What Instec does

Instec Inc is a Boulder, Colorado-based privately held scientific instrument manufacturer founded around 1980, specializing in precision temperature-controlled hardware for research and semiconductor characterization applications. The company's core technology spans thermal stages and probe stations operating from -190°C (liquid-nitrogen cooled) to 1500°C (high-temperature probing), centered on its proprietary mK2000 precision temperature controller with 0.001°C resolution. The product portfolio is organized into temperature-controlled stages, electrical probe systems (miniature stages and benchtop vacuum stations), wafer chucks, thermal plates, Hall effect measurement stations, automatic liquid crystal test systems, supporting controllers, LN2 and thermoelectric cooling systems, recirculating chillers, optical equipment (TPM-CX40 polarizing microscope, MITO2 digital camera), and a broad accessory line including LC cells, holders, and XY positioners. Products integrate with third-party analytical instruments (Raman, FTIR, microscopes, spectrometers) and expose SCPI control over USB and Ethernet with sample code in C#, LabVIEW, MATLAB, and Python.

The company serves academic research institutions, semiconductor and electronics R&D facilities, and display/LC technology developers globally through a direct, sales-led go-to-market. All sales are quote-based with no public catalog pricing, reflecting the modular '+' product architecture that allows extensive customization of window materials, aperture sizes, feedthroughs, sample holders, and temperature ranges. Distribution is exclusively direct via [email protected] and phone, with no distributor network; marketing relies on detailed technical specifications, scientific publications, and blog content rather than paid campaigns. Revenue is generated entirely through one-time hardware sales of configurable instruments, with no disclosed service, consumables, or recurring revenue streams. The company carries no external funding and appears to be founder- or family-owned, with CE marking for European market access on the mK2000 controller.

Name

Instec

Legal name

Instec, Inc.

Website

https://instec.com

Company type

Private

Founded year

1980

Operating status

Operating

Headcount range

11–50 employees

Short description

Instec Inc is a Boulder, Colorado-based privately held manufacturer of precision temperature-controlled stages, probe stations, wafer chucks, and liquid crystal and Hall effect test systems for academic research institutions and semiconductor R&D laboratories globally.

Ownership category

akta.pro rank

Product category

Scientific Laboratory Instrumentation

NAICS

Analytical Laboratory Instrument Manufacturing (334516), Navigational, Measuring, Electromedical, and Control Instruments Manufacturing (33451), Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals (334515)

SIC

Laboratory Analytical Instruments (3826), Industrial Instruments For Measurement, Display, And Control (3823), Instruments For Meas & Testing Of Electricity & Elec Signals (3825)

akta.pro primary industry

Thermal Management Components (Heat sinks, TIMs, fans/blowers, thermal pads) (IMAGAJAL)

akta.pro secondary industry

Thermal Management & Heat Dissipation Solutions (TIMs, Lids, Heat Sinks) (HDAHADAG)

Keywords

• Precision thermal control
• Temperature-controlled stages
• Probe stations
• Laboratory instrumentation
• Materials characterization equipment

Headquarters

HQ city

Boulder

HQ country

United States

HQ region

North America

Offices1 record

Markets served

GTM type

B2B

Offering type

Hardware or Manufacturing

Cost components

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

Revenue model

1. Scientific Instrumentation Hardware Sales: Sale of precision temperature-controlled stages, probe stations, liquid crystal testing systems, and related accessories. Revenue is generated through one-time hardware purchases with modular customization options. Products are sold directly to research institutions with pricing based on configuration complexity and temperature/performance specifications.

Go-to-market motion1 record

Distribution channels1 record

Marketing channels4 records

Core offering

Instec, Inc. designs, manufactures, and sells precision temperature-controlled stages, probe stations, wafer chucks, thermal plates, and supporting instrumentation (-190°C to 1500°C) for materials science, semiconductor device characterization, liquid crystal, and Hall effect research. Products are sold directly to academic, government, and industrial laboratories worldwide on a quote-based, configured-to-order basis, with an integrated mK2000 controller platform and complementary LN2, thermoelectric, and water-chiller cooling systems.

