement, and trade-show presence (Semicon China 2021 for the C350 launch). Reported 2025 revenue was approximately $10.8M against an enterprise value of ~$11M, with operating losses narrowing from -$4.4M in 2023 to -$2.4M in 2025 and net losses improving from -$3.45M to -$1.78M, indicating operating leverage as volumes recovered.

Name

Manufacturing Integration Technology

Legal name

MIT Semiconductor Pte Ltd

Website

https://mit.com.sg

Company type

Private

Founded year

1994

Operating status

Operating

Headcount range

251–500 employees

Short description

MIT Semiconductor Pte Ltd (SGX: M11) is a Singapore-headquartered designer and manufacturer of back-end semiconductor assembly equipment — die sorters, vision inspection, and laser marking systems — serving global IC producers including TSMC, Micron, Infineon, and Amkor.

Ownership category

akta.pro rank

Product category

Semiconductor Manufacturing Equipment

NAICS

Semiconductor Machinery Manufacturing (333242)

SIC

Semiconductors & Related Devices (3674)

akta.pro primary industry

Back-End/Advanced Packaging Equipment (Die Attach/Wire Bond/Flip-Chip/TCB) (HDAHAEAL)

akta.pro secondary industry

Test, Probe & Burn-In Equipment (Wafer Sort/Final Test) (HDAHAEAJ)

Keywords

• Semiconductor manufacturing equipment
• Die-sorting equipment
• Vision inspection systems
• Laser marking machines
• Back-end IC assembly

Headquarters

HQ city

Singapore

HQ country

Singapore

HQ region

Asia

Offices1 record

Markets served

GTM type

B2B

Offering type

Hardware or Manufacturing

Cost components

Personnel, Supply Chain, Technology or R&D, Operations, Marketing or Sales, Infrastructure

Revenue model

1. Semiconductor Manufacturing Equipment Sales: The company designs, builds and markets semiconductor manufacturing equipment used in the production of integrated circuits. Revenue is generated through the sale of capital equipment including die sorters, vision inspection systems, laser marking machines, and related automation solutions.

Go-to-market motion1 record

Distribution channels1 record

Marketing channels3 records

Core offering

MIT Semiconductor Pte Ltd (MSPL) designs, builds, and markets proprietary semiconductor manufacturing equipment used in the production of integrated circuits. Its core capabilities are in providing high-end vision inspection and ultra-precision handling solutions for die-sorting, vision inspection, and laser marking requirements under the MIT brand, addressing back-end IC assembly processes including wafer-to-tape-and-reel conversion, JEDEC tray handling, and die transfer.

Product overview

MIT Semiconductor Pte Ltd operates as a single unified product portfolio of semiconductor manufacturing equipment rather than a modular platform architecture. The company's offerings center around two main product families: the Optimus Series ( Optimus MR3, Optimus MR3f, Optimus Test KGD, Optimus 2) and the Caerus Series (C350, C340P), supplemented by specialized equipment including Flexisort die transfer systems (FS500, FS600), SmartFlex inspection systems (SF1002, SF1002t), laser marking systems (LH2KI, TH800i), rework machines (RTR800/W, DTT800), and the WTR804 wafer-to-tape handler. These products collectively address front-end and back-end semiconductor assembly processes including die sorting, vision inspection, laser marking, wafer-to-tape/reel conversion, and JEDEC tray handling, serving industries such as automotive, communications, consumer electronics, data processing, and industrial sectors.

Differentiator

Problem solved

Functional benefit

Brands

• MIT: Proprietary brand under MIT Semiconductor for semiconductor manufacturing equipment including vision inspection and ultra-precision handling solutions.
• CAERUS
• OPTIMUS
• SmartFlex
• FlexiSort