Product overview

Instec Inc manufactures precision thermal control and characterization equipment for semiconductor and materials research applications. The product portfolio consists of multiple interconnected product categories: temperature-controlled probe stations (HCP621G-PM, HCP421V-PM, HCP421V-MPS, TP102G-PM, HP1000V-PM) for electrical characterization of materials and devices at controlled temperatures; thermoelectric and liquid nitrogen heated/cooled stages (HCS302, TS102, HCS601G-IRM) for optical microscopy and spectroscopy applications; thermal chucks and plates (TEC Square Wafer Chucks, Square Hot and Cold Plates, HCC602S) for wafer-level testing; supporting infrastructure including mK2000 precision temperature controllers, LN2 cooling systems, and water chillers; specialized testing systems for liquid crystal (ALCT) and Hall effect measurements (M06T, M91 FastHall); and optical equipment (TPM-CX40 microscope, MITO2 camera) along with accessories (LC cells, LC holders, XY positioners, spacer kits, suction pumps). These products are designed to integrate with third-party analytical instruments (microscopes, Raman systems, FTIR spectrometers) to enable temperature-dependent characterization and testing across academic, research, and industrial laboratory settings.

Differentiator

Problem solved

Functional benefit

Brands

• Instec: Primary company brand for precision temperature-controlled scientific instruments including thermal stages, probe stations, and liquid crystal testing systems.

Products and services

• HCP621G-PM Gastight Miniature Electrical Probe Stage Flagship gastight miniature electrical probe stage providing temperature control from -190°C to 600°C with 4 or 6 independent manually positioned electrical probers; targeted at semiconductor and materials research labs requiring electrical characterization under controlled temperature and atmosphere.
• HCP421V-PM Vacuum Miniature Probe Stage Vacuum-tight miniature probe stage with temperature range -190°C to 400°C, supporting 4 or 6 independent electrical probes with manual positioning; designed for semiconductor device characterization under vacuum.
• HCP621G-PMH Non-Magnetic Hall Effect Probe Stage Non-magnetic Hall effect probe stage with temperature control from -190°C to 600°C and non-ferromagnetic construction compatible with 0.5 Tesla magnets; targeted at physics and materials labs performing magnetotransport measurements.
• HCP421V-MPS Benchtop Vacuum Probe Station Compact benchtop vacuum probe station with modular sealed chamber, temperature range -190°C to 400°C, and micropositioner probers for remote XYZ control; designed for semiconductor device characterization requiring vacuum-compatible thermal control.
• HP1000V-RF Advanced Benchtop Probe Station Advanced benchtop probe station with DC and RF probing capabilities for temperatures from RT to 1000°C (DC) and 800°C (RF), featuring modular vacuum chamber with optical access; targeted at high-temperature semiconductor and RF device characterization.
• HP1000V-PM High-Temperature Probing Stage High-temperature probing stage for temperatures up to 1000°C with 13mm x 13mm sample area, four independent electrical probers, and integrated water cooling; designed for high-temperature device and materials research.
• TP102G-PM Thermoelectric Probe Stage Miniature electrical probe stage with thermoelectric heating and cooling from -40°C to 150°C, providing cryogen-free operation with 4 independent electrical probes; suitable for routine lab use without liquid nitrogen infrastructure.
• P02S-PM-XYZ4 Miniature Benchtop Probing Station Ultra-simplified miniature benchtop probing station with precision XYZ micromanipulator probers for samples larger than 50μm x 50μm, supporting 4, 6 or 8+ probers; targeted at materials and device labs needing flexible probe positioning without active temperature control.
• P02S-PM Miniature Benchtop Probing Station Ultra-simplified miniature benchtop probing station without temperature control, supporting 4, 6 or 8+ electrical probers for samples up to 50mm x 50mm; suitable as a lower-cost entry probe station.
• HCS601GXY-IRM FTIR Heating and Cooling Stage FTIR heating and cooling stage with ±30mm sample area, temperature range -190°C to 600°C, gas-tight chamber with gas purging, and integrated XY sample positioning; designed for variable-temperature FTIR spectroscopy.
• HCS302/HCS302XY Hot and Cold Stage Hot and cold stage for optical microscopy with temperature range -60°C to 400°C (optional -190°C with LN2), accommodating standard 25mm x 75mm microscope slides; targeted at optical microscopy labs.
• TS102/TS102XY Thermoelectric Stage Versatile thermoelectric stage with -40°C to 120°C temperature control without liquid nitrogen, side-loading for standard microscope slides, and optional XY positioning; ideal for cryogen-free routine microscopy.
• HCS350G-TNS Tensile Force Measurement Stage Tensile force measurement stage for in-situ force testing, with temperature range -190°C to 300°C, maximum force of 200N, and slotted transmission aperture for optical access; designed for materials mechanical testing under controlled temperature.
• TEC Based Square Wafer Chucks Thermoelectric heating and cooling chucks in multiple sizes (84x47mm to 355x315mm) for wafer samples from 12mm to 315mm, with temperature range -30°C to 120°C; targeted at semiconductor wafer-level electrical testing.
• HCC602S Compact Thermal Chuck Compact thermal chuck with wide temperature range -190°C to 600°C for sample sizes 3mm to 50mm, featuring silver surfaces and optional floating surfaces; designed for small-sample semiconductor and materials testing.
• Square Hot and Cold Plates with Gas Tight Covers Benchtop thermal plates with sealed covers for gas purging in sizes from 50mm to 300mm, offering temperature control from -190°C to 600°C depending on model; used as general-purpose variable-temperature sample holders.
• mK2000 Precision Temperature Controller High-precision temperature controller with 0.001°C resolution, up to 4 Process Variables via PID control, programmable heating/cooling rates, 4 independent calibration tables with up to 20 reference points each, and remote control via SCPI over USB and Ethernet; serves as the central control unit across Instec stage products.
• ALCT Automatic Liquid Crystal Test Systems Automated measurement systems for liquid crystal physical properties including splay and bend elastic constants (K11, K33), threshold voltage, dielectric constants, rotational viscosity, and spontaneous polarization for positive and negative anisotropic nematic LC materials; targeted at LC materials and display R&D.
• LN2 Liquid Nitrogen Cooling Systems LN2 suction and pressurized cooling systems enabling sample cooling to -190°C, including LN2-P4C (4-stage), LN2-P8C (8-stage), and LN2-VC1L pressurized systems with various Dewar sizes; integrates with mK2000 controller for precision closed-loop cryogenic control.
• C100W/CW3000/CW5000/C6100W Recirculating Water Chillers Recirculating water chillers providing frame cooling and thermoelectric stage cooling, ranging from compact C100W (20°C-50°C) to high-capacity C6100W (1°C-50°C) models; supports thermal management of high-power stages and TEC units.
• M06T Manual Hall Effect Station Manual Hall effect station with 0.5 Tesla Neodymium magnet with reversible polarity, compatible with Instec PMH probe stages for benchtop Hall measurements; targeted at physics and materials labs performing magnetotransport studies.
• Lakeshore M91 FastHall Measurement Controller All-in-one Hall effect measurement system with automated measurement optimization, combining switching matrix, nanovoltmeter, current source, and Hall analysis software; resold by Instec for use with PMH probe stages.
• H8200 Automatic Hall Effect Measurement System Legacy automatic Hall effect measurement system with motorized polarity switching and neodymium magnets for 0.55 Tesla magnetic flux density; designed for automated magnetotransport characterization.
• SM200 Source Measurement Unit Legacy high-precision voltage and current sourcing instrument combining power supply, current source (1nA to 20mA), and 4½-digit DMM for sensitive electrical testing.
• TPM-CX40 Polarizing Microscope Upright polarizing microscope with transmission and reflection modes, featuring 20mm long working distance condenser and compatibility with Instec thermal stages from -190°C to 1500°C; targeted at LC and materials microscopy.
• MITO2 Digital Microscope Camera System 20 megapixel digital camera system for microscopy with temperature-triggered image capture and WinDV software for temperature overlay on microscope images and videos.
• LC Cells (Liquid Crystal Cells) Liquid crystal cells in multiple configurations including S-type homogeneous, SG-type guarded, IPS in-plane switching, D-type, miniature LC2/LC3/LC4, and wedge cells for various LC research applications.
• LC Cell Holders Liquid crystal cell holders for applying electrical fields to LC cells, including LCH-S11, LCH-S12, and LCH-S9 models with BNC connectors and temperature range -196°C to 120°C.
• PSM-VP4 Multi-zone Suction Pump 4-zone suction pump for securing samples to thermal chucks with individually selectable zones, -50.7 kPa max pressure, and temperature range -196°C to 200°C.
• XY Positioner Precision XY micropositioner with 10μm resolution and ±5mm travel range for side-loading Instec stages, compatible with glass microscope slides and LC cell holders.
• Spacer Kits Spacer kits extending chamber heights for HCS302, HCS402, and TS102 models to accommodate thick samples and electrical connections.