Products and services

• Optimus MR3 Wafer-to-wafer assembly system with 6S inspection capability, handling die sizes from 0.5x0.5mm to 15x15mm with placement accuracy of ±30µm and throughput up to 15,000 SUPH. Designed for semiconductor manufacturers requiring precision back-end wafer assembly.
• Optimus MR3f Semiconductor manufacturing machine that enhances production efficiency and yield by precisely depositing thin films, etching patterns, and performing critical wafer fabrication steps. Targeted at semiconductor manufacturers.
• Optimus Test (KGD) Wafer-to-wafer system with Known Good Die (KGD) test capability, offering SUPH up to 4,000, die size range 1x1mm to 11x11mm, 6-side inspection, pogo pin inspection and cleaning, with up to 5 test stations. Built for semiconductor assembly and test.
• Optimus 2 Semiconductor manufacturing system designed to enhance production efficiency and yield with advanced process control algorithms for thin film deposition, pattern etching, and wafer fabrication. Úsed by semiconductor manufacturers.
• Caerus C350 High-speed die sorter for wafer to tape and reel conversion, achieving up to 45,000 SUPH, handling die sizes from 0.2x0.4mm to 8x8mm, with SWIR/NIR die crack inspection and optional Reel Auto Changer (RAC). Designed for semiconductor manufacturers.
• Caerus C340P Advanced semiconductor manufacturing machine for Panel to Reel conversion, designed to optimize production efficiency and yield. Targeted at semiconductor manufacturers.
• FlexiSort FS600 Die transfer system from wafer to JEDEC tray with throughput up to 6,000 SUPH, die size range 2x2mm to 21x21mm, featuring binning options, die side wall inspection, and flip/non-flip options. Built for semiconductor manufacturers.
• FlexiSort FS500 Advanced die transfer system to JEDEC tray with SUPH up to 5,000, die size range 2x2mm to 18x18mm, featuring input/output vision, 2x binning tray, and optional 4S inspection. Designed for semiconductor manufacturers.
• LH2Ki (LH2000i) Strip laser marking system with versatile magazine compatibility for front-of-line and end-of-line configurations, handling strips up to 100x300mm with throughput up to 2,000 strips per hour. Used for semiconductor traceability.
• SmartFlex SF1002 JEDEC tray to JEDEC tray inspection system handling BGA, GW, QFN packages with die sizes 3x3mm to 50x50mm, achieving up to 70,000 SUPH with 5S vision, fast reject sorting, and 3D side wall inspection. Targeted at semiconductor manufacturers.
• SmartFlex SF1002t Automated tray-to-tray inspection system with high-resolution imaging technology and customizable inspection parameters for precision quality assurance in semiconductor manufacturing.
• TH800i Tray laser marking system with throughput up to 25,000 parts per hour, featuring closed-loop marking process, programmable laser focus for different tray heights, and reject/replenish station.
• RTR800/W Advanced semiconductor rework machine with post-seal inspection, throughput up to 80,000 SUPH, handling die sizes 0.2x0.2mm to 8x8mm with dual camera inspection and wide track conversion for 44mm track.
• DTT800 Reel-to-reel re-worker with throughput up to 10,000 units per hour, handling die sizes 0.2x0.4mm to 8x8mm, featuring 5S inspection, binning options, InTape NIR, and reel auto changer.
• WTR804 Wafer to tape & reel (non-flip) system handling up to 4 reels simultaneously with multi-bin selection, achieving up to 18,000 SUPH, die sizes 0.2x0.4mm to 8x8mm, with 6S side wall inspection and conversion time under 30 minutes.
• TR1210T Semiconductor manufacturing machine designed to enhance production efficiency and yield with advanced process control algorithms for wafer fabrication. Targeted at semiconductor manufacturers.

Quantifiable outcome

• Caerus C350 achieves up to 45,000 UPH sorting throughput
• +4 more outcomes

Named customers6 records

Segments5 records

Ideal customer profiles1 record

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Feature5 records

Scale indicators2 records

Recent moves4 records

Expansion highlights4 records

Direct peers

• Toray Engineering: Toray Engineering is a Japanese supplier of semiconductor die-sort and tape-and-reel equipment, directly overlapping MIT's Caerus and WTR-series products.
• Hanmi Semiconductor: Hanmi is a leading global supplier of die-sorting equipment (saws and sorters) used in semiconductor back-end. It is a head-to-head competitor to MIT's Caerus and Optimus die-sorting product lines.
• ASMPT (ASM Pacific Technology): ASMPT is the global market leader in semiconductor assembly equipment (die bonding, packaging). It directly competes with MIT in back-end IC assembly tools and is the most analogous Singapore-listed peer.
• BE Semiconductor Industries (Besi): Besi specializes in die-attachment and packaging equipment for advanced semiconductor assembly, directly overlapping MIT's back-end equipment focus on die sorting, handling, and packaging.

Broad incumbents

• Kulicke & Soffa Industries: Kulicke & Soffa is a broad semiconductor and LED assembly equipment incumbent, with a significant die-bonding and packaging-equipment portfolio that competes with MIT across multiple product categories.
• Disco Corporation: Disco is a global leader in semiconductor back-end equipment (dicing, grinding, and related precision processes). It is a broad incumbent serving similar back-end customers with adjacent processing tools.
• SÜSS MicroTec: SÜSS MicroTec supplies equipment for semiconductor back-end processes including lithography, bonding, and inspection, providing adjacent tooling to MIT's assembly and inspection offerings.

Emerging players

• Onto Innovation: Onto Innovation supplies macro/micro inspection and metrology equipment for advanced packaging and front-end semiconductor manufacturing, intersecting with MIT's vision-inspection product family (SmartFlex).
• Camtek: Camtek designs automated optical inspection and metrology systems for the semiconductor industry, particularly for advanced packaging, competing with MIT's vision-inspection portfolio.
• Techwing: Techwing manufactures semiconductor test handlers and back-end equipment, with partial overlap to MIT's die-handling, sorting, and test (Optimus Test KGD) products.

Market position

Strengths4 records

Weaknesses4 records

Competitive moat3 records

Key risks5 records

Key highlights7 records

Customer concentration

Revenue estimate

Valuation estimate

Number of profiles

Profiles1 record

Funding overview

Funding rounds

Investors

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about Manufacturing Integration Technology