Quantifiable outcome

• Temperature stability of ±0.05°C (above 25°C) and ±0.1°C (below 25°C)
• +3 more outcomes

Segments3 records

Ideal customer profiles3 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Feature6 records

Scale indicators1 record

Recent moves6 records

Expansion highlights5 records

Broad incumbents

• Oxford Instruments: Oxford Instruments is a broad scientific instruments company with cryogenic, magnetic resonance, and nanoanalysis portfolios that overlap with Instec's thermal/cryogenic probe stages and Hall effect measurement offerings.
• Bruker: Bruker manufactures scientific instruments including microscopy and spectroscopy product lines that integrate with thermal stages, overlapping with Instec's optical-microscopy-compatible thermal stages across materials and life-science research applications.
• Mettler Toledo: Mettler Toledo produces precision instruments including thermal analysis (DSC, TGA) and lab balances, adjacent to Instec's thermal control instrumentation across pharmaceutical, materials, and academic research labs.
• Keysight Technologies: Keysight Technologies is a major electronic test and measurement company producing oscilloscopes, network analyzers, and parametric test equipment, adjacent to Instec's RF probe stations and electrical characterization capability.
• FormFactor: FormFactor (formerly Cascade Microtech) is a large public company producing analytical and production probe stations for semiconductor testing, overlapping with Instec's HCP and HP series but at much larger scale and serving production test markets beyond R&D.

Direct peers

• Lake Shore Cryotronics: Lake Shore Cryotronics manufactures cryogenic probe stations, Hall effect measurement systems, and precision temperature controllers for research - directly overlapping with Instec's HCP probe stages, mK2000 controller, and Hall effect offerings (Instec even resells Lake Shore's M91 FastHall controller).
• Quantum Design: Quantum Design makes cryogenic and physical property measurement systems (PPMS) for materials research, overlapping with Instec's low-temperature probe stations and Hall effect products targeting academic and industrial physics laboratories.
• Janis Research: Janis Research produces cryogenic research systems including continuous-flow and variable-temperature cryostats, overlapping with Instec's LN2-based probe stages and low-temperature measurement products; Janis is now a Lake Shore Cryotronics subsidiary.
• Linkam Scientific: Linkam Scientific is a UK-based manufacturer of precision thermal stages for optical microscopy, including hot/cold and tensile stages - directly competing with Instec's HCS, TS, and HCS-series heating/cooling stages for microscopy and spectroscopy applications.

Emerging players

• attocube systems: attocube systems is a Munich-based maker of cryogenic nanopositioning systems and low-temperature microscopy solutions for quantum and nano-research, emerging as a niche competitor in cryogenic instrumentation adjacent to Instec's low-temperature probe stages.

Market position

Strengths5 records

Weaknesses5 records

Competitive moat3 records

Key risks6 records

Key highlights6 records

Customer concentration

• LinkedInlinkedin.com/company/instec-inc

Compliance1 record

Revenue estimate

Valuation estimate

Number of profiles

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 Instec